SMITHSONIAN MISCELLANEOUS COLLECTIONS,
— 658 -INDEX
TO THELITERATURE
OF THESPECTROSCOPE.
ALFRED TUCKERMAN, Ph. D.
WASHINGTON:PUBLISHED BY THE SMITHSONIAN INSTITUTION.1SS8.
PKINTED AND STEREOTYPED BYJUDD 4 DBTWBILER.AT WASHINGTON. D a
ADVERTISEMENT.
With the rapid accumulation of scientific memoirs and discussions,published from year to year in numerous journals and society proceed-ings, a constantly larger expenditure of time and labor is required byboth the investigator and the student, to learn the sources of informa-tion and the condition of discovery in any given field. Hence is feltthe growing need of classified indexes to the work done in the variousfields of research, and hence the corresponding tendency of the age tosupply such demand.The present work aims at a general survey of Spectroscopic Literature,with references to authorities in its more special subdivisions, and it has beenprepared for the Institution by Mr. Tuckerman, without other remuner-ation than the expectation of serving the interests of scientific inquirers.It has been brought down to the middle of the year 1887.
S. P. Langley,Secretary Smithsonian Institution.Washington, February, 1888.
(iii)

PREFACE.
This work is intended to be a list of all the books and smaller treatises,especially contributions to scientific periodicals, on the spectroscope andspectrum analysis from the beginning of our knowledge upon the subjectuntil July, 1887 ; an Index or Bibliography of the Spectroscope aud Spec-trum Analysis.It was begun at the suggestion of Dr. Wolcott Gibbs, whose work inconnection with the subject is well known.The object is to enable a chemist to find out at a glance all that hasbeen published in any branch of his subject where the spectroscope isused, and what every writer has published.The method pursued has been as follows: 1, to examine the bibliog-raphies, booksellers' catalogues, and books on spectrum analysis forbooks ; 2, to examine the scientific periodicals for the shorter treatises,the first and original contributions to the subject, and this was donevolume by volume wherever there was no index to a series of years—asin the Comptes Rendus and the later volumes of the Annales de Chemieet de Physique and of (Poggendorff's, now Wiedemann's) Annalen derPhysik und Chemie, as well as others. Use was made of the bibliog-raphy at the end of Roscoe's Spectrum Analysis, and in the reports ofthe British Association for 1881 and 1884, for such books and articles asthe author could not find elsewhere. Credit is also due to the AstorLibrary and its managers for the means it afforded the author of makingthis Index.After the greater part of the material was collected it was divided intosuch subjects as the titles indicated, in alphabetical order, easy findingbeing constantly kept in view. Titles have often been repeated morethan once so as to make sure of their being found. Finally, at the sug-gestion of the Smithsonian Institution, the List of Authors was added.The author hopes that his two objects, fullness and ready access of allthe titles, will prove to have been gained.New York, 1887. (v)

TABLE OF CONTENTS.
Pages.History 1-8Books 8-10Apparatus 11-39Analysis in general 40-49Qualitative Analysis 49Quantitative Analysis 49-51Absorption Spectra 52-60Alkalies and Alkaloids 61Aluminium 62-63Antimony 64Astronomical, in general 66-70Comets in general 70-71Comets in particular 71-79Displacement of stellar spec-tra 79-80Fixed Stars 80-82Measurements 82Meteors 83Nebulas 84-85Photography 85-86Planets 86-88Solar spectrum in general.. 88-99Solar absorption 99-100Solar atmosphere 100-101B lines in the solar spec-trum 101Bright lines in the solarspectrum 101-102Chemical effects of solarspectrum 102Chromosphere and corona.
_
102-105D lines in the solar spec-trum 105Dark lines in the solar spec-trum 105-106Displacement of the solarspectrum 106Eclipses of the Sun , 106-111Elements in the Sun 111Solar eruptions 111-112Gas spectra in the Sun 112
F*ge.«.Astronomical
—
Continued.Heat in the solar spectrum. 112-113Hydrogen in the solar spec-trum 113Intensity of the solar spec-trum 113Iron lines in the solar spec-trum 114Magnesium in the solar spec-trum 114Maps of the solar spectrum. 114-115Oscillation-frequencies 115Oxygen in the solar spec-trum 115Photography of 115-117Pressure 117-118Protuberances 118-122Eadiation 122-123Pvedend 123-124Potation 124Storms and cyclones on theSun 124Sun-spots 125-129Telluric Rays 129Ultra-Violet 129-130
"Water in the solar spectrum. 131Wave-lengths 131-132
"White lines 132Twinkling of stars 132Atmospheric and Telluric Spec-tra 133-1 35Aurora and the Zodiacal Light. 136-142Austrium . 143Barium 143-144Beryllium or Glucinum 144Bismuth 145Blue Grotto 145Borax 145-146Bromine 147-148Cadmium • 149Caesium 150Calcium 151-152(vii)
VIII TABLE OF CONTENTS.
n 161n Compounds, general 164-160Special
:
\ etic Acid — 160Acetylene 160-161A.cid Brown 161Agarythrine 161Albumen 161Alcohol 161Alizarine 161-162Alkonna 162Allyldipropylcarbinol — 162Alum 162A.mido-azo-a-napbthalene__ 162A.mido-azo-/3-naphthalene - 162Aniline -..- 162-168AnthracenAnthrapurpurinAnthrarufinAphidesAurinAn Australian Lake
,\ i-ColonBeetsBenzenerich ScarletBile 164-166Birda 166u'.k Brown— 165B 1 --- 166-167
1.;;;1681681681641' !1641641641G4
Bonellia Yiri'li-BrucineButterCarbohydratesCarmineCaryophyllacesChinizarinChinolin — ~-ChinonChotelinChromogeneChryaoidineCitracon --•Coal —Coleln urlet\ '1
i dloids —Cumene —
K,7167167167167K',7168168168168168168168168168
169
169
PilgOS.arbon Compounds
—
Continued.ial
:
Curcumin 109Cyanogen -.. 169-170Cymene 170Decay 17"
1 • .an Kind 17(1Diazo . 170Diphenyl 170Dipyridene 17uDroasera Whittakeri 170Ebonite 171ii 171Ether Vapour 171rements 171Fasl Bed 171Fish 171Flour and (Jrain 17'JFlowers 17l'Fucbsin 172Fungi _ ]~-Gall 178itine 17::Gun-Cotton 173HSO : 17::EL lianthin 17 IHematine 17Semoglobine 174Hoffmann's Violel 174Hydrocarbons 171-17".Hydrobilirubin 1761 1 villi chinon 176
1 1 •. droxyanthraquinone 176I: : 176Iodine Green 178Lamp Black 1781... 17''.Luteine 17'.Hi -ainii . 177Uetaxy] -. 177Methylene Blu< ... 177M el I 177Kietbamnglnbin 177M 177Morphine 1 77Naphthalene .-_.__. 177-178Oils 178Ortho-ToluidineOrtho-Xylene 17:>
TABLE OP CONTENTS. IX
Page*.Carbon Compounds
—
Continued.Special :Carbonic Acid 179-180Paratoluidine 181Paraxylino 181Pentaerinus 181Phenols __ .. ___ 181Picolene 181Piperidine 181Plants 181Purpurin 181-182Pyridine .__ 182Quinoline .. 182Raspberry 182Rosaniline 182Ruberine 182Safranin 183Carbonate of Soda 183Spongilla Fluviatilis 183Sulphide of Carbon 183Terebinthine 183Terpenes 184Tetrahydroquinoline 184Tourmeline 184Triphenylmenthane 184Tropaeolin . 184Tropseolin 184Turpentine 184Ultramarine 184Urine 185Wine - 185Wood 185Xantophyll 186Cerium 180Chlorine 187Chlorine Compound*; ... 187-191Chlorophyll 192-194Chromium 195Cobalt 190Colour 197-199Cone Spectrum 199Constants 200Copper 201-202Crystals 203D Line 204Dark Lines 205-200Davyum 200Decipium _. 207Density 207-208
Pages.Didymium . 209 210Diffraction 211Discontinuous Spectra 212Dispersion Spectra 212-216Dissociation 216Distribution 217Double Spectra 217Dysprosium 218Electric Spectra 218-225Emission Spectra .. 226Energy in the Spectrum 227Erbium 228-229Exchanges 230Explosions 230Flame and Gas Spectra ___ 231-240Fluorescence 241-245Fluorine 246Gadolinite 247Gallium 248Germanium 248Glass 249Gold 250Heat Spectra 261-254Helium 255High Altitudes 255Holmium 256Homologous Spectra 256Hydrogen 267-200Indigo 261Indium 261Interference 262Inversion 263-264Iodine 265-267Iridium 267Iron 268-269Jargonium 270Lanthanum 270Lead 271Light 272-273Lightning. (See Electricity.)Limits of the Spectrum 273Lines of the Spectrum 274-275Liquids 276-278Lithium 279-280Longitudinal Rays 281Luminous Spectra 281Magnesium 282-284Manganese 285-286Maps 287-288
i \l;I.K OF ' ON i I
iry -. - "89Metals 290-294rological 29fiV tru 297MiniumMolybdenum 298MosandMini 298Multiplo Spectra 2S8Nickel—. ..Niobium . 299genNomenclatui'- 30G
•
tium 811;i lPbilippium ;| i311 ;l'li pborua :;lPlatinum 818um 818
I 320Radiation :; '-'lnd of the Spectrum.tionRhodiumRubidium :; '-'~RutheniumSamnriuin .. — 329
3amarskite
LITERATURE OF THE SPECTROSCOPE,
HISTORY.Arago (Domenique Francis Jean), 1786-1853. (Euvres completes,avec Tables, publiees d'apres son ordre sous la direction de J. A.Barral. Paris et Leipzig, 1854-'62, 17 vols., ill., 8°.(Interesting here only in connection with polarized light.)Barlocci. (Wrote on the influence of "white light.)Beccaria, 1716-81.(Wrote on the refraction of rock crystal, about 1750; see Ency. Brit.,eighth edition I, 753.)Becker (G. F.). Contribution to the History of Spectrum Analysis.Amer. Jour. Sci., (3) 16, 392.Berard. Mem. de la Soc. d'Arcueil, 3 (1817); and Biot's Traite dePhysique, 4, 600-18, 673-4.(A full account of Berard's experiments on the calorific rays of thespectrum.)Berthold (G. ). Zur Geschichte der Fluorescenz.Ann. Phys., u. Chem., 158, 623.Biot ( J. B.). Traite de Physique experimentale et mathematique. Paris,LSI!., 4 vols., 8°.
. Memoire sur les Lois generales de la double Refractionet de la Polarization dans les Corps cristallises. Paris, 1819, 4°.
. Memoire sur la Polarization circulaire. Paris, 1832, 4°
. Memoire sur la Polarization lamellaire. Paris, 1842, 4°.Blair (Dr. Robert), 1787-1829. Edinburgh Transactions, III, 3.(He discovered the uses of muriatic acid mixed with antimony in cor.recting secondary spectra in telescopes.)(It)
2 LITERATURE OF THE BPECTROSCOPE.
l; : h l; . •' - ph). Opuscula, Bassano, 1784, 5 vols., 4°. Operapertinentia ad Opticam el AjBtronomiam (Aator Library).Brit., eighth edition, I, 721-2, 7
i II- made a delicate micrometer with douhle refraction, id"Hit 177:observed the lary Bpectrom, consisting of purple andgreen light.)Bouguer (Pierre), 1698-1758. Essai d'Optique, but la Gradation de laLumiere. Paris, 1729, * D ; ed. La Caille, Paris, 1760, A ,Ency. Brit., eighth edition, I. 738 t5e published a Dumber of treatises on the gradation of light.)Brewster (Sir David), 1781-1868. Treatise on Optics. Edinburgh, 18 '1.New Analysis of Solar Li<:lit, indicating three primary colours,forming coincident spectra of equal length, Edinburgh, 1834,of 15. by Mrs. Gordon.)Buffon. In his "Epoques do la Nature " he describes light and heat as knownin his times.)Delaunay. Notice sur la Constitution de TUniverse. Premiere Parti.-:Analyse Spectrale, Annuaire du Bureau dea Longitudes, 1869,Paris, 8°.(A masterly treatise on the =ul>joot sit that time.)Desains (P.), Recherchea experimentales sur lea anneauz colores de New-ton. Comptes Rendus, 78,219-21; Phil. Mag. (4) 47,236-7.Dolland (John), 1706-61. Bee Proc Royal Boo., 50 (1757) 733, andEncy. Brit., eighth edition, I, 710-51.II. | that dispersion depends not on the mean refraction buton the constitution <>f the diaphanous medium.)Draper (Henry). Obituary by G. F. Barker in Amor. Jour. Bci.26,89.Draper (J. W. , Early Contributions to Spectrum Photography. Na-ture, 10, 24::- 1.Dutirou i l'abb.' . Memoire sur la determination dea indices de refrac-tion dei Bepl raia <!« Praunhofer dans one aerie nombreuse
At,- I P 28 [I860] 176.Exner (K I. !>!'• Fraunhofer echen Binge, <li'' Quetelet 'scheu Streifen\nu\ verwandte Erscheinung
I 76. 1
1
LITERATURE OF THE SPECTROSCOPE. 3Faye. Note sur l'Association nouvellement fondee en Italie sous le titrede " Societa dei Spettroscopisti Italiani." Comptes Rendus, 74,913-18, 1240-3.(See Tacchini, Comptes Rendus, 74, 1237.)Forbes (James D.). On the Refraction and Polarization of Heat. Edin-burgh Trans., 13 (1836), 131-68, 446-72.
. Note relative to the supposed Origin of the DeficientRays in the Solar Spectrum. Phil. Mag. (1836) 453.
. Researches on Heat. Edinburgh Trans., 14 (1840),176-20S, 15 (1844), 1-27.
. Article in Ency. Brit., eighth edition, on Sir DavidBrewster.Fraunhofer (Joseph von), 1787-1826. "Bestimmung des Brechungs-und Farbenzerstreuungs-Vermogens verschiedener Glasarten inBezug auf die Vervollkommung achromatischer Fernrohre. VonJos. Fraunhofer in Benedictbaiern." Denkschriften der k. Akad.der Wissenshaften zu Miinchen fiir die Jahre 1814 and 1815.Band V, 193-226, mit drey Kupfertafeln, Miinchen, 1817, 4°.( Fraunhofer's announcement of his discovery of the dark lines ofthe spectrum of sunlight.)J. von Utschneider, Kurtzer Umriss der Lebensgeschichte des HerrnDr. J. von Fraunhofer, Munich, 1826.Merz, Das Leben und Wirken Fraunhofer, Landshut, 1865.See Works of Sir David Brewster.
. Neue Modificationen des Lichtes durch gegenseitigeEiuwirkung und Beugung der Strahlen, und Gesetze derselben,Miinchen (no date).Edinburgh Jour. Science, No. 13, 109, 15, 7, new series No. 13, 101.Gerding (Th.). Geschichte der Chemie. Leipzig, 1867, 8°.Herschel (A. S.). Progress of Spectrum Analysis. Chem. News, 19,157 ; Jour. Franklin Inst., 88, 49, 136.
. Progress of Meteor Spectroscopy. Nature, 24, 507-8.Herschel (Sir John Frederick William), 1792-1871. On the Absorptionof Light by coloured Media, and on the Colours of the prismaticSpectrum exhibited by certain Flames ; with an Account of aready Mode of determining the absolute dispersive Power of anyMedium, by direct experiment. Edinburgh Trans., 9 (1823), 445.
4 I.I ll. ka ; • i RUS< OPK.Berachel ~ir John Frederick William). Homogeneous yellow andorange Spaces in the Spectrum. Phil. Trans., 90 1800), 255.
. Investigation of the Powers of the prismatic < iolours to heatand illuminate Objects; with Remarks that prove the differenl Re-frangibility of radiant Heat To which is added, an Inquiry intothe Method of viewing the Sun advantageously with Telescoplarge Apertures and high magnifying Powers, Phil. Trans., 90(1800), 255-5
. Experiments on the Refrangibility of the invisible Rajthe Sun. Phil. Trans., 90 L800), I'M--!'-'.
. Experiments on the solar and <>n the terrestrial Rays thatoccasion Heat; with a comparative View of the Laws to whichLight and Heat, or rather the Kay.- which occasion them an- sub-ject, in order to determine whether they are the Bame or different.Phil. T.-ans., 90 L800 . 293-326, 437-Hoppe-Seyler (F.). Die Spectralanalyse. Ein Vortrag. Berlin,L869Hunt (T. Sterry). Chemistry of the heavenly Bodies since the Time ofNewton. Proc. Cambridge Philosoph. Soc, 4, 129—139; Amer.
• i iur. Bci., (3) 23, 123-138; Ann. China, et Phys., (5 28, 105.Huyghens < !hristian l, 1629-95. Opera Varia, Leyden, 172 1, 2 vols., 4°.ra reliqua, Amsterdam, 1728, 2 vols., 4°.Jahresbericht der Chemie (Liebig's), Jahre L863, 113; 1866, 7-.Johns d V On Newton, Wollaston, and Fraunhofer's Lines. Nature,26. 572 ; Beiblatt< r, 7, ,;; > Aba. I.Kirchhoff G. . Geschichtliches fiber Spectralanalyse. Ann. Physiku. Chemie, 118. 94, 102; Phil. Mag., l 25. 250.Kopp II . Entwickelung der Chemie in der neueren Zeit. Mfinchen,1-71-:.
i William). On the Results - rum Analysis as applied tothe heavenly bodies. A Lecture delivered before the British\ sociation at the Nottingham Meeting, August '_' 1. 1866N London,
1 366, B . with photographs i f the -t. liar sp ctra.14Lamansky S.). Geschichtliches fiber das Warmespectrum der Sonne.L46
LITERATURE OF THE SPECTROSCOPE. 5Lambert (Johann Heinrich), 1728-77. Photometria. Augsburg, 1760, 8°.Liveing (G. D.) and Dewar (J.). Note on the History of the CarbonSpectrum. Proc. Royal Soc, 30, 490-4 ; Beiblatter, 5, 118-22
;
Nature, 23,265-6,338.Lloyd (Prof.). Report on Physical Optics. Fourth Rept. British Assoc,1834, pp. 295-414.Malus (E. L.), Paris, 1775-1812. Theorie de la double Refraction de laLumiere dans les Substances cristallises, Paris, 1810, 4°.(See Ency. Brit., 8th ed., I, 754, for an account of him.)Marie (L'abbe). Nouvelle decouverte sur la lumiere, pour en mesurer etcompter les degres. Paris, 1700, 8°.(Gave the first ideas about photometry.)M.askelyue. Account of a new Instrument for measuring small Angles,called the Prismatic Micrometer. Phil. Trans., 47 (1777), 799.Mayer (A. M.). The History of Young's Discovery of his Theory ofColour. Phil. Mag., (5) 1, 111-127.Meldola (R.). Contributions to the chemical History of the aromaticDerivatives of Methane. Jour. Chem. Soc, 41, 187-201.Melloni (Macedoine). See Annales de Chimie et de Physique, 5 3 (1833),5-72; do., 48, 198, Recherches sur plusieurs phenomeius entre-prises au moyen du thermomultiplicateur; do., 48, 385; do., 55,337; do., 60,402,410-18; do., 61, 411; do., 65, 5; do., 68,107 ; do., 70, 435 ; do., 72, 40, 334 ; do., 74, 18, 331 ; do., 75,337.(Melloni was famous chiefly for his thermomultiplier.)Miller ("William Allen). Recent Spectrum Discoveries, 1863. Jour.Franklin Inst., 76, 29 ; Chem. News, 1863.Morichini (Domenico Pino), 1773-1830. Sopra la forza magnetizzatricedel lembo estremo del colore violetto. Milano, 1802.(A collection of his works was published by Pirotta of Milan in 183G.)Mousson (A.). Resume de nos connaissances actuelles sur le spectre.Archives de Geneve (1861).Newton (Sir Isaac). Collected Works. Optics, Chap. II, sections 1-3 ;vol. 3 of Latin edition, London, 1779-85, 5 vols., 4°.Nobili, worked with Melloni, above.
G LITERATURE OF THE BPEI rBOSCOPE.
roggendorffi J, ( !.). Handworterbuch derexacten WisBenschaften. Leip-zig, 1858-63, 2 v. la., lex. 8°.Powell ( Ki v. I»;i<l«-n . Report on Radiant Heat. British Association
I : i . t ~ . , l, 295.
. Researches towards establishing a Theory of the I 1P Light. ! L835) 549, I L837 288, L839 1.Priestley I Dr. Joseph . An Account of all the prismatic Colours, madeby electrical Explosions on the Surface of P Metal. Phil.Trans., 58 (1768), f>8.Ritter. (In 1801 he exposed muriate of Bilver in various p;irt- of the Bpectrum
1 found that the action was least of all in the red, greater in theyellow, and greatest beyond the visible violet rays. Forbes, in B16. 594.)Rohison (John). A System of mechanical Philosophy, with notes byDavid Br< wst< r. London, 1822, 4 vols., 8°. See chapter on thetelescope, III, 403-522.
I; i 0. N. . Newton's Use of the Term Indigo with Reference to aColor of the Spectrum. Amer. Jour. Sci., ''> 19. L35-7; Bei-blatter, 4, 460 Abs. .Rowland H. A. . On recenl Progress in photographing the Bolartrum. Rept. British Assoc. 1884 . ' 135.Rudberg Fr. . Dispersion de lalumiere. Ann.de Chimie et de Phy-sique, 36. 439.
. Sur la refraction des rayons diflSremmenl colore* danscristaux a un ou deux axes optiques. Ann. de Chimie et dePhysique, 48. 22Ruprecht (Rudolph). Bibliotheca chemica et pharmaceutica. Leipzig,1858 7"Rutherfurd I-. M.). Construction of the Spectroscope. Amer. .T"ur.Sci., 3 39. 1869), 129. Note by Ditscheiner in Skzungsber. d.Wiener Akad., 52 II. 542, 56Schwerd F, M l. Die B einungen sua dem Fundamental-
• d r In': ilati mstheorie analytisch entwickelt und in Bilderndargestellt, Mannheim, I
i \ I. Sdl.il. Expose* des principalea D modernessur la Structure de cet Asti Paris, Gauthier-Villars, 1870.Nature, 13. I
LITERATURE OF THE SPECTROSCOPE. 7Seebeck (T. J.). Berlin, 1770-1831.Abhandlungen der Berliner Akad., 1818-19, 30G ; Edinburgh Jour. Sci.,1 (1824), 358.Stewart (B.). Some Points in the History of Spectrum Analysis. Na-ture, 21, 35.
. Reply to Kircbhoff on tbe History of Spectrum Analysis.Phil. Mag., (4) 25,354.Stieren (E.). Die ersten Beobachtungen iiber Spectralanalyse veroffent-lichte Alter. Ann. Phys. u. Chem., 132, 469.Stokes (G. G.). Early History of Spectrum Analysis. Nature, 13,188-9.
. On the Colours of thick Plates. Cambridge Philosoph.Trans., 9 (1851), part II, 147-76.
. On the Composition and Resolution of Streams of polar-ized Light from different Sources. Cambridge Philosoph. Trans.,10 (1852), 399-416.
. On the Change of Refrangibility of Light. Phil. Trans.(1852), 463-562.(His discovery of fluorescence.)Swan (W.). On the Prismatic Spectra of the Flames of Compounds ofCarbon and Hydrogen. Edinburgh Trans., 21 (1857), 411-29;Ann. Phys. u. Chem., 100, 306.Tarry (H.). Report on the Researches and Experiments made by theSpectroscopic Association of Italy. (From Les Mondes of March21, 1872.) Chem. News, 25 (1872), 179.Thalen (Robert). Om Spektralanalys, med en Spektralkarte. UpsalaUniversitets Aarpkrift. Upsala, 1866, 8°.Wollaston (Dr.), 1766-1828. A Method of examining refractive and dis-persive powers by prismatic Reflection. Phil. Trans. (1802), 365-3,80.(His own account of his discovery of five fixed lines of the solar spec-trum, which he said he could not explain.)AViinsch (Christian Ernst), 1730-1810. UntersuchuDgen iiber die ver-schiedenen Farben des Lichtes. Leipzig, 1792, 8°, with plates.AVurtz (A.). Histoire des Doctrines chimiques depuis Lavoisier jusqu'anos jours. Paris, 1869, 8°.
o LITERATURE OF THE SPECTROSCOPE.Young (Dr. Thomas). Elements of Natural Philosophy, Vol. 1,786plate 29. iwing of the spectrum attoo and himself, with the yellow lin'-.jLife by Dr. (i ; c, London, 1855, 8?.Zantedeschi. Ricerche Bulla Luce, Venezia, 1846, 8°; Chap. III.Edinburgh Jour. ScL, n. s., 5 (1830), 76, repeating experimentsof Barlocci and similar to those of Morichini.)
BOOKS.Agnello (A.). Eclisse totale del 22 die. 1870. Palermo, 1870.Angstrom | A. J.). Recherehes sur !» Spectre normal <lu Soleil. U]W. Bchultz, 1868. Avec Atlas ef 6 planches.Becquerel (Edm.). La Lumiere, ses Causes et ses EfFets. 'JParis, L867-1868, 16 fr.Blaserna (P.). Sulla polarizzazione della Corona solarc. Palermo,1871, 8°.Capron (J. K.~). Photographed Spectra. 136 photographs of spLondon, Bpon, 1 -77, 8 .(See review of, in Ohem. News, 37(1878),!Champion (P. . Pell< I EI. . et Grenier. !><• la Spectrometrie, Spectro-metre. Paris, 1 B73, - .Draper Henry). On diffraction Spectrum Photography. New Haven,L873lean 1- x Enstruction pratique sur I'analyse epectrale. Paris,
, 8°, 3 fr.
1 1 i rn <".. A.>. Flammeen combustion et Temperature du Soleil. Paris,1-7Hoppe-Seyler IV Handbuch <1<t phyriologisch-chemischen An!: in, L870, 5
LITERATURE OF THE SPECTROSCOPE. VHough (G. W.). The total Solar Eclipse of Aug. 7, 1869. Albany,N. Y., J. Munsell, 1870, 8°.Kirchhoff (G.). The Solar Spectrum and Spectra of the ChemicalElements. London, Macmillan, 1861-2, with plates.(Translations of the original communications to the Academy of Sciencesof Berlin.)Lecoq de Boisbaudran (F.). Spectres Lumineux. Paris, 1874, 8°, avecatlas.Lielegg (A.). Die Spectralanalyse. Weimar, Voigt, 1867.Lockyer (J. N.). The Spectroscope and its Applications. London,Macmillan, 1873, 8°.
. Studies in Spectrum Analysis. London and New York,Macmillan, 1878, 8°.Lommel (E.). The Nature of Light. New York, AppletofT, 1876, 8°.Lorscheid (J.). Die Spectralanalyse. Miinster, 1870, 8°.Mac Munn (C. A.). The Spectroscope. London, Churchill, 1880.Proctor (R. A.). The Spectroscope. London, 1877, 8°.Radau (R.). Le Spectre solaire. Paris, 1862, 18°.Respighi (L.). Osservazioni spettroscopiche del Bordo e della Protuber-anze Solari. Roma, 1871, 8° (with a plate).Rood (0. N.). Modern Chromatics, with 130 illustrations. New York,Appleton, 1879.Roscoe (H. E.). Spectrum Analysis. London, Macmillan, FourthEdition, 1886, 8°.(With a short bibliography of the principal works relating to the spec-troscope. One of the best text-books, if not the best, on the subject.)Ruprecht (R.). Bibliotheca chemica et pharmaceutica. Leipzig,1858-70, 8°.Sands (B. F.) and others. United States Naval Observatory Reports onthe total Eclipse of the Sun, Aug. 7, 1869. Government PrintingOffice, Washington, D. C, 1869.Schellen (H.). Die Spectralanalyse. 2 Auflage, Braunschweig, 1871,8°.(Translated by J. and C. Lassell, London, 1872; reviewed byRoscoe in Nature, 1, 503, and by others in Chein. News, 22, 284;25,80.)
1" I IN.KA I I RE OF 'I HI. BPE< IK' -' OPE.
i \ . Bulla ultime scoperte Bpettroscopiche nel Bole. B[Type delle Belle Arti, L869.
. Le Soleil. Expose1 dee principales Decouvertea mod<Bur la Structure de eel Astre. Paris, Gauthier Villars, 1870, : ,Do. translated into < rerman, Braunschweig, Wi Btermann, 1 372, 3 .Simmler I K. Th.). Beitrage zur chemischen Analyse 'lurch Spectralbec-bachtungeiL Ohur, 1861, 8°.Smyth ; < '. Piazzi). Madeira Spectroscopic. Edinburgh, W. and K.Johnsfc n, 1881, 8 . (Spectroscopic observations made al Madeira,,)Stein (Th.). Das Licht im Dieneie der wissenchaftlichen Forschung.Leipzig, 1877,8°.Stokes (G. G.). Mathematical and physical Papers, reprinted from theoriginal Journals and Transactions, with additional Notes by theAuthor. Cambridge, University IV. -. lxso-l **:-), 2 vols.,Thalen (R.)« Om Spektralanalys, expose*, med i d Spektralkarte. CTpsalaUniversitets Arsskrift, 1866,8°.Valentin (GA DerGebrauch dea Spectroskops bu physiologischen undarztlichen Zwecken. Leipzig und Heidelberg, Winter "ache Buch-handlung, L863, 8°.Vierordt I K.). Anwendung des Spectralapparates. Tubingen, 1871, B°.
\'.'_-. 1 H. \V. . Practische Spectral-Analyse irdischer StofFe. Nord-lingen, 1877, 12 .Wan- \V. M. . [ndex of Spectra, London, Gillman, 1872, 8°.Wrottesley Lord). Applications of Spectrum Analysis, London,
l 865, - .V »ung G A.). TheSun. New York, 1881, - .
LITERATURE OP THE SPECTROSCOPE. 11
APPARATUS.ABSORPTION SPECTROSCOPE.Sur un nouveau spectroscope d'absorption.Thierry (Maurice de). Comptes Rendus, 101 (1885), 811-813; Jour.Chem. Soc, 50 (1886), 113 (Abs.).ACTINIC BALANCE.(See Spectro-bolometer.)ALKALOID REACTIONS.Alcaloidreactionen im Spectralapparate.Hock (K.). Arch. f. Pharm., 19, 358; Ber. chem. Ges., 14, 2844(Abs.). ASTRONOMICAL SPECTROSCOPES.(See Spectro-telescopes.)AUTOMATIC SPECTROSCOPES.A new automatic motion for the spectroscope.Baily (W.). Phil. Mag., (5) 4, 100-104.An automatic spectroscope.Browning (J.). Chem. News, 20 (1870), 222; 21 (1870), 201.Automatic spectroscope.Proctor (K. A.). Monthly Notices Astron. Soc, 31 (1871), 47-48.Automatic spectroscope.Proctor (R. A.). Monthly Notices Astron. Soc, 31 (1871), 205-208.Automatic spectroscope for Dr. Huggins's sun observations.Grubb (H.). Monthly Notices Astron. Soc, 31 (1871), 3G.Automatic spectroscope.Reynolds (J. E.). Chem. News, 23 (1871), 118.Universal automatic spectroscope.Browning (J.). Monthly Notices Astron. Soc, 32 (1872), 213.Large automatic spectroscope.Browning (J.). Monthly Notices Astron. Sur., 33 (1873), 410.
12 LITERATURE OF THE BPECTROSCOPE.Oeber Bpectralapparat mit automatischer Einstellung.Kruss ill.)- Z. Instrumentenkunde, 5 (1885 . 181-191,282-244; Bei-blatter, 9 (1885BESSEMER-FLAME -l'l I I BOSl • >PE8,Examination of the Bessemer flame with tin- spectroscSillimnn (J. M.). Amer. Jour. Sci. (2), 50, 1 Phil Mag., 41,1-12; Jour. Chem. Soc. (2), 9Examination of the Bessemer flame with coloured glasses and with thespectroscope.Pari,.- .1 8.). Chem. News, 23 (1871 Jour. Chem. Soc (2),9. 98 (AlSpectroscope pour les haute-fourneaux et pour le prooeMe* Bessemer.Zenger (Ch. V.). Comptes Rendus, 101 1886), 1 ' « > -, ; jour. (.
, 50 (1886 . 1'"' Abs.).
I BE OF THE BLOWPIP1 .Emploi du chalumeau a chlorhydrog&ne pour L'e*tude des .-pectres.Diacoi I I Lendus, 56
BOL< iMETER,(See Spcctro-bolomcter.)
b5rs( h- lpparai i -.3pectralapparat von Borsch zugleich Reflexions*Goniometer.Ann. Phys. u. Chem., 129. 884.
: i.im tTORS,Sur uu nouveau collimateur.T)i. .ll-ii . I. . I 96 ; tun . 27 178 '[nstrumentenku 3, 180-181 (^ 7, 286An easy method of adjusting the collimator of a spectr
.
•• : \ 3, 14-17 ; Phil. 7
I \
f illimating eye-piece in >py.
< . : i -i7
LITERATURE OF THE SPECTROSCOPE. 13COMPENSATING EYE-PIECE.Construction of a compensating eye-piece.Proc. Royal Soc, 21, 426-442.CYLINDRICAL LENSES.Zweckmiissigkeit cylindrischer Linsen bei Spectralapparaten.Schonn (L.). Ann. Phys. u. Chem., 144, 334.DENSIMETER.Optical densimeter for ocean water.Hilgard (J. E.). United States Coast Survey Rep't (1877), 108-113 jZ. Instrumentenkunde, 1, 206-207 (Abs.) ; Beiblatter, 5,058 (Abs.).DEVIATION IN SPECTROSCOPES.Spectroskop mit constanter Ablenkung.Goltzsch (H.). Carl's Repert., 18, 188-190; z. analyt. Chem., 21, 556(Abs.).Ueber ein einfaches Mittel die Ablenkung oder Zerstreuung eines Licbt-strables zu vergrossern.Kohlrausch (F.). Ann. Phys. u. Chem., 143, 147-149.Die kleinste Ablenkung im Prisma.Lommel (E.). Ann. Phys. u. Chem., 159, 329.Die kleinste Ablenkung im Prisma.Berg (F. W.). Ann. Phys. u. Chem., 158, 651.Demonstration elementaire des conditions du minimum de deviation d'unrayon par le prisme.Hesehus (X.). Jour. soc. phys. chim. russe, 12, 220-231 ; Jour, dePhys., 10, 419-420 (Abs.) ; Beiblatter, 6, 227 (Abs.).Nouvelles demonstrations des conditions du minimum de deviation d'unrayon dans le prisme.Kraiewitch (K.). Jour. soc. phys. chim. russe, 16, 8-13. Notes surcet article, par Wolkoff, 16, 174.Ueber die Schwankungen in der chemischeu Wirkung des Sonnenspec-trums und fiber einen Apparat zur Messung derselben.Vogel (H.). Ber. chem. Cos., 7, 88-92; Jour. Chem. Soc, (2) 12, 424(Abs.) ; Amcr. Jour. Sci., (3) 7, 414-415.Das Minimum der Ablenkung eines Lichtstrahls (lurch ein Prisma.Kessler (F.). Ann. Phys. u. Chem., n. F. 15, 333-334.
1-1 LITERATURE OP THE BPECTROSCOPE.
I'll ti; H TION BP] »PES.
•• GratingDIRECT-VISION BPECTROSl I >PES.Nouveau spectroscope a vision directe.Thollon (L.). i B 86 2 2Lbs.).Theorie du aouveau spectroscope a vision directe.Thollon (L.). Comptes Rendus, 86 blatter, 2Nouveau prisme compose*, pour spectroscope a vision directe, de tresgrande pouvoir dispersif.Thollon (L.). Comptes Rendus, 88 30 3Sur I'emploi de prismea a liquide dans le spectroscope a vision dirV). Comptes Rendus, 92, 1508-1604.Le spectroscope a vision directe applique* ;\ I'astronomie physiqueZenger C V.). Comptes Rendus, 93, 129-432; Beiblatl 5Lbs.).Le spectroscope u vision directe, a .-path calcaire.Zenger C V.). Comptes Rendus, 93. 720-722; B 6. 21
: '/.. [nstrnmentenkund l
I nervations Bpectroscopiques a la lumiere monochromatique.
r C V.). Comptes Rendus, 94. 155-156; Chem. NTews, 45.\1- : Jour. Chem. Soc, 42, 677 A - i; A.mer. Jour23,822-828 A.bs.); Beiblatter, 6, 878 Z [nstrumentenkui 2in \Bpectroscope a vision directe trds puissant.Zenger U V Comptes Rendus, 96 ;i: Nature, 27\ ..•-, 47. 218 (A B itter, 7, 425,469; Z. analyt Chem., 22. 540 541 A
troscope a vision directe pour observation des rayons ultra-viol\ C imptet Rendus, 98. 194Neuee geradsichtigea Taschenspectroskop.Hi! - - \ Beibl . -. 1. 124-11Spectroscopes a vision <1 i r« -« -t *.• el a grande dispersion.Tli. .ll^n (L.). Joui B, 78-71
LITERATURE 07 THE SPECTROSCOPE. 15Note on a direct-vision spectroscope on Thollon's plan, adapted to lab-oratory use and capable of giving exact measurements.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 28, 482-483 ; Bei-blatter, 3, 709 (Abs.).Ein Spectroskop a vision directe mit nur einem Prisma.Emsmann (H.). Ann. Phys. u. Chem., 150, 636.A direct-vision compound prism by Merz; with dispersion almost doublethat of flint glass.Gassiot. Proc. Royal Soc, 24, 33.Combinazioni spettroscopiche a visione diretta.Ricco (A.). Mem. Spettr. ital., 8, 21-34.Ueber ein verbessertes Prisma a vision directe.Braun (C). Ber. aus Ungarn, 1, 197-200.Note on a new form of direct-vision spectroscope.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 41 (1886), 449-452. DISPERSION APPARATUS.Das Dispersionsparallelopiped und seine Anwendung in der Astrophysik.Zenger (K. W.). Sitzungsbcr d. Bohm. Ges. (1S81), 416-429; Bei-blatter, 6, 286 (Abs.).Sur un spectroskope a grande dispersion.Cornu (A.). Jour, de Phys., 12 (1883), 53-57; Amer. Jour. Sci., (3)25, 469.Sur un spectroscope a grande dispersion.Cornu (A.). Seances de la Soc franc, de Phys., 1882, 165-170; Bei-blatter, 7, 285 (Abs.); 8, 33 (Abs.).Bemerkungen fiber die Einrichtung eines Dispersiometers.Mousson (A.). Ann. Phys. u. Chem., 151, 137-145.ECLIPSE APPARATUS.(See "Solar and Stellar App.")EFFICIENCY OF SPECTROSCOPES.
Efficiency of different forms of the spectroscope.Pickering (E. C). Amer. Jour. Sci., 95, 301, and (3) 22, 397.
16 LITERATURE OF THE SPECTUOSCOl B.ELECTRIC AFFARATU8.Tube spectro-electrique destine & ['observation dee spectres des solution
a
me'talliques.Delachanal (B. I Hern I A..). Comptei Rendue, 79, 800 ; 81, 728An arrangement of the electric arc for the study of the radiatiovapours, together with preliminary results.Liveing (G. D.) and Dewar (J.). Pr & ! > » 34. 119 L22; Na-ture, 26, 218-214 A- : Beiblitter, 6 ; Jour. Chem.44, 262 268 Abs.).On the use of most i h-ctrodes.Bartley | W. N\). Chem. N"< ws, 49. 1 19; Beiblatter, 8, 581.Apparat zur leichten Darnel lung dcs lantren electrischen .Spectrums.Mflller (J.)- Ann. Phys. u. Chum.. 130, 187.ERYTHR08COF.Erythroscop und Melanoskop.Lommel (E.). Ann. Phys. u. Chem., 143. 483-490.EOTHYOFTIC.Das einfache euthyoptische Bpectroskop.Ceesler (F.). Ann. Phys. u. Chem., 151, 607.
TIN 1. 1 !:.A reliable finder for a spectro-telescope.Winl :fc Pr if . Jour. Franklin I I Go
i i\ LTOR.Dcr Fixator, ein Erganzungsapparat des Bp17,646 I ••)•
ll. LME AIT \l:
tralapparal on den warmeren oder kalteren Theile der Flammenbachten zu konnen. (For \'<— mer flame apparatus Lookabove under I- -- n • r.) 3 L870), 2
LITERATURE OF THE SPECTROSCOPE. 17FLUORESCENT EYE-PIECES.Spectroscope a oculaire fluorescent.Soret (J. L.). Jour, de Phys., 3 (1874), 253.Une spectroscope pour etudier les phenomenes de la fluorescence.Lamansky (S.). Jour, de Phys., 8 (1879), 411.Some modifications of Soret's fluorescent eye-piece.Liveing and Dewar. Proc. Cambridge Phil. Soc, 4, 342-343.Spectroscope a oculaire fluorescent.Manet. Ann. Chim. et Phys., (5) 11, 72.Spectralapparat mit fluorescirendem Okular fur den ultravioletten Theildes Spectrums J.Reye (Th.). Ann. Phys. u. Chem., 149, 407.Spectroscope a oculaire fluorescent.Soret (J. L.). Archives de Geneve, (2) 49, 338-343; Ann. Phys. u.Chem., 152, 167-171 ; Jubelband, 407-411 ; Amer. Jour. Sci., (3) 8,64-65.Spectroscope a oculaire fluorescent ; seconde note.Soret (J. L.). Arch, de Geneve, (2) 57, 319-333; Ann. Chim. etPhys., (5) 11, 72-86; Amer. Jour. Sci., (3) 14, 415-416 (Abs.); Bei-blatter, 1, 190-192 (Abs.).FULGATOR MODIFIE.Nouveau tube spectro-electrique (fulgator modifie).Delachanal et Mermet. Comptes Fundus, 81, 726.GELATINE LEAVES.Gefarbte Gelatinbliittehen als Objecte fiir das Spectroscop.Lommel (E.). Ann. Phys. u. Chem., 143, 656.GRATINGS.Preliminary notice of the results accomplished in the manufacture andtheory of gratings for optical purposes.Rowland (H. A.). Johns Hopkins Univ. Circular (1882), 248-249;Phil. Mag., (5) 13, 469-474 ; Nature, 26, 211-213 ; Amer. Jour. Sci.,(3) 24,63 (Abs.); Observatory (1882), 224-228; Z. Instrumenten-kunde, 2, 304 (Abs.).2 T
IS LITERATI BE OF THE BPECTBOSl OPE.
stings for optical purposes.md II A Amer. Jour. Sci., (8) 26. B7-98; Phil. Mag16. 197 210 7 Z. [natrumentenkm4. 186-186 (Aba.); Jour, de Phya., (2) 3. 184 (AlCurved diffraction gratings.sbrook (R. T.). Proc. Physical Soc 515.411 128; Amer. Jour. Bci. f (8) 26,67 (Aba.); B< 0. 84Aba.) ; Jour, de Phya., i'-'i 3. 162-164 Aba.),arks '<n the above by Rowland (II. A.). Amer. Jour. So;26. 21 I : Phil. Mag., (16) 16. 210; Beiblatter, 8, 84 (Aba.) ; Jour.de Phya., (2) 3, 184 J.).Concave gratings for giving a diffraction spectrum.Rowland (II. A.). Nature, 27, 96.The spectra formed by curved diffraction -ratings.Baily (W.). Proc. Physical Soc, 5, 181-185; Phil. Man;.. (.-, 15187; Beiblatter, 7, 465-4 ;Jour. d Phj - 3,152-164;
• a. News, 47 (1888), 54.Notes no diffraction gratings.Blake (J. M.). Amer. Jour. Sci., (3) 8, 03-30.Optischc ExperimentalunterBUchungen fiber Beugungsgitter.Quincke (<J.). Ann. Phys. u. Chem., 146. 1-66.Note on the use of a diffraction grating as a substitute for the train ofprisms in a solar spectroscope.Young (O. A.). AmiT. Jour. Bci., (3) 5, 472 178; Phil. Mag., (4)46. B7 88; Ann. Phys. u. Chem., 152, 868 [APreliminary note on the reproduction of diffraction gratings by means ofphotography.Strut! (J. W.). Proc Royal Boc., 20,414-417; Ph " I 44.p. Jour. B 9,211 A : \nn. Phys. U I152. 176-176 (Aba.).()n the manufacture and theory of diffraction gratings.
1. . PI Ms •.. (4) 47. -On copying diffraction gratings.
-
. 1. r-.l). Phil. Mag . (6) 11.On the determination of the coefficient of expansion of a diffraction grabLug by means of tin' spectrum.
: [T. 0.). An 2 1
LITERATURE OF THE SPECTROSCOPE. 19Use of the reflecting grating in eclipse photography.Lockyer (J. N.). Proc. Royal Soc, 27, 107-108.Sur les reseaux metalliques de M. Rowland.Mascart. Soc. franc, de Phys. (1882), 232-238 ; Jour, de Phys., (2) 2,5-11 ; Beiblatter, 7, 466-408 (Abs.).Sur la theorie des reseaux courbes.SokolofF (A.). Jour. soc. phys. chim. russe, 15, 293-305.On a theorem relating to curved diffraction gratings.Baily (W.). Phil. Mag., (5) 22 (1886), 47-49.HAND-SPECTROSCOPE.Handspectroskop.Simmler. Jour, prackt. chem., 90, 299; Ann. Phys. u. Chem., 120,623. HELPS.Ein neuer Hulfsapparat zur Spectral analyse.Schultz (H.). Pfluger's Arch. f. Physiol., 28, 197-199; Ber. chem.Ges., 15, 2754 b (Abs.); Beiblatter, 6, 674 (Abs.).Ueber einige physikalische Versuche und Hiilfseinrichtungen.Z. Instrumentenkunde, 3, 388-392; Beiblatter, 8, 220 (Abs.).INDEX.Selbstleuchtender Index im Spectroskop.Sundell (A. P.). Astronom. Nachr., 102, 90; Beiblatter, 6, 876-877(Abs.) ; Z. Instrumenten., 2, 422 (Abs.).INTERFERENCE APPARATUS.Sur les phenomenes d'interference produits par les reseaux paralleles, in-terference-spectrometre.Crova (A.). Comptes Kendus, 72, 855-858, 74, 932-936 ; Ann. Chim.et Phys., (5) 1, 407-432.Sur l'applicatio.n du spectroscope a robservation des phenomenes d'inter-ference.Mascart. Jour, de Phys., 1 (1872), 177.
20 LITERATURE OF THE SPECTROSCOPE.COLORIMETER.
l>r. von Konkoly'a Spectralapparat in Verbindung mit einem Kolori-meter.Gothard (E. 70n). Centralzeitung fur < >j.tik und Mechanik, 4,
i. \.Mr-.
LTeber Lampen fur monochromatiachea LichtLaspi j n -.11. /. [nstr imenb a . 2 • 6. 480.I'n illuminateur spectral.Le Roux (F. P.). Comptea Rendu-. 76 J-1000; Chem. News,27 (1878), 233.
I II in 1 1 ination des corps opaques.Lallemand (A.). Comptes Rendus. 69, 192; 78, 1272.Bpectralilluminator.Jahreeber. d. Chem. (1878), 147.Illumination i>f spectroscope micrometers.K mkoly (N. von). Monthly Not M !End-on in place of transverse illumination in private spectroscopy.Smyth (Piazzi). Chem. News, 39 (1879), 145, 166, 188; Nature, 19.400 Abs.).
IK'S minima pruduits, dans one spectre calorifique, par l'appareil re'frin-Lr«iit el la lampe qui Bervenl ;'i la formation dece Bpectre.Aymoni I mptes Ri adus, 87. 49 I.Spectre calorifique du Soleil et <le la lampe I platine incandescent Bour-bouze.M itoi Comptes R ndus, 89. 296.On an improvement of the Bunsen burner for spectrum analysis.Chem. News, 30. .Bur l'( mploi <!* la lumiere Drummond.B Ann. Chim. et Phya., (8) 65.Note "ii the LittroM form ofBracki tt (C. I \ J M 6
•)•The monochromatic lamp.Sir D.J. Trans. Bdinbur
LITERATURE OF THE SPECTROSCOPE. 21Ueber das Spectrum der Sell'schen Schwefelkohlenstofflampe.Vogel (H. W.). Bor. chem. Ges., 8, 96-98.Relation between radiant energy and radiation in the spectrum of incan-descence lamps.Abney (W. de W.) and Festing (K.). Proc. Royal Soc, 37 (1884),157-173.Ein einfacher Brenner fiir monochromatisches Licht.Noack. Z. zur Forderung dos physischen Unterrichts, 2, G7-G9 ; Bei-blatter, 9 (1885), 739 (Abs.).Natriumlampe fiir Polarizationsapparate.Landolt (H.). Z. Instrumentenkunde, 4 (1884), 390; Beiblatter, 8,339 (Abs.). FOR MAGNETIC SPECTRA.Fixing and exhibiting magnetic spectra.Mayer (A. M.). Jour. Franklin Inst., 91, 355.MEASURING APPARATUS.Eine vergleichbare Spectralscale.Weinhold (A.). Ann. Pbys. u. Chem., 138, 417, 434; Jahresber. d.Chemie (1869), 175.Glass reading-scale for direct-vision spectroscopes.Proctor (H. R.). Chem. News, 27 (1873), 149 ; Nature, 6, 473.Measurement of faint spectra.Proctor (H. R.). Nature, 6, 534.Spectroscopic scale.Capron's Photographed Spectra. London, 1877, p. 17.Measuring scales for pocket spectroscopes.Herschel (A. S.). Nature, 18, 300-301 ; Beiblatter, 2, 560-561 (Abs.).New form of measuring apparatus for a laboratory spectroscope.Reynolds (J. E.). Scientific Proc. Dublin Soc, new per., 1, 5-9 ; Phil.Mag., (5) 5, 106-110; Chem. News, 37 (1878), 115-116.Messung des Brechungesexponenten wiihrend des Unterri elites.Kurz (A.). Carl's Report., 18, 100-192.Mesure des indices de refraction des lirpuides a l'aide des lentilles formeesdes memes.Piltchikoff. Jour. soc. phys. chim. russe, 13, 390-410; Beiblatter, 7,189-190 (Abs.) ; Jour, de Phys. (2) 1, 578-579 (Abs.).
22 LITERATURE OP THE BPBX PR08COPE.Eine [nterferenz-Scala fur das Spectroskop.Mull< -i I' i J 199 -! 15.Combination der [nteri ila mit der photographischen Spectral-la.MOller (J.). Dingler'a Jour., 199. 268-271.
I I >R METALLIC BPE< TBA.Appnrat sur Objectivdarstellung der Metallspectren.Edelmann (Th.). Ann. P Chem., 149, 119-122 atal-blatt '1 ; Jour. Ohem. Boa, (2) 11. IMETEOROLOGICAL.A mi • leal Bpectroscope.Doi (Col. J. F Nature, 26, 601 ; Beiblatter, 7, 25 (Al
I 8.).(Si- 1 Spectroscope, below.)BPECTR >-MICROMETER8.
Illumination of Bpectroscope micrometers.Konkoly (N. von). Monthly Notices Astronom. S •.. 44. .
renienl eye-piece micrometer for the Bpectroscope.i;,„ : ur. S.-i., (8 6. 14-45; Phil. Mag . » 46. 176.Direct-vision micrometer for pocket BpectiII. K.l. < '• 27 i-A new form of micrometer for use in spectroscopic anal;\v •• u v P r • tlS 1,11 i 164; Phil. Mag . i 50
. I .. 156.:;; 13
MICRO-£ 3P] CTRTJW -MI< RO» I >P1 B.Some technical applications of the Bpectrum-microscope.
; , g Ding-J 198A new and improved microscope spectrum apparatus.
i c a m - 1 13n micro-f new method of printing a description
. with the Bpectrum miL3
LITERATURE OF THE SPECTROSCOPE. 23Use of the micro-spectroscope in the discovery of blood-stains.Herepath (W. Bird). Chem. News, 17, 113, 123.Spectrum analysis as applied to microscopic observation.Suffolk (W. T.). Chem. News, 29 (1874), 195.Binoculares Spectrum-Mikroscop.Jahresber. d. Chemie, (1869), 175.New arrangement of a binocular spectrum-microscope.Crookes (W.). Proc. Royal Soc, 17, 443.Ueber ein Polari-Spectruin-Mikroscrop, mit Bemerkungeu uber das Spec-trumocular.Rollett (A.). Z. Instrumentenkunde, 1, 366-372; Beiblatter, 6, 229-230 (Abs.); Z. analyt. Chemie, 21, 554-555 (Abs.).Mikrochemische Keactionsmethoden im Dienste der technischen Micro-scopic.Tschirch (A.). Generalversammlung d. deutsch. Apotheker Yer.1883; Archiv f. Pharm., (3) 20, 801-812; Jour. Chem. Soc, 44,376-378 (Abs.).MINERALOGICAL SPECTROSCOPE.The spectroscope applied to mint-assaying.Outerbridge (A. E.). Jour. Franklin Inst., 98, 276; Jahresber. d.Chemie, (1868), 130. MIRRORS.Sur la transparence actinique de quelques milieux et en particulier sur latransparence actinique des miroirs de Foucault et leur applicationen photographicChardonnet (de). Jour, de Phys., (2) 1,305-312; Comptes Rendus,94, 1171.Aliroir t'remblant pour la recomposition des couleurs du spectre.Luvini (J.). Les Mondes, 43, 427-429; Beiblatter, 1, 556 (Abs.).Miroir tournant pour la recomposition de la lumiere spectrale.Lestrade (Lavaut de). Les Mondes, 44, 416-417.Neues Spiegelprisma mit konstanten Ablenkungswinkeln. Absteckganzer und halber rechter Winkel mit den Wollaston'schenSpiegelprismaBauernfeind (C. M.). Ann. Phys. u. Chem., 134, 169-172.
24 LITERATURE OF THE SPECTROSCOPE.
Ni:\v BPJ I Ti:-'-' OPE.I'm Qoaveau -]>• rtroscope.Chem. News, 52 (1886), 201 (Ab6.)i Comptes Bendus,101 L8&Uebt-r ein oeuee Spectroskop.aid K. eon i. Ber. aus. Ungarn, 2 | L884), -11 (1887), 37 (Abs.).OPTOMETER.
Bur un <>]>t<>m£tre apectroscopique.Zengei C V\). Comptes Bendus, 101 (1886), 1008 ; Amer. Jour. S ..(3) 31. 60.
< OVERLAPPING SPECTROSI4An overlapping spectroscope.Love (J. ). British Assoc. Re] B blatter, 8.OXYHYDROGEH APPAB LTUS.Production of spectra by the oxyhydrogen flame.
.Marvin (T. H.i. Phil. Maj 1,67 88j Jour. I 2(187' Lbr.).PH08PHOBE8* IN r EYE-P] I
Bpectroscop mit phoephorescirendem Ocular.Lommel K.i. Ann. Phys. u. Chem., n. F. 20. B47.PH08PHOKOGR LPHIEB.Bur lea phoephorographiea du spectre solaire.
i:. . . • ' I .' 11Phoephorographiea du spectre solaire infra-rou
: II. . I 9G Am< r. J25Phoephorograph of the BpectrunL 21. 171.
1' r raphie, angewandl auf die Photographie dee Uuaichtbaren.
. j ioa - • - ii
ft LITERATURE OF THE SPECTROSCOPE. 25PHOTOGRAPHIC SPECTROSCOPY.Notice imprimee sur les effects chimiques des radiations et sur l'emploiqu'en a fait M. Daguerre pour fixer les images de la chambrenoire.Biot. Comptes Eendus, 9, 200.Application aux operations photographiques des proprietes reconnus parM. Ed. Becquerel dans ce qu'il nomme les rayons continuateurs.Gaudin. Comptes Eendus, 12, 862.Action des rayons rouges sur les placques daguerriennes.Foucault et Fizeau. Comptes Eendus, 23, 679.Observations sur les experiences de M. M. Foucault et Fizeau.Becquerel (Ed.). Comptes Eendus, 23, 800.Eemarques. Foucault (L.). Do., 856.Des actions que les diverses radiations solaires exercent sur les couchesd'iodure, de chlorure ou de bromure d'argent.Claudet. Comptes Eendus, 25, 5-34.Note sur ce Memoire. Becquerel (Ed.). Do., 594.Note sur les transformations successives de Timage photographique par laprolongation de Taction lumineuse.Janssen (J.). Comptes Eendus, 91, 199.Beschreibung eines hochst einfachen Apparatus um das Spectrum zuphotographiren.Yogel (H. W.). Ann. Phys. u. Chem., 154, 306.Ueber die Hulfsmittel, photographische Schichten fur grime, gelbe undrothe Strahlen empfindlich zu macben.Yogel (H. "W.). Ber. chem. Ges., 17, 1196-1203; Jour. Chem. Soc,46, 1081 (Abs.); Beiblatter, 8, 583-585 (Abs.).Early contributions to spectrum-photography and photo-chemistry.Draper (J. W.). Nature, 10, 243-244.Spectrum photography.Lockyer (J. N.). Nature, 10, 109, 254.Photographie du spectre chimique.Prazmowski. Comptes Eendus, 79, 108.
LITERATURE OP THE SPECTROSCOPE. §Theory "(' absorption-bands in I rum, and its bearing in phiraphy.
. R P \ \ 13Dunkle Linien in dem photographirtea Spectrum weit iiher dem *icht-baren Theil binaus.
Physics in photography.All,;, W.deW.). Nature, 18, 489 191,628-581,548-546.M( thod of fixing, photographing, and exhibiting the magnetic Bpectra.Mayer A. M • 23 371 . 266.Reversal of the metallic lines as Been in over-exposed photographs ofitra.Hartlej W. N. , Pi »c. Royal Sec., 34. B4.
sal of the developed photographic image.A.bney - W. de W.). Phil. Mag., (5) 10, 200-208.PhotographischeSpectral-Beobachtungen im rothen und indischen Meere.II. \V. . Ann. Phys. u. Chem., 156. 819Delicacy of spectrum photography.Hartley W. X. . Proc. Royal Soc.,364;!
r aeue Fortschritte in < k-m farbenempfindlichea photographischenVerfahren. [. W. . Sitzungsber. preuas. A.kad., 5122 B( iblatter, 11
oete praktische Methoden zur Photographic dtrums in .-rim n \. rschiedenen Bezirken mit Bensibilisirten Brom-Bilberplatten.
.1 M . Monatscl r. f. Chomie, 711 5J
PB RS.
P] toiG . P \ u. Chem., n. P. 1.Photometrische Untersuchungen.
i y-. u. Chem., n. P. 15.2 3
LITERATURE OF THE SPECTROSCOPE. 27Eludes photornetriques.Cornu (A.). Jour, de Phys., 10, 189-198; Beiblatter, 6, 229 (Abs.).Eiu Photometer zu schulhygienischen Zwecken.Petruschewski (Th.). Jour. soc phys. chim. russe, 16, (2) 295-303,1884; BeibHitter, 9 (1885), 248 (Abs.).POLARIZATION SPECTROSCOPES.A rotary polarization spectroscope of great dispersion.Tait (P. Gk). Nature, 22, 360-3G1 ; Beiblatter, 4, 725 (Abs.).Ein Polarizationsapparat aus Magnesiumplatincyanur.Lommel (E.). Ann. Phys. u. Chem., n. F. 13, 347.
PRISMS.
Absorption of light by prisms.Kobinson (T. R.). Observatory (1882), 53-54; Beiblatter, 6, 589(Abs.).Projection du foyer du prisme.Crova (A.). Jour, de Phys., (2) 1, 84-86.Etude des aberrations des prismes et de leur influeuce sur les observationsspectroscopiques.Crova (A.). Ann. Chim. et Phys., (5) 22, 513-543.Bemerkungen iiber Prismen.Radau (R.). Ann. Phys. u. Chem., 118, 452.D6placement des raies du spectre sous Taction de la temperature duprisme.Blaserna (P.). Arch, de Geneve, (2) 41, 429-430; Ann. Phys. u.Chem., 143, 655-656; Jour. Chem. Soc., (2) 10, 118 (Abs.); Phil.Mag., (4) 43, 239-240.A direct-vision compound prism by Merz, with dispersion almost doublethat of ordinary flint glass.Mr. Gassiot. Proc. Royal Soc, 24, 33.Note on the use of compound prisms.Browning (J.). Monthly Notices Astronom. Soc, 31, 203-205.Auflosung scheinbar einfacher Linicn durch Vermehrung der Prismen.Merz (Sigismund). Ann. Phys. u. Chem., 117, G55.
28 LITERATURE OP THE SPECTROSCOPE.The beet form of compound prism for the Bpectrum microscope.
rbj (H. 0.). Nature, 4. Bll-612.
r ciii wrhessertes Prisma a vision ilirecte.m (C). Ber. aus Ungarn, 1, 1K7-200.Min Bpectroecop S vision directe mit nur einem Prisma.Emsmann (II. i. Ann. Phys. u. Chem., 150
Lsichtigea Prisma.Fuchs (F.). Z. Instrumcntenkunde, 1, 849-868 ; Z. analyt. Chemie.,21Nouveau modele <le prisme pour spectroscope a vision directe.Hofmann (J. < I I 79,681.
( reradsichtige Prismen.
I: a /. [nstrumentenkunde, 2, 106; Z. anaht. Chem., 21, 555
i ; Beiblatfc r, 6. 794 | Abs.).Minimum du pouvoir <le resolution d'un prisme.Thollon i,L). Comptea Rendus, 92. 128The magnifying power <>f the half-prism as a means of obtaining greatdispersion, and on the general theory of the half-prism spectro-BCOpi'. W II M I'- i: ; ilSoc., 26. B-40; B( ibl itl lLbs.).New form of e >pe with half-prisms.Chem. News, 35 L876), 161.
if prisma of flinl glRood (O. N.). A 85. 866.Deber die anomale D Prismen.143Nicht alle Quarzprismen verlangern das Spectrum am ultra-violetteziEnde. KITbisulphide in prisms.BtJ. Amer. Jour. J 21 Chem.48, 858 (A 5
LITERATURE OF THE SPECTROSCOPE. 29Ueber die Amvendung von Schwefelkohlenstoffprismen zu spectroscop-ischen Beobachtungen von hoher Priicision.Hasselberg (B.). Ann. Phys. u. Chem., (2) 27 (1886), 415-436.Neues Fliissigkeitsprisma fiir Spectralapparate.Wernicke (W.). Z. Instrumentenkunde, 1, 353-357; Beiblatter, 6,94-95 (Abs.); Z. analyt. Chemie, 21, 555.PROJECTION OF THE SPECTRUM.
Projection du foyer du prisme.Crova (A.). Jour, de Phys., 11 (18S2), 84.Projection of the Fraunhofer lines of diffraction and prismatic spectra ona screen.Draper (J. C). Amer. Jour. Sci., (3) 9, 22-24; Phil. Mag., (4) 49,142-4.Nouvelle methode pour projecter les spectres.Moigno. Les Mondes, 43, 554-5; Beiblatter, 1, 555.PROTUBERANCE SPECTROSCOPE.Protuberanz Spectroscop rn.it excentrischer bogenformiger Spaltvorrich-tung.Brunn (J.). Z. Instrumentenkunde, 1, 281-282; Beiblatter, 6, 230(Abs.). QUANTITATIVE APPARATUS.Quantitative Analyse durch Spectralbeobachtung, Apparat.JJennig (K.). Ann. Phys. u. Chem., 149, 350.Zur quantitativen Spectralanalyse.Kriiss (H.). Carl's Kepert., 2, 17-22.RAIN-BAND SPECTROSCOPE.Rain-band Spectroscope.Bell (L.). Amer. Jour. Sci., (3) 30, 347.REFLECTOR.Anwendung eines Reflectors bei Spectraluntersuchungen.Pleck. Jour, prackt. Chemie, n. F. 3 (1870), 352 ; Jour. Chem. Soc,(2) 9, 857 (Abs.).
30 LITERATURE OF THE BPECTROSCOPE.RE] RA< i' mi ii OS.Bur un re'fractometre destine & la i. et de la disp
,]. - corps soli Compl . 95. 517 520; Beiblatter, 6,(Aba. I : /-. [nstrumenten., 2. 11 i US AI'emploi d'un verre bireTringent dans ervationsd'iBped rale.Cruls. c optej Rendus, 96, 1298-1294; Nature, 28,blatl 7
oce phenomena in a n<-w form of refractometer.\ A Amer. Jour 3 23 100; Phil, M13,230-242; ]Appareils refringenta en sel genu
:.• P.). Comptea Rendus, 97 7, 868 (AteA 1 1 w refractometer for measuring the mean refractive ind< \ of platesof glass and lenses by the employment of Newt m's rings.k w r 24REGISTERING 3P1 I I Ri fll i iPE.
\ i _ >:• ring spectroscope.Hugging* V. Royal Soc., 19, 817-818; Ph .Mag I 41544-546; Ann. Chim. et Phys., (4) 26. 276-276; CI N 23
REVERSION SPE< PROS) OP] 9.Ein neues ReversiZollner | P.). Ber. d. Sa G • I. W 23
vi. ( 144 149-466; Phil. M 13Chen 173.Ein neuer ReversionsspectralappiEonkoly iN. von). Centralzeitung f. Optik ' A, 4. 122Dngarn, 1. 128 I
ope.lej S. P I tea Rendu! (1884), 11 16-11 17.On a method of estimating the thickness of Young't R I r.Pultifer W. H Amer. Joui 17w form of reversible Bpectrw. I. 23
LITERATURE OF THE SPECTROSCOPE. 31RIGID SPECTROSCOPES.Description of a rigid spectroscope ; constructed to ascertain whether theposition of the known and Avell-defined lines of a spectrum is con-stant while the coefficient of terrestrial gravity uuder which theobservations are taken is made to vary.Gassiot (J. P.). Proc. Royal Soc, 14, 320.On the observations made with a rigid spectroscope by Captain Mayneand Mr. Connor.Gassiot (J. P.). Proc. Royal Soc, 16, G.ROTARY SPECTROSCOPE.Ueber einen rotirenden Spectralapparat.Lohse (0.). Z. Instrumentenkunde, 1, 22-25; Beibliitter, 5, 278.SCALES.(See "Measuring Apparatus.")SCREENS.Die Beugungserscheinungen geradlinig begrenzter Schirme.Lommel (E.). Abhandl. d. bayr. Akad., (2) 15, 529-664, 1886; Bei-bliitter, 11 (1887), 42-46 (Abs.).APPARATUS FOR SECONDARY SPECTRA.On a secondary spectrum of very large size, with a construction for sec-ondary spectra.Rood (0. N.). Amer. Jour. Sci., (3) 6, 172-180.Du spectre secondaire et de son influence sur la vision dans les instru-ments d'optique.Poucault (Leon). Ann. Chim. et Phys., (5) 15, 283.SELENACTINOMETER.Un Selenactinometre.Morize (H.). Comptes Rendus, 100, 271-272; Beibliitter, 9, 256.SLITS FOR SPECTROSCOPES.Sur un spectroscope a fente inclinee.Garbe (G.). Comptes Rendus, 96, 836 ; Jour, de Phys., 12 (1883), 318.
; tTEBATURE OF Tin: BP» TROBCOPE.Anwi sndung dee Vierordt'schen I toppelspaltes in der Spectralanalyse.D •:;• b W. . Beiblatt< p, 5 188 in.Protuberanzs] ccentrischer, bogenformiger Spaltvorrich-tung.Bruno (J.). Z. [nstramenten., 1. 281 c .Bpectralspalt mil Bymmetrischer Bewegung der Schneiden.j (H.). Carl's Bepert, 18. 217 228; /-. analyt. Chemie, 21. 182-191; Beiblatter, 6 ; Jour. Chem. Soc., 42, 1229 AZ. Instrument 3troscope with .-li<lr. approved by Tyndall and others.Bofmann. Chem. News, 26 1872 . 180.
: the spectroscope.leer (Alex. E . Chem. News, 41 1880 , 79.
-ri.« DRO-BOLOMEI u:.
t'the spectro-bolonu ter.j - P \ p. Jour. Sei., (8) 21, 187; 24. 895; 25, 17u;27 169; 30, 477. BPJ9 TBOGRAPH.breibung ernes Bpectrographen mil Flussigkeitsprisiua.5 : J
BPB ntOMEl ER8.
I >( xiption d'un spectrometre. Et ndus, 54. 208.
I >. Bcription d'un oouveau spectrometre ;'i vision directs rendu plus simple
1 1 moine: dispendieux. 57On a spectrometer and universa] goniometer, adapted to the ordinarywant- of ;i laboratory.i; D. . l'r • . Cam 4 I
< »n a ii'-w t* prin of spectrometer.J V, 10. M 7
. :. 3. 821.Interf l 6 .
LITERATURE OF THE SPECTROSCOPE. 33Das Lang'sche Spectrometer.Miller (F.). Carl's Kepert., 16, 250-251.Der Fixator, ein Ergiinzungsapparat ties Spectrometers.Ketteler (E.). Carl's Repert., 17, 645-651.A Spectrometer.Browning (J.). Monthly Notices Astronom. Soc., 33, 411.De la spectrometrie, spectrometre.Champion (P.), Pellet (H.), et Grenier (M.). Comptes Rendus, 76,707-711 ; Jour. Chem. Soc., (2) 11, 934 (Ahs.).SPECTROPHOTOMETERS.Ueber ein Spectrophotometer.Zahn (von). Ber. d. naturforsch. Ges. in Leipzig, 5, 1-4.Ein Spectrophotometer.Fuchs (F.). Z. Instrumenten., 1, 349-353; Beiblatter, 6, 228.Ein neues Spectrophotometer.Hiifner (G.). J. prackt. Chemie, n. F. 16 (1877), 290; Chem. News,37 (1878), 31 ; Carl's Repert., 15, 116-118.On a spectrophotometer.Glazebrook (R. T.). Proc. Cambridge Phil. Soc, 4,304-308; Bei-blatter, 8, 211-212 (Abs.).Etude sur les spectrophotometres.Crova (A.). Comptes Rendus, 92, 36-37 ; Phil. Mag., (5) 11, 155-156.Description d'un spectrophotometre.Crova (A.). Ann. Chim. et Phys., (5) 29, 556-573.Das neue Spectrophotometer von Crova, verglichen mit dem von Glan,nebst einem Vorschlag zur weiteren Verbesserung beider Apparate.Zenker (W.). Z. Instrumenten., 4, 83-87 ; Beiblatter, 8, 499.Ueber die Unwandlung meines Photometers in ein Spectrophotometer.Wild (II.). Ann. Phys. u. Chem., n. F. 20, 452-468; Nature, 29,253 (Abs.) ; Jour, de Phys., (2) 3, 142-143 (Abs.).Ein Spectrophotometer.Wild .(H. ). Dingler's Jour., 252, 462-465.SPECTROPOLARISCOPE.A spectropolariscope for sugar analysis.Levison (W. G.). Amer. Jour. Sci., 124, 469.3 T
LITERATURE OP THE BPECTR08COPE.
-l-l . I Et< <-' I >P] - | BCIS4 I I.I. LNEO
( Jonstruction of the spectre*Rulherfurd I.. M A.mer. J. mm-. - . 33by Ditscheiner in Sitzungsber. Wiener Akad., 52 []
1
I ruction of the Bpecl roscope.
I oke (.1. P., -i Amer. Jour. Sci., 90. 803.
I >. scription of a large spectroscope.Wolcott). A .1 2) 25. 110.Spectral-Apparat. f (G Ann. Phys. u. Chem., 110Jour, prakt. Chem., 85. 65, 71.Bpectral-Apparat.M lUSSi D A ' 112(Jrsache der mangelnden Proportionalital in den A.batanden bestimmterBtreifen bei verschiedenen A.pparaten.G ttschalk (FA Ann. Phya. u. Ch ... 121Notiz zur Theorie der Spectralapparate.beiner (L. . Ann. Phfs. u. Ch( m., 129Convenienl form of spectroscope for use in :i laboratory.Browning (J.). Chem. News, 22 1-7"[mprovemenl of the Bpectroe 29 J74), 222.
( >n :i quartz and [celand Bpar spectroscope corrected for chromatic iration. W. H Chem. News, 41. 91.
mpagnanl le presentation de trois nouveiJ.). Col 55
l'n :i j 1 1 >.-i r« i 1 destine a rlproduii ique, relafraction, i de la lumiere ]»,indict - • pie.
rune an Brx i tralaj paraten.
?. e
LITERATURE OF THE SPECTROSCOPE* 35Ein sehr einfacher und wirksarner Spectralapparat.Konkoly (N. von). Centralzeitung f. Optik u. Mechanik, 4, 76-77;Beiblatter, 7, 456 (Abs.); Z. Instrumenten., 3, 324 (Abs.); Ber. ausUngarn, 1, 134.Vorschlag zur Construction eines neuen Spectralapparates.Lippich (F.). Z. Instrumenten., 4, 1-8 ; Beibliitter, 8, 300-302 (Abs.).
ISTeuere Apparate fiir die Wollaston'sche Methode zur Bestimmung vonLichtbrechungsverhaltnissen.Liebieh (T.). Z. Instrumentenkunde, 4, 185-189.Nouveau spectroscope.Thollon (L.). Jour, de Phys.. 7, 141-148.Spectroscop-Apparate.Jahresber. d. Chemie, (1861) 41, (1862) 27, (1863) 114, (1864) 115, (1865)94, (1866) 78, (1867) 105, (1868) 130, 132, (1869) 175, (1870) 1062,(1872) 948, (1873) 146, 147, (1874) 152, (1876) 142.Spectralapparat.Mitscherlich. Jour, prakt. Chem., 86, 13.Arcobaleno in mare e modificazione alio spettroscopio descritto nel Vol. V.Riccd (A.). Mem. spettr. ital., 8, 87.Nouveau spectroscope.Stoney. Moniteur scientifique (3) 6, 657.Apparate zur Untersuchung der Farbenempfindungen.Glan (P.). Archiv. f. Physiol., 24, 307-308 ; Beiblatter, 5, 445 (Abs.).A new spectroscope.Zenger (C. V.). Phil. Mag., (4) 46, 439-445.An improvement in the construction of the spectroscope.Madan (II. G.). Phil. Mag., (4) 48, 118.A home-made spectroscope.Furniss (J. J.). Pop. Sci. Monthly, 15, 808.Description of a large spectroscope.Gassiot (J. P.). Proc. Royal Soc, 12 (1863), 536.The improvement of the spectroscope.Grubb (T.). Proc. Royal Soc., 22, 308-309; Phil. Mag., (4) 48, 532-534 ; Chem. News, 29, 222-223 ; note by G. G. Stokes, Proc. RoyalSoc., 22, 309-310, and Phil. Mag., (4) 48, 534.
1 PTERATURE OF '1 HE 81 I l »PE.Neue Einrichtung des Spectroscope.Sitzungsber. \\ i r Akad., 46 II. 621 : 48 II,2; note by Prof. 0. P. Brackett in Amer. J<>ur. Bci.,124, 80.
BP] < I RO- I•ELEBi I >FE&Ein Spectrotelescop.Glai r A:, ii. Phys. u. Chem., n. P. 9, 492.
i >. scription of a hand Bpectrum-telescope.Hugging- \V I' il S.m-., 16, -11; Ann. Phys. u. Chem.,136. L67.Spectrum-telescop.
p. d. Chcmie (1868), 188.A reliable finder for a Bpectrc-telescope.Winlock(J.). Jour. Franklin In-'.. (8) 60. .
I'. ber das Bpectroscopische Reveraionsfernrohr.
i Ber. Sachs. Acad. Wiss., 24, 129-184; Phil. Hag., I)43. IT; 44. 117 421 ; Ann. Phys. u. Chem., 147, 617!;• i : is, 69. 421.A tele-spectroscope for solar observationsBrowning (J.). Monthly Notices Aatronom. Boc., 32. 23 1-4216.Appareil destinl ;'t observer lea raies noires da Bpectre Bolaire.Dujai ptes Rendus, 8. 268.Improvements in ;i solar spectroscope made by Mr. < J ru 1 »1» t<>r ]'r..t'.Young. W Monti ly N tic< - Aatronom. - •.. 38. 881-furnished by 1 1 1 « • Royal Society t" Mr. y for ob-rving the solar eclipse of l v »i^ ut Mussoorie, in [ndia,Pj igAn e< troscope.
I. • . .1 \ 18. 224.Methode die 8onn< scopisch zu beobachten.\ Ann. Phys u. Chem., 143. I1Sur mi oouveau moyen d'observer l< s et lea \<-. -7331
LITERATURE OF THE SPECTROSCOPE. 37Sur l'emploi de la lunette horizontale pour les observations de la spectro-scopic solaire.Thollon (L.). Comptes Rendus, 96, 1200-1202; Nature, 28, 24; Bei-blatter, 7, 456 (Abs.).Apparatus for recording the position of lines in the spectrum, especiallyadapted to solar eclipses.Winlock (J.). Proc. Amer. Acad., 8, 299.Ein Spectroscop fiir Cometen-und Fixstern-Beobachtungen.Gothardt (E. von). Centralzeitung fiir Optik u. Mechanik, 4, 121
;
Beiblatter, 7, 595 (Abs.).A star spectroscope.Gould (B. A.). Proc. Amer. Acad., 8, 499.A small universal stellar spectroscope.Merz (S.). Pbil. Mag., (4) 41, 129-132.The spectroscope and the transit of Venus.Nature, 11, 171.Spectroscopic stellaire.Seccbi (A.). Comptes Rendus, 65, 389.Secchi met sous les yeux de l'Academie l'appareil dont il s'est servi pourses recherches.Comptes Rendus, 64, 738.Un nouveau spectroscope stellaire.Thollon (L.). Comptes Rendus, 89, 749-752; Beiblatter, 4, 360-361(Abs.).Ueber ein neues Spectroscop, nebst Beitragen zur Spectralanalyse derGestirne.Zollner (F.). Ann. Phys. u. Chem., 138, 32, 35; Phil. Mag., (4) 38,360; Amer. Jour. Sci., 99, 58.Nouveau spectroscope et recherches spectroscopiques de M. Zollner
;
rapport verbal sur ces publications.Faye. Comptes Rendus, 69, 689.Ein einfaches Ocularspectroscop fiir Sterne.Zollner (F.). Ann. Phys. u. Chem., 152, 503; Phil. Mag., (4) 48,156-157.Nouveau spectroscope stellaire.Zenger (Ch. V.). Comptes Rendus, 101 (1885), 616.
LITERATI RE OF THE SPEC I B
Bur [( - tubes lumineux & electrodes ext£rieuiAlvergniat Compt 7? : Jour. Ch 2 9. Ill 1
Tube spectro-eUectrique destine h ('observation des — de solutionsin.'talli.i
1
1
I t (A. C mptea Rendus, 79. BOO;Chim. el i 3. I- - ..Nouveau tube Bpectro-electrique I fulgatoi modifie* .Di ichanal et Mermel I Rendus, 01. 726; Bull. Soc. chim.,
. 25. 194-197; Jour. Chem. 8oc, 2 ;Kin einfaches Stativ fur Geisaler'sche Spectralrohren.iardt (E. von). '/.. [nstrumenten., 3 20 21; CentralzeituOptik u. Mechanik, 4. 146-1 17 ; Beiblatter, 8. 216.End-oo gas vacuum-tubes in spectroscopy.Smyth (G. Piazzi). Nature, 19, 458 ; B 3 I \on tutus brought to bear upon the carbon :u.>i carbo-hydiquestion.Sin-. /.\). Nature, 20. 7 "Tube for observing th< lutions.Nature, 13. 75.bralrdhren mit longitudinaler DurchsichtZahn i \V. yon). Ann. P Chem., P. 8,
1
ri.n: k-VK 'i i X ait w: \ i 08.pour la partie ultra-violette 'In Bpectre.
. \ 49. 16-17; B latter, 3 601.Bpectroscope destine* a ['observation dea radiations ultra-vioL
i (A.). Jour, de P .3 B 4
3P] l I R0800P] B.
1-7. iii iveraalstativ fur d Taschenspecteost',12Kin I dec Taschenspectroi
k
i \v i . I 10. 1 \2t2 A •.).
LITERATURE OF THE SPECTROSCOPE. 39Neues Universalspectroskop fiir quantitative und qualitative chemischeAnalyse.Kriiss (G.). Ber. chem. Ges., 19 (1885), 2739-2745; Jour. Chem. Soc,52, 170 (Abs.), 1887; Araer. Jour. Sci., (3) 33 (1887).WIDTH IN APPARATUS.
Bei der kleinsten Breite des Spectrunis haben die Linien die geringsteKrummung in dem Spectralapparat.Ditscheiner (L.). Ann. Fhys. u. Chem., 129, 337.
ADDENDA.On liquids of high dispersive powers for prisms.Gibbs (Wolcott). Amer. Jour. Sci., vol. 4, 1870.Appareil destine a l'6tude des intensites lumineuses et chromatiques deacouleurs spectrales et de leurs melanges.Parinaud et Duboscq. Jour, de Phys., (2) 4 (1885), 271-3.Sur un nouvel appareil dit " hema-spectroscope."Thierry (M. de). Comptes Rendus, 100 (1885), 1244.Sur un nouveau spectroscope d'absorption.Thierry (3l. de). Comptes Rendus, 101, (1885), 811.Vermischte Mittheilungen, betrefFend Spectralapparate.Vogel (II. C). Z. Instrumentenkunde, 1, 19-22; Beiblatter, 5, 279(Abs.).Sur un nouveau spectroscope stellaire.Zenger (Ch. V.). Comptes Rendus, 101 (1885), 616.Sur un optometre spectroscopique.Zenger (Ch. V.). Comptes Rendus, 101 (1885), 1003.Spectroscope pour les hautes fourneaux et le precede Bessemer.Zenger (Ch. V.). Comptes Rendus, 101 (1885), 1005.
40 LITl.kAl I BE OF THE SPE< l RO& OPE.
SPECTRUM ANALYHs.
a, GENERAL.
< >n the production of coloured Bpectra by light.Abney fW. de \V. . Proc. 2939The production of monochromatic light, or a mixture of colours "ii :iBcreen.Abney (W. de W.). Phil. Mag., .20 L885), 172-174Mathematische Theorie der Spectraleracheinungen.Akin C. II . Bitzungsber. Wiener Akad., 53 I. 892; 53 II. 574Welchen Stoffen die Fraunhofer'achen Linien angehoren.AngstrOm A. .1 . Ann. Phys. u. Chem., 117, 296-802; 1'
. 19. 120.Spectra "t" non-metallic bodi< s.
• tr.pm and Thalen. Chei N 36 ~77 . ill.de quelqui dans lea melanges gazeux en •'•[iii-lilir.'.Berthelot el Richard Am Chim. el Phys., (4) 18, 191; Bull -chira. ruri>. 13. 1"'.'.Nouvelles remarquea but In nature dee elements «'liiini<^ue8.Berthelol C n pti - R< ndus, 77. 1847 52, L86T, I 'Certain Bpectra] images produced by :i rotating vacuum-tube.Shelford . Nature, 32Photochemical researcl • -. M I British ASpectralanalytiache Dntersuchungen.R Ann. Phys. u. Chem., 155 IM I 50. ii
;
Spectrum Ann nDntereuchungen fiber die optuchen baften von fein vertheilK.'iji.rn. 24
LITERATURE OF THE SPECTROSCOPE. 41Spectren der chemischen Eleraente und ihrer Verhindungen.Ciamician (G. L.). Sitzungsber. Wiener Akad., 76 II, 499; Ber.chem. Ges., 14, 1101a.Spectroskopische Untersuchungen.Ciamician (G. L.). Sitzungsber. Wiener Akad., 79 II, 8 ; Amer. Jour.Sci., 1, 301 ; Chem. News, 40, 285 ; 43, 211, 270.The spectroscope and evolution.Clarke (F. W.). Pop. Sci. Monthly, 2, 320.Lecture experiments in chemical analysis.Clemenshaw (E.). Nature, 31 (1885), 329; Phil. Mag., (5) 19 (1885),365-368; Jour. Chem. Soc, 48, 1035 (Abs.); note on the above,Chem. News, 51, 57, 139.Sur les raies spectrales spontanement renversables et l'analogie de leurslois de repartition et d'intensite avec celles des raies de l'hydrogene.Cornu (A.). Jour, de Phys., (2) 5 (1886), 93-100.Distinction between spectral lines of solar and terrestrial origin.Cornu (A.). Phil. Mag., (5) 22 (1887), 458-463; Jour. Chem. Soc,52, 313 (Abs.).Radiant matter spectroscopy and residual glow.Crookes (W.). Chem. News, 53 (1885), 75, 133 ; 54 (1886), 28, 40, 54,63, 75 ; 5£ (1887), 107, 119, 131 ; Ber. chem. Ges., 16, R. 1689a; notepar Damien (B. C), Jour, de Phys., (2) 4 (1885), 333.Genesis of the elements.Crookes (W.). Chem. News, 55 (1887), 83, 99.Production normale des trois systemes de franges des rayons rectilignes.Croullebois. Comptes Rendus, 92, 1009.Notice sur la constitution de l'univers. Premiere Partie, Analyse spec-trale.Delaunay. Ann. des Longitudes, 1869.Sur quelques procedes de spectroscopic pratique.Demarcay (Eug.). Comptes Rendus, 99 (1885), 1022, 1069-71.Loi de repartition des raies et des bandes ; analogie avec la loi de succes-sion de sons d'un corps solide.Deslandres. Comptes Rendus, 103 (1887), 972-976; Chem. News, 55(1887), 204 (Abs.).De spectral analyse. Academisch Proefschrift.Dibbits (H. C), Rotterdam, 1863, with plates.
42 III "i:i; a 1 1 i:i: OF I BE BPE( 1 B
opische vergelikingen, betrekking hebbende tot desamen-Btelling van verechillende lichtbronnen en hoofdzalijk tot den licht
« n kleurenzin.Donders. Pi
.
• lations.Draper 11. j. Galaxy, 1 ? 313.J d'analyse Bpectrale.Dubrunfaut. Bull. Soc. chim. Paris, n. .-. 13. 112; Comptee il.-ndus,70. 148.Chemical Changes produced by SunlightDuclaui (E.). Oomptes Rendus, 103 (1887), 881-J.Comparative Actions of Heal and Solar Radiation.Duclaui Compl Rendus, 104 (1887), 294-7.Recherches Bpectrographiques de la Bcource aormale <!<• lumiere el d<emjilni a la mesure photochimique <1<- la sensibility lumineuse.Eder (J. Bff.). Wiener, Anzeigen rte pur QriponJour, de Phy« 5 (1886), 241, and note by Abney W. de WChem. News, 49. .'.7. [Chiefly interesting to pholPosition 'lu foyer des rayons «1*' lumiejre monochromatique <|iii, issus d'unmeme point, ont traverse un prisme a vision fin
I.. - vibrations de la matiere et les nude- de L'6ther dans les combinauphotochimiques. odus, 86. 560 'Influence du i r les caracti n - d( - ligrjB£lm. A 9 (H52mmung des Brechungs-und Farbenzerstreuungs-Vermo rschie-den •i'ii. kscbr. d. k. Akad. d. Wise., M vM 1817, 4°.bung v.iii Sp< ctralfarben. \ i.iv f. Physiol.
.i L, 618-614 (Arum anal J P P R 12
LITERATURE OF THE SPECTROSCOPE. 43Spectre rotatoire.Govi (G.). Comptes Rendus, 91, 517.Note on the theoretical explanation of Fraunhofer's lines.Hartshorne (H.). Jour. Franklin Inst., 75, 38-43; 105, 38; LesMondes, 45, 517-522 ; Beiblatter, 2, 561.On the methods and recent progress of spectrum analysis.Herschel (A. S.). Chem. News, 19, 157.Die Fraunhofer'schen Liuien auf grossen Hohen dieselben wie in derEbne.Heusser (J. C). Ann. Phys. u. Chem., 91, 319.Der Gang der Lichtstrahlen durch ein Spectroskop.Hoorweg (J. L.). Ann. Phys. u. Chem., 154, 423.On the spectra of some of the chemical elements, with maps.Huggins (W.). Phil. Trans. (1884), 139; Proc. Royal Soc, 13, 43.Le prix Lalande decerne a M. Huggins.Comptes Rendus, 75, 1305.On some recent spectroscopic researches.Huggins (W.). Quar. Jour. Sci., April, 1869.Chemische Wirkung der verschiedenen Theile des Spectrums.Jahresber. d. Chemie. 1, 197, 221 ; 2, 156; 3, 154; 4, 152,201 ; 4, 152,201; 5, 124, 125, 126, 131, 211; 6, 167; 7, 137; 8, 123; 12, 643;13, 598; 14,27; (1870), 930; (1872), 146; (1873), 152; (1874), 152,958.Lecons sur l'analyse spectrale.Jamin. Jour, de Pharm., (3) 42, 9.Chemische Analyse durch Spectralbeobachtungen.Kirehhotf (G.) und Bunsen (R.). Ann. Phys. u. Chem., 110, 161-187 ;113, 337-379; Phil. Mag., (4) 20,89.Spectroscopic method for determining chemical action in solutions con-taining two or more colored salts.Kriiss (G.). Nature, 26, 568.Analyse spectrale simplified.Laborde (l'abhe). Comptes Rendus, 60, 53.On certain remarkable groups in the lower spectrum.Langley (S. P.). Proc. Amer. Acad., 14, 92.
1 1 LITERATURE OF THE SPE< "I'lNouTelle me'thode ipique.
. - r Comptes Rendua, 84, 1145-47 ; Beiblitter, 1, 471-2.
l; composition <]< la Iumiere -; • trale.itrade. L< - Blondes, 43Spectroscopic Not< 9, N iture, 6. 125; J. Franklin [nst., 93. U8
I; arquee Bur quelquea particularity observees dans des n-ilnrchesd'analyse Bpectrale.!, ., de Boisbaudran I F , Com] & ndus, 69. 1189; 76.1266; Jour. Ohem. Soc., (2) 11. 1267-12 - \Theorie dea Bpect]
I.. ibaudran (P.). Comptes Rendua, 82, 1264-12 Jour.Chem. Soc., 2 1876 . 170 A!-.).Note "ii " Spectroscopic Paj i
«, ]» and Dewar(J.). Proc. Royal Soc., 29, 166-168blatter, 4. 88 | AOn the identity of the spectral lines of different elements.Liveing G D and Dewar (J.). Pi 32blatter, 5, 741.
3l its in Spectrum AnaljLiv< ing (G. D ind D - J . Ige Phil. Soc., 319. 168-H lPreliminary note "ii the compound oature of the line Bpectra ofel< iary bodies.
I. .1 N r 24 t: Phil. Mi 2229-1 \ 'i. C'him. et Phj 25 10 Jahresber. d I14The Bpi 'ii ad it- applications.
I. -.in N 7, 126-41 8, 10,89, L04.
nt methods in - opy.
i \ \ . 33On a new method of spectrum observation.
I. • .1 \ Pi 30 N 41 34-19 4L3 \On the necessity I leparture in spectrum analysis.23 4 \
LITERATURE OF THE SPECTROSCOPE. 45Recomposition of the component colours of white light.Loudon (J.)- Phil. Mag., (5) 1, 170-171.Das Stokes'sche Gesetz.Lubarsch (0.). Ann. Phys. u. Chem., n. F. 9, 665.Recomposition de la luiniere spectral e.Luvini (J.). Les Mondes, 44, 97-99.Recherches sur la comparaison photometrique des scources diversementcolorees, et en particulier sur la comparaison des divers partiesd'une meme spectre.Mace de Lepinay (J.) et Nicati (W.). Bull. soc. franc, de Phys. (1883),11-23; Jour, de Phys., (2) 2, 04-76; Ann. Phys. u. Chem.,n. F. 22(1884), 567.Applications des spectres cannelees de Fizeau et Foucault.Mace de Lepinay (J.). Jour, de Phys., (2) 4 (1885), 261-271.The logical spectrum.Macfarlane (A.). Phil. Mag. (5) 19, 286. »Spectre chimique rendu visible avec ses raies cannelees.Matthiesen. Comptes Kendus, 16, 1281.Lectures on spectrum analysis, 1862.Miller (W. A.). Pharmaceutical Jour., (2) 3, 399; Chem. News, 5,201.Recent spectrum discoveries, 1863.Miller ("W. A.). Jour. Franklin Inst., 76, 29.Exeter Lecture, 1869.Miller (W. A.). Popular Sci. Rev., Oct., 1869.Beitrag zur Spectralanalyse.Mitscherlich (Alex.). Ann. Phys. u. Chem., 116, 499-50-1; Ann.Chim. et Phys., (3) 69, 169; Phil. Mag., (4) 28, 169.Sur l'analyse spectrale.Moigno (Fr.). Cosmos, 22, 23, 52, 75.Spectrum Analysis.Morton (II.). Jour. Franklin Inst., (3) 58, 56, 136.Die Spectren der chemischen Verbinduugen.Moser (J.). Ann. Phys. u. Chem., 160, 177-199; Phil. Mag., (5) 4,444-449 (Abs.); Nature, 16, 193-194 (Abs.).
LITERATURE OP THE BPJ >PE.
.in.' de Doe connaist ir le spectre.
- .1 ,.Sur 1 dea couleurs.M .utier (J.). Bull. Boc. Philom., (7) 7, 19-S . 19.672-
( »n certain Bpectral images produced by a rotating vacuum-tube.Bluirhead Dr. B< nry). Natun 32 (186
E*n -. nt state of spectrum analysis.ture, 22. 52Upon au optica] method for the measurement of high temperatuiNich E I. Aui.t. Jour. Sci., (8) 19. 42-49.Mutual attraction of spectral lines.Peirce (C. S.). Nature, 21. L08j B 4 278 (ADie Spectren der /memischen Verbindungen.cker. Ann. Phys. u. Chem., 105. 78.Spectrum Ana'r • l(i Contemporary Review, 11, 481Lettre relative a 1'analyse spectrale.mbeau. » 54,921.M6thode des Bpectrophors. 27 (1886), 444-448iminary Report of th< Committee appointed to construct and printCatalogues of Bpectral Rays arranged upon a Scale of Wave-numb i-.British ' Iand 1874.
1; irt of the Committee consisting of Professor Dewar, I>r. WilliaiDr. Marshall Watts, Captain Aim. v. Mr. Stoi P P. W. N.Hartley, P McLeod, Prof. Carey Foster, Pr ;. A. 1\. Hunt-ington, Prof. ] n Reynolds, Reinold, Prof Liveing,I. rd Rayleigh, Dr. Arthur Schuster, ami Mr. "NY. Chandler K"l>-ary , appointed t'"r the purpose of reporting uponir Knowli dg< i f Spectrum Ana'\ I
LITERATURE OF THE SPECTROSCOPE. 47Report of the Committee consisting of Professor Sir H. E. Roscoe, Mr.J. N. Lockyer, Professors Dewar, Wolcott Gibbs, Liveing, Schus-ter, and W. N. Hartley, Captain Abney, and Dr. Marshall Watts(Secretary), appointed for the purpose of preparing a new seriesof Wave-length Tables of the Spectra of the Elements. (Givesthe wave-lengths of the elements and of certain compounds, " sofar as they are known to the committee or have proved acces-sible.")Report of the British Association, (1884) 3.31-440, (1885) 288-322, (1886)167-204.Sur quelques phenomenes spectroscopiques singuliers.Iliccd (A.). Comptes Eendus, 102 (1886), 851-853.Secondary Spectra.Rood (O. N\). Amor. Jour. Sci., 106, 172.Spectrum Analysis.Roscoe (H. E.). Cornhill Mag., 6, 109.Lectures on Spectrum Analysis, delivered at the Royal Institution oiGreat Britain, 1861, 1862.Roscoe (H. E.). Chem. News, 4, 118; 5, 218, 261, 287.Six Lectures on Spectrum Analysis, delivered in 1868, before the Societyof Apothecaries of London.Roscoe (H. E.). London, 1869 (published in book form by Macmillan).Address to the Chemical Section of the British Association ; Remarks onthe Spectroscope and Spectrum Analysis.Roscoe (Prof. Sir H. E.). Rept. British Assoc. (1884), 664.Principles of spectrum analysis.Rowney (T.). Jour. Franklin Inst., 75, 31.Recherches spectroscopiques.Salet (G.). Bull. Soc. chim. Paris, n. s. 16, 195.Teachings of modern spectroscopy.Schuster (A.). Popular Science Monthly, 19, 468.Resume des resultats de l'analyse spectrale.Secchi (A.). N. Arch. Phil. Nat., 23, 145.Beitrag zur chemischen Analyse durch Spectralbeobachtungen.Simmler (R. Th.). Ann. Phys. u. Chem., 115, 242, 425.Madeira spectroscopic.Smyth (C. Piazzi), Edinburgh, 1881-1882 (book).
LITERATURE OP THE BPJ >PE.Hung ubereinstiiniiieiultr AiiLral)<-'n.Ann. Phys. u. Cbem., 122, 167.The Janssen-Lockyer Method of Spectrum Analysis.B Natur . 7, 801 802, 881-882.Spectrum Analysis.Btewart | B.). Nature, 21On a simple mode of eliminating errors of adjustment in delicate observa-tions "t" compared Bpectra.Stokes (G. G.). Proc. Royal Soc, 31,470 178; Beiblatter, 5
( )n a remarkable phenomenon of crystalline reflection.St..s. Nature, 31On a method "t' destroying the effects <>t" Blight errors of adjustment in
. :•. riiiiciit- "f cliaiiLf <»f nt'raiiLr itiilit> due to relative motions inthe line of sight.St.. i • i: .i Pi B ; il - , 31. 881.Bur la recomposition <lr la lumiere blanche avec I'aide des couleurs dutre.
I mpt - K- adufl, 103 ! -Prismatic Spectra.ii Fox). Phil. M i 9 ;- 8), 3.Notices Bpectroscopiqu< s.
. i P i mptes Rendus, 91, 887 ; Beiblatter, 5, 44 AU.).Eine neue Methode fur spectralanalytische Ontersuchungen.Timiriasi lj-8. chira. russe, Mar. 27, 1872 B G 5.J ir. Chem. Soc, 2 10. [11 \
Eine Lichteinh* it.
1 in modifying Bpectra.lull (J N . 7 - t
I Beziehungen zwischen Lichtabsorption und Chemismua
I \ M JO-88; P6
LITERATURE OF THE SPECTROSCOPE. 49Ueber einige Farbenwahrnehmungen und iiber Ph.otograpb.ie in natur-lichen Farben.Vogel (H. TV.). Ann. Phys. u. Chem., (2) 28 (1886), 130-135; Jour.Chem. Soc, 50 (1886), 749 (Abs.).General methods of observing and mapping spectra.Watts (TV. Marshall). Rept. British Ass. (1881), 317.On a means to determine the pressure at the surface of the Sun and stars,and some spectroscopic remarks.Wiedemann (E.). Phil. Mag., (5) 10, 123-125; Proc. Phys. Soc, 4,31-34.Darstellung eines Spectrums mit einer Fraunhofer'schen Linie.Wiillner (A.). Ann. Phys. u. Chem., 135, 174.Spectroscopic Notes.Young (C. A.). Nature, 2, 338; 3, 110; 5, 85-88; Phil. Mag., (5)16, 460-463; Beiblatter, 8, 221 (Abs.); Amer. Jour. Sci., (3)26,333-336; Jour. Franklin Inst., 60, 331-340; 88, 416; 90, 64, 331 ;92, 348 ; 94, 349 ; Chem. News, 22, 218.Ueber eine neue spectrometrische Methode.Zenger (K. W.). Sitzungsber. Prager Ges. (1877), 20-40; Beiblatter,3, 187-188 (Abs.).
b, QUALITATIVE ANALYSIS.On the use of the prism in qualitative analysis.Gladstone (J. H.). Jour. Chem. Soc., 10 (1858), 79.On a definite method of qualitative analysis of animal and vegetable col-ouring-matters by means of the spectrum microscope.Sorby (H. C). Proc. Royal Soc, 15, 433.
C, QUANTITATIVE ANALYSIS.Ueber quantitative Bestimmung des Lithiums mit dem Spectral-Apparat.Ballmann (H.). Z. analyt. Chem., 14, 297-301; Jour. Chem. Soc, 2(1876), 550 (Abs.).De la spectrometrie.Champion (P.), Pellet (H.), et Grenier (M.). Comptes Rcndus, 76,707-711 ; Jour. Chem. Soc, (2) 11, 934 (Abs.).Note par M. J. Janssen. Comptes Rendus, 76, 711-713; Jour. Chem.Soc, (2) 11, 1258 (Abs.).Use of the spectroscope in quantitative analysis.Gibbs (Wolcott). Proc. Amer. Acad., 10, 401, 417.4 T
50 LITERATURE OF THE BPECTR08COPE.De la loi d'absorption des radiations de tout
( t de .-"ii emploi dans ('analyse Bpectrale quantitative.
• i] • - Rendus, 85. 1046- 1049, IWO 1108; Phil. Mag.,5 .- Jour. Chem. Soc., 34, 190-191 [A r, 2,
Researi-lic- on Bpectrum photography in relation to dot methods of quan-titative chemical analysis.Hartley (W. ST.). Proc. Royal Soc., 34. 81-84 ; Bar. i hem. <: -.. 15.2924-6 (Abs.); Jour. Chem. Soc., 44 268 I [A ,7,109 110 (Abs. : /.. analyt. Chem., 22175 1884 . i I 62.The same, continued. P I Soc., 36, 421-2 j Chem. Newt*, 49,128 Lbs.); B( il latt< r 70fi IUebcr quantitative Analyse durch Bpectrall bachtung.
II nnig i R. . Ann. Phys. u. Chem., 149. 84 •- 15 I : J< ur. Chen12 1 16 ADebet quantitative Bpectralbeobachtung.Bufni r G. |. Jour, prakt Chem., (2) 16. 290.Quantitative Spectral analyse.Jahresber. d. Chemie, (1872) 873, (1878) 147. 17:;. (1875) 901.Analyse spectrale quantitative.Janssen (J.). Comptes Rendus, 71, BSZur quantitativen Spectralanal]Krusa ill.). Curl- Report, analyt Chem., 2. 17-22.Quantitative SpectralanaljKm- II Ber. chem. Gea., 18, 988-6 ; Jour. CI 48(1886),
•)•Quantitative Bpectroscopic experiments.LiTeing (G. D.) and Dewar (J.). Proc. Royal Soc., 29 i-.4 Aba.).Quantitative analysis of certain alloys by means of the -per .1 N | Pi B ; .: So . 21 507 3; Phil. Trans., 1641874), 4 I Phil. Hag I 47. 811 812 | A> -. ; Bit. Chem. S i 12 IQuantitative Spectralanalyse, imfcesondere m derjenigen del Blfktee.rdan (C. v.). Ban chem. Gee., 13 1880), 189; Z |Chem., 4.Qoantitative Bestimmung von Farbstoffen durch den BpectralapparatPrayer W. [. B • - G ft, 404
LITERATURE OF THE SPECTROSCOPE. 51Analyse quantitative de la luniiere blanche.Pvood (O. N.). Les Mondes, 48, 610-611.Emploi du spectroscope pour la determination quantitative des matierescolorantes.Schiff (H.). Bull. Soc. chim. Paris, n. s. 16, 97.Beitriige zur quantitativen Spectralanalyse.Settegast (H.). Ann. Phys. u. Chem., n. P. 7, 242-271 ; Jour. Chem.Soc, 36, 828-9 (Abs.).Quantitative Bestimmung von Farbstoffen durch den Spectralapparat.Vierordt (K.). Ber. cbem. Ges., 4, 327, 457, 519.Zur quantitativen Spectralanalyse.Vierordt (K.). Ber. chem. Ges., 5, 34-38; Ann. Phys. u. Chem., n.F. 3, 357.Die Anwendung des Spectralapparates zur Photometrie der Absorptions-spectren und zur quantitativen chemischen Analyse.Vierordt (Dr. Karl). Tubingen, 1873, 8°.Die Anwendung der quantitativen Spectralanalyse bei den Titrirmeth-oden.Vierordt (K.). Ann. Phys. u. Chem., 177, 31-45; Amer. Jour. Sci.,(3) 10, 216-7 (Abs.).Beschreibung einiger quantitativen Spectralanalyse.Wolff (C. H.). Ber. chem. Ges., 12, 128 ; Z. analyt. Chem., 18, 38-49.Anwendung eines Spectrophotometers zur quantitativen Spectralanalyse.(Von Lahn). Ber. d. naturforsch. Ges. in Leipzig, 5, 1-4.
52 LITERATURE OB THE BPBCTB06C0PE.
ABSORPTION SPECTRA.On tin- photographic method of registering absorption spectra, and itsapplication to solar physics.Abney fW. de W.). Proc. Pi,;.-. Soc., 3. Sri 5)7,818-816; Beiblatter, 3, 621.Photographic records of absorption spectra.\V. de W.). Chem. News, 39 1 1879), L82.Absorption Bpectra of organic bodies.and Festing (Col.). Chem. News, 43 (1881), 126.Al».-<Tption-spectra thermograms.Abney | W. de W ting (R.). Pro . Royal Soc., 38 11Jour. Chem. Soc., 48 (1886), 117.') (Abe.).Transverse absorption of lightAcknn-d (W.). Chem. New*, 36, 159-161.Selective absorption of light
-.1 \v. Proc. Physical Soc, 2, llo_iig : Phil. Hag., 5)2,428 i B blatter, 1. 860-2 (Abs.).
-ii the absorption of sea-water.Aitkcn (J.l. I'- i: yal Soc. Edinburgh, 11, •::'.:: BeibUtter, 7 72
Theory of absorption bands in the Bpectrum, and its bearing in photo-graphy and chemistry.Lmory (Dr. Robert), r. Acad., 13, 216.
rMiiv^irs absorbents d< pour la chaleur ; analyse Bpectroscopique.
I I • - i: adus, 83. 971.Snr les variations <\v- ipectres d'absorption, el des spectres demission parphosphorescence d'un meme corps. L02 106-110.Sur les lois d<- I'absorption de la lumiere duns les cristauz «t surmeihode qouv< lie permettant de distinguer dans un crista!tain.- bands d'absorption appartenant ft des e..r|>« dif&rents.B I L03
LITERATURE OF THE SPECTROSCOPE. 53Absorption spectrum of nitrogen peroxide.Bell (L.). Amer. Chem. Jour., 7, 32-34 ; Jour. Chem. Soc, 48 (1885),949 (Abs.).A new form of absorption cell.Bostwick. Amer. Jour. Sci., (3) 30, 452.Ueber das Absorptionsspectruin des iibermangansauren Kalis und seineBenutzung bei chemisch-analytischen Arbeiten.Briicke (E.). Chemisches Centralblatt, (3) 8 (1877), 139-143 ; Jour.Chem. Soc, 34, 242-243 (Abs.).Das Absorptionsspectrum des Didyms.Biihrig (H.). Jour, prakt. Chem., (2) 12, 209-215; Amer. Jour. Sci.,(3) 11, 142 (Abs.).Sur les spectres d'absorption de l'ozone et de l'acide pernitrique.Chappuis (J.). Comptes Rendus, 94, 946-948 ; Jour. Chem. Soc., 42,1017 (Abs.); Beiblatter, 6, 483 (Abs.); Amer. Jour. Sci., (3) 24, 58-59 (Abs.).Ueber die Veriinderlichkeit der Lage der Absorptionsstreifen.Claes (F.). Ann. Phys. u. Chem., n. F. 3, 389-414.Sur la loi de repartition suivant l'altitude de la substance absorbant dansl'atmosphere ; les radiations solaires ultra-violettes.Cornu (A.). Comptes Rendus, 90, 940-940; Beiblatter, 4, 727.Sur l'observation comparative des raies telluriques et metalliques commemoyen d'evaleur les pouvoirs absorbants de l'atmosphere.Cornu (A.). Soc. franc, de Phys. (1882), 241-247; Jour, de Phys., (2)2, 58-G3; Z. Instrumenten., 3, 290 (Abs.).Sur l'intensite calorifique de la radiation solaire et son absorption parl'atmosphere terrestre.Crova (A.). Comptes Rendus, 81, 1205-1207.
Effect of various dyes on the behavior of silver bromide towards the solarspectrum; connection between absorption and photographic sensi-tiveness.Eder (J. M.). Monatsschr. f. Chemie, 6, 927-953; Jour. Chem. Soc,50, 405 (Abs.).Connection between absorption and photographic sensitiveness.Eder (J. M.). Monatschr. f. Chemie, 7, 331-350; Jour. Chem. Soc,50 (188G), 958 (Abs.).
6 1 LITERAl DRB OF TH] »PE.
Balpeteraaure Nickellosung ale Abeorptionspaparat.EEmsmaim B \ i • . I' ' , E band 6 (1874 .
; 46, 829-880; 12 118.
- raiea d'abaorption produitea danaacidea hypoazotiquesj hypochloriquea el chloreux.tea B .74 ., (2)10 ; Ber. chem. Ge*., 5. 218 LI\ • -nr le pr&tendu Bpectre d'abaorption Bpecial de I'acide azoteuz.Bull. S P DO., (7) 5, 42.Buries apectrea d'abaorption dea vapeura de B&enium, de protochlorureit de bromure de B£16nium, de tellure, «!• protochloruibroznure de tellure, protobromure d'iode et d'alizarine,D . Comptes Rendus, 74, 1190-1192 ; Jour. Chem. So10 j; Phil. Mag., I 43. 178 176; Amer. Jour. 54Sur les spectres d'abaorption de quelquea matierea colorantea.Gira I t Pahst Com] is, 101 (1885), 157-160; Jour.Chei E 40 • Aha.).Ueber den Einfiuaa der Dichtigkeit einea Corpora auf die Menge dee vonili iii abeorbirten Lichtes.Glan (P.). Ann. Pin-, u. Chem., a. F. 3Sur hi mesure de 1'intensiU dee raits d'abaorption el dea raiea obscuree ductre solaire.
«, I Qdua, 89. l".. l ; Beiblatter, 4On the action of heal on the absorption Bpectra and chemical constitutionof saline solul iBartlej W. N |. Pr c. Royal Efc . 23. 17
- M i) 1. 244 .On the absorption Bpectrum of ozone.
'.\ S Jour. < 39 7 60 B - i h< m G 14.672 .5On the absorption of solar rays by atmospheric ozone. Part I.
II nil) y i W. H - 39. 111-128 !'• - chem14 10 \Researclns on the relation between the molecular structure of cacompounds and their absorption Bpectra,j W \ 30 168 ; 41,46-49 47767 : 51 6 ' 32
LITERATURE OP THE SPECTROSCOPE. 55Die Oxydationsproducte der Gallenfarbstoffe und ihre Absorptionsstreifen.Heynsius (A.) und Campbell (G. F.). Archiv. f. Physiol., 4, 497-547 ;Jour. Chem. Soc, (2) 10, 307-308 (Abs.).Absorptionsspectra.Jahresber. d. Chemie (1875), 124.Photometrie des Absorptionsspectrums der Blutkorperchen.Jessen (E.). Zeitschr. f. Biologie, 17, 251-272; Ber. chem. Ges., 15,952 (Abs.).On the absorption of radiant heat by carbon dioxide.Keeler (J. E.). Amer. Jour. Sci., (3) 28, 190-198; Nature, 31, 40.Zusammenhang zwischen Absorption und Dispersion.Ketteler (E.). Ann. Phys. u. Chem., 160, 478. ,Notiz, betreffend die Dispersionscurve der Mittel mit mehr als einemAbsorptionsstreifen.Ketteler (E.). Ann. Phys. u. Chem., n. F. 1, 340-351.Experimentaluntersuchung fiber den Zusammenhang zwischen Refractionund Absorption des Lichtes.Ketteler (E.). Ann. Phys. u. Chem., n. F. 12, 481-519.Ueber den Zusammenhang zwischen Emission und Absorption von Lichtund \Varme.Kirchhoff (G.). Monatsber. d. Berliner Akad., 27 Oct., 1859; Phil.Mag., (4) 19, 163.(This contains the statement of the Law of Exchanges, and the firstannouncement of the discovery of the cause of Fraunhofer's lines.Roscoe.)Ueber das Verhiiltniss zwischen dem Emissionsvermogen und demAbsorptionsvermogen der Korper fiir Warme und Licht.Kirchhoif (G.). Ann. Phys. u. Chem., 109, 275, 299; Phil. Mag.,(4) 20, 1.(This paper contains a discussion of the Mathematical Theory of theLaw of Exchanges, and is followed by a postscript on the history ofthe subject.
—
Roscoe.)Beziehungen zwischen der Zusammensetzung und den Absorptionsspectrenorganischer Verbindungen.Kriiss (J.) und Oecomenides (S.). Ber. chem. Ges., 16, 2051-5G ; 181420-33; Jour. Chem. Soc, 44, 1041-2 (Abs.); 48, 949; Beibliitter,'7, 897-9 (Abs.).Ueber das Absorptionsspectrum der fliissigen Untersalpetersiiure.Kundt (A.). Ann. Phys. u. Chem., 141, 157-159; Jour. Chem. Soc,(2) 9, 185 (Abs.); Z. analyt. Chem., (2) 7, 64 (Abs.).
56 LITERATURE OF THE BPEC1 ROS4 OPE.
i ;• ihuiifron /.uisclun der Dispersion and Absorption delLidKuij.lt (A Ann. Phys. u. Ohem., Jubelband, 616 ID< ber den Binfluss d( a Ldeungsmittels auf die Absorptionss))absorbirenden Bfedien.Kundl A Sitzungsber. d. Miinchener Akad. I
... i.. F. 4 iDie Absorptionsstreifen in Prismen von Schwefelkohlenstoff, Flintyund Steinsalz entsprechend.Lamansk] [8 a i. < 146Zur Kenntniss der Absorptionsspectra.Landauer J , Ber G 11, 1772-1776; 14Ohem. s ..-., 36. 101 Abs.); 40, 691 \ Beiblatter, 3(Abs. ; 5. in i Al
selective absorption of solar en< rLangley (8 P - 2 5Chem.,n. F. 19, 226-244, 884-400; Phil Mag 5)15r 5 29 197 542; '/.. Inatrumentenkund 427 Jour, de Phya , 2 2 871 174 (A Franklin
1 | . 88. 167-8 \Note "ii the above by Koyl 'II .1 bns Qopkii 2
1 16 6j Phil. M 16 17-818; Beiblatt 7On the amounl of atmospheric absorption.y (8. P ir. s.i.. (8 20 -10 "7: Jour I 28Absorption dunkler Warmestrahlen 'lurch Gasen und Darapfen.1.8211
. Jan . 1881 ; Ami r. Jou - 21
rdie Absorption der Sonnenstrahlung durcb die Kohl< assure untA • Loephare.
I. 3itzungber. .1 W 83 II, 851-
r Ausstrahlung and Absorption.
.\ ; . 05 1 1Phj I 17,41 - \
l r di< ^.enderung der Absorptionsspectra ein ••!•'Belli. .!• ii. ii 1 mitteln.
1 Q 11, 1146-1161 ; J34 3
LITERATURE OF THE SPECTROSCOPE. 57On the absorption of great thicknesses of metallic and metalloidal vapours.Note 1, of Spectroscopic Notes.Lockyer (J. N.). Proc. Royal Soc, 22, 371.On a new class of absorption phenomena.Lockyer (J. N.). Proc. Royal Soc, 22, 378.On the absorption spectra of metals volatilized by the oxyhydrogen flame.Lockyer (J. N.) and Roberts (W. C). Proc. Royal Soc, 23, 344-349
;
Phil. Mag., (5) 1, 234-239; Jour. Chera. Soc, 2 (187G), 156 (Abs.).Emploi de la gelatine pour montrer l'absorption dans le spectre.Lommel (E.). Ann. Chim. et Pbys., (4) 26, 279.Theorie der Absorption und Fluorescenz.Lommel (E.). Ann. Pbys. u. Cbem., n. F. 3, 251-283.Sur la theorie de l'absorptioh atmospherique de la radiation solaire.Maurer (J.). Archives de Geneve, (3) 9, 374-391.Absorption des Lichtes durch gefiirbten Fliissigkeiten.Melde (F.). Ann. Pbys. u. Chem., 124, 91 ; 126, 264.Absorption spectra of brucine, morphine, strychnine, veratrine and san-tonine in concentrated acids.Meyer (A.). Archives Pharmaceutical Soc, (3) 13, 413-416; Jour.Chem. Soc, 36, 269.Absorption spectra of anthrapurpurin.
.Perkin (W. H.). Jour. Chem. Soc, (2) 11, 433.New way of observing absorption spectra.Phipson (T. L.). Chem. News, 31 (1875), 255.M. Chautard's classification of the absorption band of chlorophyll.Pocklington (H.). Pharmaceutical Trans., (3) 4, 61-63.Ueber die Absorptionsspectra der Chlorophyllfarbstoffe.Pringsheim. Monatsber. d. Berliner Akad. (1874), 628-659.Photometrische Untersuchungen fiber die Absorption des Lichtes in iso-tropen und anisotropen Medien.Pulfrich (C). Ann. Phys. u. Chem., n. F. 14, 177-218; Amer. Jour.Sci., (3) 23, 50 (Abs.); Jour, de Phys., (2) 1, 285-286.On the absorption bands in the visible spectrum j^roduced by certaincolourless liquids.Russell (W. J.) and Lapraik (W.)". Jour. Chem. Soc, 39 (1881), 168-173 ; Nature, 22, 368-70; Beiblatter, 5, 44-45; Amer. Jour. Sci., (3)21, 500-501 (Abs.).
58 LITERATURE OP THE BPBCTBOSCOPE.Sur le spectre d'abaorption de la vapeur du Boufre.C oapt( - & odus, 74 a. Boc., (2 10,
Ueber die A.bsorptionsstreifen dee Blattgriins.
!. . Ann. Phys. u. Chem., 145. 166 167; A Gen(2 43 .Ueber die Absorption dee Lichtea durch Flussigkeifc d.Bchonn ^.J. L.). Ann. Phys. u. Chem., n. F. 6. 267-270.
:• die Absorption des Lichtea durch Waaser, Steinol, Ajnmoniak,Alcohol und < rlycerin.
,nu (.!. L.). Ann. Thy-, a. Chem., Erganzungsband 8Jour. Chem. Boc., 34Ueber die Lichtempfindlichkeit der Bilberhaloidaalze und den Zuaammen-hang von optiecher und chemischer ESichtabaorption.Bchulz-Sellack (('. |. Ann. Phys. u. Chem., 143. 161-171 ; Ber. chem.(, - . 4. 210 211 (Ahs.); Jour. Chem. Boc., 2 9. 102 08 aft]Sur Lee Bpectres d'abaorption ultra-violets des difiSrenta liquides.A i, , v. (2) 60. 298-800; 2(Abe.), H(i 111 IRecherches sur L'abaorption des rayons ultra-violets par diverseeBtances; Bpectres d'abaorption des terree de la gadolinite et dudidyme. de Geneve, (2] 63. 89 112; Comptee \l adus.86,1062 L064 , Beiblatter, 3. 19(Sur lee spectres d'abaorption du didyme et de quelques autres subets
i xtrait.- <]« la Bamarskite.
.11. < i; end us, 88. 422 12 LRecherches Bur 1'absorption des rayons ultra-violets par diversee sub-
: uouvelle etude des Bpectres d'abaorption dee m&aux ler-reaux.
.1 I. Arch, de G •* S126 \Absorption d< iltra-violeta,
• .1 I. Q 4 H. A.
:r l'abaorption d< ultra-violets par diveraee sub-Btan Arch.de< 10
LITERATURE OF THE SPECTROSCOPE. . 59Spectre d'absorptiun du saug dans la partie violette et ultra-violette.Soret (J. L.). Comptes Kendus, 97, 12G9-70; Jour. Chem. Soc, 46,381.Absorption der unsichtbaren Strahlen durch Alkalien, Glukoside, u. s. w.Stokes (G. G.). Ann. Phys. u. Chem., 123, 43.Ueber eine Methode zur Untersuchung der Absorption des Lichtes durchgeftirbte Losungen.Tumlirz (O.). Wiener Anzeigen (1882), 165-6; Beiblatter, 7, 895-6;Chem. News, 49, 201.Observations of absorbing vapours upon the Sun.Trouvelot (E. L.). Monthly Notices Astronom. Soc, 39, 374.Die graphische Darstellung der Absorptionsspectren.
.Vierordt (K.). Ann. Phys. u. Chem., 151, 119-124.Ueber die Absorption der chemisch wirksamen Strahlen in der Atmos-phere der Sonne.Vogel (H. C). Ber. d. Sachs. Ges. d. Wiss., 24, 135-141 ; Ann. Phys.u. Chem., 148, 161-168; Phil. Mag., (4) 45, 345-350; Jour. Chem.Soc, (2) 11, 712 (Abs.).Note on this by A. Schuster in Phil. Mag., (4) 45, 350.Ueber die Beziehung zwischen chemischer Wirkung des Sonnenspektrums,der Absorption und anoinalen Dispersion.Vogel (H.). Ber. chem. Ges., 7, 976-979; Jour. Chem. Soc, (2) 12,1121-1122.Ueber die Beziehungen zwischen Lichtabsorption und Chemisnius.Vogel (H.). Monatsber. d. Berliner Akad. (1875), 82-83.Spectral-photometrische Untersuchungen insbesondere zur Bestimmungder Absorption der die Sonne umgebeuden Gashiille.Vogel (H. C). Monatsber. d. Berliner Akad. (1877), 104-142.Absorptionsspectrum des Granats und Rubins.Vogel (H. W.). Ber. chem. Ges., 10 (1877), 373.Untersuchungen uber Absorptionsspectra.Vogel (H. W.). Monatsber. d. Berliner Akad. (1878), 409-431.Ueber Verschiedenheit der Absorptionsspectra eines und desselben Stofls.Vogel (H. W.). Ber. chem. Ges., 11, 913-920, 1363-71 ; Jour. Chem.Soc, 36, 189 (Abs.); Beiblatter, 2, 699-702 (Abs.); note on the aboveby J. Moser. Ber. chem. Ges., 11, 1416 and 1562; Bull. Soc. chim.Paris, n. Ber., 32 (1879), 52.
60 LITERATURE OP THE SPECTROSCOPE.Ueber den Zusammenhang zwischen dem Absorptionsspectram und dersibilisiri snden Wirkung vnii FarbstofFen.V II w Ann. Chem., 2 26. 627-80.
p die Absorption and Brechung des Lichtee in metallisch undurch-sichtigen Edrpern.\\ '. i. Monatsber. d. I; . id. (1874 Ann.Phya. u. Chem., 155. 87-95.Ontersuchungen fiber die bei der Beugung des Lichtee auftretendenA 1 1- .rjn ii >iisiT<c-lu'iimn j-i n.Wi.Ti (Willy). Ann. Phya. u. Chi on., 2 28 L8J ,117Einige neuen Absorptionsspectren.R l ll . Carf's Repert., 2,56-58; Z. analyt. Chem., 22,Chem. News, 47. 178 AlUeber die Absorptionsspectren verschiedener [Jltramarinsorten.Wunder J Bi r. chem. Ges., 9. 2 16 299 \ i it. < 1(1876), B64-5.Bemerkungen, von It. Hoffmann. Bei I 9,494(For the absorption spectra of particular Bubstancea look under tsubstances.)
LITERATURE OF THE SPECTROSCOPE. 61
ALCALIES AND ALCALOIDS.Nachweis der Spectralanalyse der Alcalien.Belohoubek. Jour, prackt. Cheni., 99, 235.Absorption spectra of the alcaloids.Hartley (W. N.). Chem. News, 51 (1885), 135; Phil. Trans. (1885),Part II, 9; Proc. Royal Soe., 38, 1-4 and 191-193; Jour. Chem.Soc, 48 (1885), 1174 (Abs.).Spectralreactionen der Alcaloide.Hock (C). Ber. chem. Ges., 14 (1881), 2844& (Abs.); Arch. f. Pharm.,19, 358-9 ; Comptes Rendus, 93, 849-51 ; Jour. Chem. Soc, 42, 349(Abs.); Beibliitter, 6, 232 (Abs.).Spectra der Alkalien.Kirchhoffund Bunsen. Jour, prakt. Chem., 80, 449.Zur Lehre von den Fiiulnissalkaloiden.Poehl (A.). Ber. chem. Ges., 16, 1975-1988.Absorptionsspectra der Alkalichromate und der Chromsiiure.Sabatier (P.). Beibliitter, 11 (1887), 223.Absorption der unsichtbaren Strahlen durch Alkaloide, Glukoside, u. s. w.Stokes (G. G.). Ann. Phys. u. Chem., 123, 43.Ueber die Lichternpfindlichkeit der Silberhaloidsalze unter alkalischerEntwickelung.Vogel (H.). Ber. chem. Ges., 6, 88-92.Spectra der Alkalien.Wolf und Diacon. Jour, prakt. Chem., 88, 67.
02 LITERATI RE OP THE SI >PE.
ALUMINIUM.Phosphorescence de l'alumine.lUerel(E.). I tea Rendua, 103 (1888), 1224; 104(1887er. Jour. Sri., (8) 33. 80S A1 . Jour, Chem. Soc, 52ffewa, 55(1881Aluminium spark spectrum, photographedCapron (J. R.). Photographed Spectra, London, \<~. p. 19, 40, it.Renverseruent dee raies spectrales de 1'aluminium.Cornu (A.). Comptea Rendus, 73, 332.Determination dee longueurs d'onde dee radiations tree-rerrangiblee deraluminium, etc.Cornu (A.). Jour, de Phya., 10. 42.3-4:)l ; Arch, do Gen.-.. 2119-126; Beiblatter, 4, 84-85 (Aba.).Crimson line of phosphorescent alumina.CrookeafW.). Proc. Royal Soc., 42 (1887), 26 0; Nature, 39 1887;;i.i; Amer.Jour.a , 33 104 \ • >; Ohem. News, 55Action des fluorures sur l'alumine.Premy et Verneuil. Comptes Rendus, 103 (1887), 7 18-40.Speci6c refraction and dispersion of the alumsiGladstone (J. B.). Phil. Mag., 20. 162 L68; Jour. Ohem. - ..50 \Bpectre continu <1<' L'alumine.Qouy. ('"nil - 06 B78Distribution of heat in the spectra of various scourcesof radiation; whiteoxide of aluminium, eta
.i ,. pea (W. W l'r a- i a.cad., 14. 142.Spectrum von Aluminium.Jahreaber. d. Choi: 1 r,Aluminium m.'talli'pit'. .'tincrllr.
I. j de toiabaudrao (P.) Lumincux, Taris, 1874, p. 102,planche X V.
LITERATURE OF THE SPECTROSCOPE. G3Sur la fluorescence rouge de Falumine.Lecoq de Boisbaudran (F.). Comptes Eendus, 103, 478-482, 554-556,1107; 104, 330-3:34; Jour. Chem. Soc, 52 (1887), 191, 409 (Abs.).Kemarques par M. Edm. Becquerel. Comptes Eendus, 104, 334-36 et824-26.Phosphorescence de Falurnine.Lecoq de Boisbaudran (F.). Comptes Kendus, 103 (1887), 1224-1227
;
Jour. Chem. Soc, 52 (1887), 191 (Abs.).Indice du quartz pour les raies de Falumine.Sarasin (Ed.). Comptes Kendus, 85, 1230.Spectre de Faluminium dans Fare volta'ique.Secchi (A.). Comptes Kendus, 77, 173.Indices de refraction des aluns.Soret (C). Comptes Rendus, 101, 156-157; Jour. Chem. Soc, 48(1885), 1097 (Abs.).Reaction tres-sensible de Falumine.Vogel (H. W.). Bull. Soc. chim. Paris, n. ser. 28, 475-8.
64 LITERATURE "1 THE SPECTROSCOPE.
ANTIMONY.Antimony Spark Spectrum.apron's Photographed S] ti .. I. i n, 1877, p. 19, 34.L'antimoine n'a donne" aucune apparence <le renversement.\ Comptea Rendus, 73. 882.Protochlorure d'antimoine, en solution, gtincelle.Leooq do Boishaudran. E imineux, Paris, 1m74, p. 150, plancho23.Spectrum of antimony at elevated temperatures.Lockyer (J. N.). Chemica] News, 30, 98.
LITERATURE OF THE SPECTROSCOPE. 65
ARSENIC.Arsenic spark spectrum, photographed.Capron's Photographed Spectra, London, 1877, p. 18.Spectrum of arsenic.Huntington (0. W.). Proc. Amcr. Akad., (2) 9, 35-38; Amer. Jour.Sci., (3) 22, 214-217 ; Beiblatter, 5, 868 (Abs.).The spectrum of arsenic at elevated temperatures.Lockyer (J. N.). Chem. News, 30, 98.Sur l'origine de l'ars6nic et de la lithine dans les eaux sulfatees calciquesSchlagdenhauffen. Jour. dePharm., (5) 6, 457-4G3 ; Jour. Chem. Soc,44, 302 (Abs.).
b r
LITERATURE OF l BE BPECTR08COPB.
ASTRONOMICAL.
a, GENERAL.Spectroscopic Researches.D Arrest Nature, 17. 811.Notes on some recent astronomical experiments at high elevations on theAnd. \s.Copeland (B.). Nature, 28, 606 ; Beiblatter, 8, 220-221 ASpectroscopic observations made at the Karl of Crawford's oba rvalDun Echt.Copeland (R.). Monthly Notices Aatronom. Boc, 45. 90.Recherches spectroscopiques sur (pjelques etoiles non encore e*tudiCruls (L.). Comptes Kendu-, 91, *--•.- 7 ; Beiblatter, 5, 130-1.[ntorno alle strie degli Btellari.DoiiHti. 11 nuovo Cimento, 15, 292.Rapport sur un int'inoire et plusieurs n-.ti-s de M. .Ian.— n eoiir.rnantl'analyse prismatique de la Lamiere solaire et de celle de quelStoiles.Fizeau. Comptes Bendus, 58, 795.Recherches sur les spectres des gaz dans leur rapports avec la constitutiondu Boleil, des Stoiles el dee neouleuses.
I. ( >mptes Bendus, 68, 1619.physical observations made during the year 1882 at the Il.n'nyObservatory, Hungary.Qothard (E. von U nthlj N I • Astronomical Sot 43 120 124Biath.-naturwiss. Ber. aus Ungarn, 1, 201Bpectroscopic observations at the Royal Observatory, Greenwich.Christie \V II. M.). Nature, 28. ; 9; 30 i IDitto. Airy (O. B Hoot '• tloe Astronom. Boc, 36, *JT-:J7 ; 37,22-itter, 11. 2 \
]'.. itrage tax Qntonuchung der Bternbewegungen und der Liehtbewegungdurch Bpectral-Messungen.Homann (Hans), Inaugural • Lin, 1885 ; Beiblitter, 11 (1887),
1 16.
LITERATURE OF THE SPECTROSCOPE. G7Spectrum analysis applied to the heavenly bodies.Huggins (W.)> Kept- British Assoc, I860; do., 18G8 ; Ghent. News,19, 187.Spectra of some of the fixed stars. [The first complete and accurate in-vestigation of the stellar spectra.
—
Roscoe.~\Huggins (W.) and Miller (W. A.). Phil. Trans. (1864), 413; Phil.Mag., June, 1866; Proc. Koyal Soc, 12, 444; 13, 242.Lecture on the physical and chemical constitution of the fixed stars andnebula;.Huggins (W.). Chem. News, 11, 270.Further observations of the Sun and of some of the stars and nebulse
;
with an attempt to discover therefrom whether these bodies aremoving towards or from the earth.Huggins (W.). Proc. Royal Soc., 16, 382.Note on the heat of the stars;Huggins (W.). Proc. Royal Soc, 17, 309.Spectren von Gestirne.Jahresher. d. Chemie, (1856) 140, (1862) 26 u. 27, (1863) 107, 108 u.110, (1864) 115, (1865) 92, (1866) 78, (1867) 107, (1870) 176.Remarques sur la note du pere Secchi relative aux spectres prismatiquesdes corps celestes.Janssen. Comptes Rendus, 57, 215.Nouvelle lettre annoncante la presence de la vapeur d'eau dans les plan-etes et les etoiles.Janssen. Comptes Rendus, 68, 376.Sur quelques spectres stellaires remarquables par les caracteres optiquesde la vapeur d'eau.Janssen. Comptes Rendus, 68, 1545.Les m£thodes en astronomie physique.Janssen. Ann. du Bureau des Longitudes (1883), 779-812; Beiblatter,7, 323-4 (Abs.).Note sur divers points de physique celeste.Janssen. Comptes Rendus, 96, 527-529 ; Nature, 475 (Abs.).Testimony of the spectroscope to the nebular hypothesis.Kirkwood (D.). Amer. Jour. Sci., (3) 2, 155 ; Phil. Mag., (4) 42, 399.Astrophysiche Beobachtungen.Konkoly (N. von). Math.-naturwiss. Ber. aus Ungarn, 1, 126-127.
6S I. I'll l; \! ( l;i OP Tin. 8PE( l K<-< OPE.Untersuchungen fiber das Spectrum der Fixsterne.Lamont. Jahrb. d. Bternwarie bei Munchen (1868), 90.The Mt. Whitney Expedition.
I. \ (S. P. |. Nature, 26. 81 I 817.
on the bright lines in the spectra of stars.yer (J. N ! Boc., 27. 50.Spectrum der Pixsterne.M - Ann. Thy-, u. Chem., 117.A i iuree of four lectures on Bpectrum analysis, with its applications I iastronomy; delivered :it the Royal Institution of Great Britain inMay and June, l s,; 7.Mill- : W A. . IT,, in. >*.«». 15. •_'.'.•.», 276; 16. B, 20, 17. 71.
i rum analysis of the Sim and other heavenly bodies.Miller W. A Pop. 8ci. Monthly, 8.Stars with peculiar spectra, discovered at the astronomical observatory ofHarvard College.Pickering I I Astronom. Nachr., 101, 78-74 j Beiblatter, 6, 108\The spectroscope in astronomical observation.
• i: \ P p. 3i i. Rev., 8. 141.The measurement of stellar spectra.Rutherfurd I. M , Amer. Jour. Sci., 8)35,71.Bur les Bpectres prismatiques d< - corps o§l<
: ; ndus, 57. 71.
i;. • ai | it M J lo., 216.
Ana!'. rale de la lumiere de quelquee 6toiles,\ I 63 824, i
Nouvelles recherches Bur l'analyse <!-• la lumiere Bpectrale des etoiles.63 821
, ctri - de quelquee etoiles.\ i .64
..II.- note Bur les spectres Btellaii\ 64 77 J.
LITERATURE OF THE SPECTROSCOPE. 69Note accompagnant la presentation d'un exemplaire de son memoire
" Sur les Spectres stellaires " imprime dans les publications de laSociete des Quarante de Modene.Secchi (A.). Comptes Rendus, 65, 562.Note sur les spectres stellaires.Secchi (A.). Comptes Rendus, 67, 373.Etude spectrale des divers rayons du Soleil et rapprochements entre lesspectres obtenus et ceux de certaines etoiles.Secchi (A.). Comptes Rendus, 68, 959.Note sur l'intervention probable des gaz composes dans les caracteresspectroscopiques de la lumiere de certaines etoiles ou de diversesregions du Soleil.Secchi (A.). Comptes Rendus, 68, 1086.Nouvelles remarques sur les spectres fournis par divers types d'etoiles.Secchi (A.). Comptes Rendus, 71, 252; Ann. Phys. u. Chem., 131,156.Les spectres stellaires.Secchi (A.). Comptes Rendus, 75, 655.Spettri prismatici delle Stelle fisse.Secchi (A.). Atti della Soc. Ital., Roma, 1868.Stellar Spectrometry.Secchi (A.). Chemical News, 18, 168.Bright lines in stellar spectra.Sherman. Amer. Jour. Sci., (3) 30, 378, 475; note by Maunder (E.W.), Monthly Notices, 46 (1885), 282-4; reply to note, do., 47(1886), 14.Colour in practical astronomy, spectroscopically examined.Smyth (Piazzi). Trans. Royal Soc. Edinburgh, 28, 779-843; Bei-blatter, 4, 548.Physical constitution of the Sun and stars.Stoney (G. J.). Proc. Royal Soc, 16, 25; 17, 1.Spectroscopic observations with the great Melbourne telescope.Sueur (A. Le). Proc. Royal Soc, 18, 242.Spectroscopic observations of various stars.Sueur (A. Lp . Proc. Royal Soc, 19, 18.
70 LITERATURE OF THE BPECTROSCOPE.Oeber die Spectra der vreiasei) Fixrterne,v Sfonatsber Berliner Akad. (1880), 192-198 j Beibls4. ! -. Feb. 20, i v *": Nature, 21 •Einige epectralanalytische LTntersuchungeii rh Sternen, ausgefuhrt mit
.1. in gr< as* ft fractor der Wiener Sternwarte.
II \V i. Sitzungsber. d. Wiener Akad., 88 II. 79]blatter, 8. 508-611 (Abs.).BpectroBcopie Btellaire.W. [f el Rayet. Comptes Rendus, 65. 292.Analyse spectrale de la Lumiere de quelqu<\\ C '; : - R ndu8, 68. 1 170.Uraache der ungleichen [ntensitat der dunklen Linien im Spectrum derBonne and der Fixsterne.Zdllner (F.). Ann. Phys. u. Cbem., 141, 878.
b, COM i
1. Spectra of Comets in general.La matiere radiante et les cometes.Revue Bcientifique, 30. 297.Remarquee Bur la lumiere propre dee com*Berthelot Ann. Chim. et Phys., 5) 27. 282 . J ir. Cbem,44. 2
I mete; their composition, purpose and effect upon the earth.L.). Observatory (1882), 216-221.Sur ['analyse spectrale appliqufe aus connFay.-. Comptes Rendus, 93.Sur lea queuee dee com*Flammarion. Oomptec R i is, 93 I
( in ( '..n. Huggim W Proc. Royal Institution, 10, 1-11; Ann. Chim. etPhy« . (fi 27. 108 126.Oeber die chemische Constitution der Cometen, erglichen mit der der
. r. sfath.-naturo B< r. s u Qngai lObservation.- Bur la refraction com&aire.\\ w Ar. h de '. • Beiblatter, 7. 141 1 12
'
LITERATURE OF THE SPECTROSCOPE. 71Sur la polarization de la lumiere des cometes.Prazmowski. Comptcs Rendus, 93, 262.Sur la lumiere des cometes.Respighi. Comptes Rendus, 93; 439-440 ; Phil. Mag., (5) 12, 300-307 ;Beiblatter, 5, 745 (Abs.).Observations sur ]e spectre des cometes.Secchi (A.). Comptes Rendus, 78, 1467.Cometary Theory.Tyndall (J.). Phil. Mag., (4) 37, 241.Ueber die Spectra der Cometen.Vogel (H.). Astronom. Nachr., 80, 183-188; Ann. Phys. u. Chem.,149, 400-408 ; Nature, 9, 193.
2, Particular Comets.(In the order of their last known dates.)Comet c, 1859 (Donates).
e, 1859, Donati's Comet. Comparaison du spectre produit par la lumierede la comete de Donati et par celle d'Arcturus.Porro. Comptes Rendus, 47, 873.Comet a, 1866.Spectrum of Comet a, 1866.Huggins (W.). Proc. Royal Soc., 15, 5.Comet b, 1867.Spectrum of Comet b, 1867.Huggins (W.). Monthly Notices Astronom. Soc, 17, 288.Comet b, 1868.Spectrum of Comet b, 1868.Huggins (W.). Proc. Royal Soc, 16, 481.Comet a, 1871.Spectrum of Comet a, 1871.Huggins (W.). Chem. News, 23, 265.
, _ LITERATURE OP TJIi R08COPE.
I imet r, L873.
ctre de la comete o, 1873.w Etayet (G.). Comptea Bendus, 77, 5!
' ru 1 d, 1 v 7;.
ctre '!«• La comete d, 1 873.Ray< ' Q Bt Andn C unj I 77. 56 L
/ ,, t ,-, 1874 (c 'oggia's ,
< Observations spectroscopiquea <!< la queue de la comete de Coggia.Barthelemy (A.). Comptea Rendus, 79, 818, 678.Spectrum of < loggia's ( lomet.Buggina (W.). Proc. Royal Boc., 23. 154-159.Coggia's Comet, its i»hysical condition and structure, Physical theoryof comets.Norton (W. A.). Ai.lt. .lour. Bci., (8) 15. 161-77.Bur ]< spectre <!<• la comete <!<' Coggia (c, l v 74).i: i; Bt (G I . 70. 1 150-2; Amei Jour. Sci., B156 i. \l.s.).Spectre de la comete de < loggia.Becchi (A.). Comptea Rendus, 79. 20, 284
I Observations Bpecl roscopiques sur la ciurti- » I • - ( '.>_r :_r i:i.Wolf i . . 79 170-1.
( bnu i /-. 1 877 I Winnet \On the spectrum of < lomel b, 1877 I WinneckiAiry (Gh B.). Monthly Astronom. Soc., 37, I 170.The Bpecl ra of comets b and e, 1 s 77.Lino! Monthly Not \ ,37,480.tre de la comete de Winnecke.ptea Rendus, 66. \-Lumiere de la comete de Winnecke.Wolf el K .;. • t. Comptea Rendus, 71, I I
I rfc, 1877 SwiflrBoreUy).On the Bpectra of comets b and c, 1877. 37 |
LITERATURE OF THE SPECTROSCOPE. 73Observations du spectre de la comete Borelly.Secchi (A.). Comptes Rendus, 84, 427, 1289.Ueber das Spectrum des von Borelly am 20, August entdeckten Cometensowie uber das des hellen von Henry am 23 August aufgefundenenCometen.Vogel (H.). Astronom. Nachr. 82, 217-20; Amer. Jour. Sci., (3) 6,393 (Abs.).Observations des cometes b (Winnecke) et c (Swift-Borelly), 1877.Wolf. Comptes Rendus, 84, 929-31, 1289-92.Comet a, 1878 (Brorsen's).Spectrum of Brorsen's Comet, observed at Greenwich.Airy (G. B.). Monthly Notices Astronomical Soc, 39, 428-30.Spectrum of Brorsen's Comet.Backhouse (T. W.). Nature, 20, 28.Spectrum des Brorsen'schen Cometen.Bredischin (T.). Astronom. Nachr., 95, 15-16.Spectrum of Brorsen's Comet.Christie (W. H. M.). Nature, 20, 5, 75; Amer. Jour. Sci., (3) 17496-7.Spectrum of Brorsen's Comet.Huggins (W.). Proc. Royal Soc, 16, 386; Nature. 19, 579.Vorliiufige Anzeige uber das Spectrum des Brorsen'schen Cometen.Konkoly (N. von). Astronom. Nachr., 94, 335-6 ; 95, 193-6.Observations of Brorsen's Comet.Lindsay (Lord). Monthly Notices Astronom. Soc, 39, 430.Spectre de la comete de Brorsen.Secchi (A.). Comptes Rendus, 66, 881.Spectrum of Brorsen's Comet.Watts (W. M.). Nature, 20, 27-8, 94.Spectrum of Brorsen's Comet.Young (C. A.). Amer. Jour. Sci., (3) 17, 373-5; Nature, 19, 559;Phil. Mag., (5) 8, 178-9.Comet d, 1879 (Palisa's).Spectroscopische Beobachtung des Cometen Palisa.Konkoly (N. von). Astronom. Nachr., 96, 39-42.
74 LFTEBATUBE OF Tin-: spectroscoik.Observations of the spectrum of comet d, 1879.Liml . Monthly Noticei Astronom. Soc, 40. 28-6.Comet'/. I s "" BartwigV). Spectrum ofChristie (W. H. M.). Monthly Noti >m. Soc, 41, 52-3;Nature, 22 ."..'.7: Beiblatter, 5, 129.Comet b, 1881.Observations of comet b, 1881.Backhouse (T. \\ Monthly Nq ronom. Soc., 42, 418-21.
ra of comets b and c, 1881.ron .1. R.). Nature, 24, 430-1.Spectra of comets b and e, 1881.Greenwich Observatory Reports, Monthly Noticei Astronom. Boc., 42.14-19.N fce on the observations of comet b, 1881, made at the United StatesNaval ( Observatory.Harkness ("W Amer. Jour. Sci., (8) 22, 1 !BpectroBcopisilu' BtoharhtunL'tn drr Cuiiieten b and c. 1881.Ha B.). Bull. Acad. St. Petersburg, 27. 417-25.Preliminary notes on the photographic spectrum of cornel bt 1881.II.--- \V Pr Royal Soc., 83, 1 ; Chem. News, 44,
1
ComptesB odus, 92. 1488 j 93 -Note sur la photographic de la comete 6, 1881, obtenu a L'observatoire deMeudon.Jans* d (J •> or de Thy-., 2) 1. 441 9.Spectroscojiisrhe Beobachtungeu der Cometen b and e, L881, angestelltin < )'< ryalla, Ongarn.Conkoly N. ' turforscher, 14, 821, 828, 881.Physical observations of comet 6, 1881, made at I tL Ige, Mares-field. 42. 17-49.
m< t b, 1881.
<, 24. 201, 481.Observations i »piques sur la comete 6, 1881.
.3 -24 224
LITERATURE OF THE SPECTROSCOPE. 75Ueber die Spectra der Corneten b und c, 1881.Vogel (H. C). Astronom. Nach., 100, 301-4; Beiblatter, 5, 867(Abs.).Observations de la comete b, 1881.Wolf (C). Comptes Rendus, 93, 36.Spectroscopic observations upon the comet b, 1881.Young (C. A.). Amer. J. Sci.. (3) 22, 135-7; Beiblatter, 5, 663-4(Abs.). Comet c, 1881.Note on the spectrum of comet c, 1881, as seen with a Browning's minia-ture spectroscope on the 4£ telescope.Backbouse (T. W.). Monthly Notices Astronom. Soc, 42, 43.Note on photographs of the spectrum of the comet of June, 1881.Draper (H.). Amer. Jour. Sci., (3) 22, 134-5 ; Chem. News, 44, 75-6 ;Mem. Spettr. ital., 10, 150-1 ; Jour, de Phys., (2) 1, 153 (Abs.).Spectra of comets b and c, 1881.Greenwich Observatory, Monthly Notices Astronom. Soc, 42, 14-19.Spectroscopische Beobachtungen der Cometen b und c, 1881.Hasselberg (H.). Bull. Acad. St. Petersburg, 27, 417-25.Spectroscopische Beobachtungen der Cometen b und c, 1881, angestelltam astrophysikalischen Observatorium in O'Gyalla (Ungarn).Konkoly (N. von). Naturforscher, 14, 321, 323, 331.Etudes spectroscopiques sur les cometes b et c, 1881.Thollon (L.). Comptes Rendu?, 93, 383.Ueber die Spectra der Cometen b und c, 1881.Vogel (H. C). Astronomische Nadir.* 100, 301-4 ; Beiblatter, 5,867.Spectrum of Schaeberle's Comet.Capron (J. R.). Nature, 24, 430-1.(See also Tacchini, in Comptes Rendus, 93, 261.)Telbutt's Comet, origination of its proper light.Smyth (C. Piazzi). Nature, 24, 430.Comet a, 1882 ( Wells's).Spectrum of comet a, 1882 (Wells's).Backhouse (T. W.). Nature, 26, 56 ; Beiblatter, 6, 678.
LITERATURE OF THE 3PE< I Et< >SCOPE.
I.' - vapeurs 'In Bodium dans la comete de Wells.licbin (T.i. Astronom. Nachr., 102. lmi; ; Beiblitter 6
Ueber das Spectrum <l<-> Cometen Wells.Dun n C Astronom. Nachr., 102, 159, 169; Monthly N
. 42. 412 L8; Beiblatter, 6 - \itroecopic observations of cornel -/, 1882 I Wills).Greenwich Observatory li«*}»t. . Monthly Not - .42,261, nn- 12.
I : . 3] t rum des Cometen a, 1882 Wells).
II uselberg (B. . Astronom. Nachr., 102, 259-64 ; B 6. TilNature, 26. 344 (Abs.).On the photographic spectrum of comet a, 1882 Wells).Euggins (W'.i. Proc. Royal Boc., 34. 148 L60 ; Nature, 26. 17'.»\ latter, 6. 67 I (Al Amer. Jour. S 24 IComptea Rendus, 94. 1689-91.Spectroscopische Beobachtungen des Cometen Wells, angestellt am astro-physikalischen Observatorium in O'Gyalla (Ungarn).Konkoly (N. von). Naturforscher, 15, 245 ; Beiblatter, 6, 678
< >n the spectrum of comet ". 1882 (Wells), observed at the Royal Ob-servatory of < rreenwich.
1 -. M nthly N I . 42. 261, 410-12 j M iBpettr. ital., 11. 79.Spettro delta Cometa Wells <>ssiTvnt<> a Palermo.\ . Mem. Bpettr. ital., 11Comets "Wells, Spettro osservato all'Equatore Merz del R. Osservatoriodel ( lollegio romano.K . Men Spettr. ital., 11, 77 Bj Oomptei Rei lus, 94,
r <las Spectrum <1< - ( ben Wells.v B C Lstr • •:. N »• hr., 102. 169, l B •--"-': B( ; ' itl . 6Su di una particolarita* luminosa rimarcata a Palermo Delia coda dellacom< ta I W< M Bpettr. iul n " 7; B( iblitl r, 6 " ' (Aba.).
( bins* b, : - -de la grande comete australe.Grub). Oompl 0'~> -
LITERATURE OF THE SPECTROSCOPE. 77Beobachtungen des grossen September Cometen, 1882, am astrophysical-ischen Observatorium zu Hereny, Ungarn.Gothard (E. von). Astronom. Nachr., 103, 377-80 ; Beiblatter, 7, 11G(Abs.).Spectroscopische Beobachtungen des grossen September Cometen, 1882 II.Gothard (E. von). Astronom. Nachr., 105, 311-14.Sur le deplacement des raies du sodium observe dans le spectre de lagrande comete de 1882.Gouy et Thollon. Comptes Kendus, 96, 371-2 ; Nature, 27, 380 (Abs.);Amer. Jour. Sci., (3) 25, 309; Beiblatter, 7, 293 (Abs.).Zur Spectroscopic des grossen September Cometen, 1882.Hasselberg (B.). Astronom. Nachr., 104, 13-16; Beiblatter, 7,293(Abs.).Beobachtung des grossen September Cometen auf der Sternwarte inO'Gyalla (Ungarn).Konkoly (N. von). Astronom. Nachr., 104, 45-8 ; Monthly NoticesAstronom. Soc, 43, 56-7; Beiblatter, 7, 293.Osservazioni astrofisiche della grande cometa di settembre, 1882.Ricco (A.). Astronom. Nachr., 103, 281-4; Beiblatter, 7, 28 (Abs.).Osservazioni spettroscopiche della cometa Cfuls fatte collo spettroscopiodi Clean applicato al refrattore di Om. 25 nell'Osservatorio diPalermo.Kicco (A.). Mem. Spettr. ital., 11, Sept. 15-17.Observations of the great comet b, 1882, made at Sydney Observatory.Russell (H. C). Monthly Notices Astronom. Soc, 43, 31.Sur une comete observee a Nice.Thollon et Gouy. Comptes Rendus, 95, 555-7 ; Beiblatter, 7, 116(Abs.).Observations spectroscopiques sur la grande comete (Cruls).Thollon et Gouy. Comptes Rendus, 95, 712-14 ; Nature, 27, 24 (Abs.);Beiblatter, 7, 28-9 (Abs.).Sur le deplacement des raies du sodium observe dans le spectre de lagrande comete de 1882.Thollon et Gouy. Comptes Rendus, 96, 371.Beobachtungen des grossen September Cometen, 1882.Vogel (H. C). Astronom. Nachr., 103,279-282; Beiblatter, 7, 28(Abs.).(See also Tacchini, in Comptes Rendus, 93, 261.)
7S LITERATURE OF THE BPECTROSCOPE.Comet ". 1883 Bi oks-Swift). Beobachtung ilea Cometen a,Brooks-Sw it't I.Gothard | E. von). Astron<>m. Nachr., 105, 1Spectroscopic Observations of Comet a. L883 Brooks-Swift .i]y |N. von). Monthly Notice! a tn a m B i 43, :: ,_'^<.'.Finlay's Comet Bulla spettro della cometa Finlay, Bettembre, 1Hasselberg (B.). Mem. Spettr. ital., 11, do. 11, 1—8 j Beiblatter, 7.\ ».) Comet a, 1884 (Fans-BrookAspect de la oomete Pons-Brooks, le 13 Janvier, 1884.Crula I- Comptee Rendus, 98.BpectroBCopische Beobachtungen ties Cometen a, 1884 (Pons-BroQ thard E von . Aatronom. Nachr., 109, 99-106Spectrum of Comet 6, i vx ' Pons-Brooks).nwich Observatory Bept., Monthly Notices Aatronom. Soc., 44.
SjHH-tr«)soij)ische Beobachtungen des Cum. ten Pons-Brooks.Hasselberg (B.). Aatronom. Nachr., 100. '•'• 56.Vorlaufige Bpectroscopische Beobachtung des Cometen Pons-Brooks.Konkoly (N. von). Aatronom. Nachr., 107, 41 . 6.
r. Jour. 8ci., (8) 27. 76 7: Beiblatl r, 8, 18 Abe.);Monthly Notices Aatronom. Soc, 44. _truscujii.M'he In'olmchtungen dee Cometen Pons-Brooks.Kdvealigethy (B. v.). Aatronom. Nachr., 108. 169 174Observations spectro-copiques sur la comete Pons-Brooks.Perrotin. Compti 98. 8 1 LSpectre tie la oomete Pons-Brooks, ft I'observatoire de Bordeaux.t(G Oom] • • Rendu, 97, l 962 ; 98.Sullo spettro della cometa Pons-Brooks.Rio \ M Bpettr. ital., 13. 89 >"
( Ibeervations speotroeoopiquei faites ;i Nice sur la oomete PodkvBrooka.Tholloo (L.). Comptes Bendua, 98, 33; Beiblatter, 8. 221.Ktmlr Bpectroscopiqne de la oomete Pons-Brooks, faite au rtiflectenz deOm. 50 de I'Obeervatoire d'Alger.Tripled (0.). I 97. lMo 1 : Nature, 19, 266 (Abe.).
LITERATURE OF THE SPECTROSCOPE. 79Sur le spectre de la comete Pons-Brooks.Trepied (C). Comptes Rendus, 98, 32-3.Variation singuliere de la comete Pons-Brooks.Trepied (C ). Comptes Rendus, 98, G14.Einige Beobachtungen iiber den Cometen Pons-Brooks, insbesondereuber das Spectrum desselben.Vogel (II. C). Astronom. Nachr., 108, 21-6.Observations of Comet Pons-Brooks.Young (C. A.). Astronom. Nachr., 108, 305-8.Emke's Comet.Note on the spectrum of Encke's Comet.Huggins (W.). Proc. Royal Soc, 20, 45; Comptes Rendus, 73, 1297-1301.Sur le spectre de la comete Encke.Tacchini (P.). Comptes Rendus, 93,' 949; Beiblatter, 6, 106.Spectre de la comete de Tempel.Secchi (A.). Comptes Rendus, 62, 210.Spectrum of comet c, 1886.Sherman. Amer. Jour. Sci., (3) 32, 1
C, DISPLACEMENT OF STELLAR SPECTRA.Effect of a star's rotation on its spectrum.Abney (W. de W.). Monthly Notices Astronom. Soc, 37, 278.Spectroscopic results for the motions of stars in the line of sight, obtainedat the Royal Observatory, Greenwich.Airy (G. B.). Monthly Notices Astronom. Soc, 36, 318; 38, 493;4*1, 109; 42, 230; 43, 80; 44, 89; 45, 330; 46, 126; 47, 101.Note on the displacement of liues in the spectra of stars.Christio (W. H. M.). Monthly Notices Astronom. Soc, 36. 313-317.Remarques sur le deplacement des raies du spectre par le in luvement ducorps lumineux ou de l'observateur.Fizeau. Comptes Rendus, 69, 743 ; 70, 10^2.Sur un travail de M. l'abbe Spee concernant le deplacement des raies desspectres d'etoiles.Houzeau et Montigny. Bull, de l'Acad. de Belgique, 47, 318-324.
80 i I l l i;.\ I DRE OP 1 III. BPE< I la »» OPE.Sur le deplacemt m d< - rai< - dans l< - apectn - dee 6toili - produits par leurmouvemenl dans I'epace.
II . I apt - Rondus, 82. 1291 .1. Mag., G 2.74.
. method of finding the parallax of double stare, and on the dispM. i hi of the lines of the spectrum of a planet.Monthly Notices Ajtronom. 8oc., 34 17troscopif (iliservations of the motions of stare in thi line of Bight,ade at the Temple Observatory, Rugby.Seabroke G M . Monthly Notices Astronom. Soc., 39 150 I ' 47(1887Sur le d€placem< nl des raies dans les Bp< ctres des §toil< - produit par 1< oremouveraents dans L'6pace.i.iiA.). Comptes Rendus, 82, 761, 112.Nouvelle8 remarques Bur question du deplacement des raies Bpectrdu au mouvemenl propre des astres.
. Comptec Rendus, 83. 1 17.
d, l i\l D STARS.
1, Jn <j<
ire "ii the physical and chemical constitution of the fixed .-tar.- andnebulae.Buggina (W.). I News, 11. 270.
-
- tra of Bome ol the fixed stars.Buggina (W | and Miller |W. A. . Phil. Trai 118; Phil.Jun< .1- 12 ill ; 13iingen fiber das Spectrum der Pixsterne.iont. Jahrl uch d. Sternwarte l"i Mum ISpectrum der Fixsterne,U (8. i. Ann. Phya. u. Chem., 117. ISpettri prismatici « Kl 1«- stelle < : -
!.i | A AU i: ma, It
'_', Phrtu ular fixt d ttaBpectrum of Nova AndronSin mini. A JoUT. £ 30
LITERATURE OF THE SPECTROSCOPE. 81Observations of the spectrum of a new star in Andromeda at Greenwich*Maunder (E. W.). Monthly Notices Astronom. Soc, 46 (18S5), 19-21.Outburst in Andromeda.Perry (S. J.)- Monthly Notices Astronom. Soc, 46 (1885-G), 22.Note sur le spectre d'Antares.Secchi (A.). Comptes Eendus, 69, 1G3.Spectrum of >? Argo with bright lines.Sueur (A. Le). Nature, 1, 517.Spectroscopische Beobachtung von y Cassiopeia?.Konkoly (N. von). Astronom. Nachr., 107, 01-2 ; Beibliitter, 8, 221.Beobachtungen der hellen Linien in dem Spectrum von y Cassiopeia?.Gothard (E. von). Astronom. Nachr., 106, 293 ; 108, 233 ; Beibliitter,7, 8G2 (Ahs.).Spectrum of a new star in Corona Borealis.Huggins (W.) and Miller (W. A.). Proc. Eoyal Soc, 15, 14G.On the spectrum of the new star in Cygnus.Backhouse (J. "W".). Monthly Notices Astronom. Soc, 39, 34-37;Nature, 15, 295-6.The new star in Cygnus.Becquerel (E.). Monthly Notices Astronom. Soc, 37, 200-202 ; Amer.Jour. Sci., (3) 13, 395-97.The new star in Cygnus.Copeland (E.). Astronom. Nachr., 89, 37-40, 63 ; 90, 351-2 ; Nature,15, 315-16; Amer. Jour. Sci., (3) 15, 76-77.Sur le spectre de l'etoile nouvelle de la constellation du Cygne.Cornu (A.). Comptes Eendus, 83, 1172-1174; Nature, 15, 158.Spectrum of Nova Cygni.Nature, 16, 400-#3.Etude spectroscopique de la nouvelle etoile signalee par M. Schmidt.Secchi (A.). Comptes Eendus, 84, 107, 290.Der neue Stern in Cygnus.Vogel (H.). Astronom. Nachr., 89, 37-40, 63; 90, 351; Nature, 15,315; Amer. Jour. Sci., (3) 15, 76.Spectrum of the star LI 13412.Pickering (E. C). Nature, 23, 604; Beibliitter, 5, 511 (Abs.).G T
S2 LITERATURE OF THE SPECTROSCOPE.Photographs of the spectra of a Lyra and of Venus.Draper I! i itmer. Jour. Sri., (8) 13, 95; Nature, 15, 218; Phil.Hag . 3LYobachtun^rn drr hallen Linien in dem Spectrum von /9 I.Gothard (E. von). Astronom. Nachr., 108, 288.Lettre accompagnant I'envoi d'une figure du spectre d'a d'Orion.hi (A.). Comptes Rendus, 62, ".'.'1 ; Monthly Noti< A Lronom.26. 214.Spectrum of the variable star a Ononis.Euggina (W.) and Miller (W. A.). Monthly Notices A-tronom. Soc,26. 216.Sur le spectre de l\'t< »ile a d'Orion.Janasen (J.). Comptea Rendus, 57, 1008.Spectrum of a new star in Orion.Copeland >K). Monthly Notices, 46, 109-114.Note by Maunder, do., 284-6.Observations on the spectrum of Nova Ononis at Greenwich.Maunder | B. W.). Monthly Notices Astronom. Boc, 46 L886-6), 1 1-4-1 1 -..Disappearance of c Piscium at its occultation of Jan. 4, 1865, with con-clusions as to the non-existence of a lunar atmosphere.ii . rgins (W.). .Monthly Notices, 25, 60; Chem. New-, 11, 176.Sur le spectre do Sirius.Jansscn (.1.). Comptes Rendus, 57, 1008.Note sur les spectres des trois Stoiles de Wolfhi (A.). Comptes Rendus, 69, :!'.», 168, 1053.Sur trois petites etoiles.Wolf ' Rayet Comptea Rendus, Augupt, 18
c, KEABUBEMEHTS OF BTELLAB BPEOTBA.M. asurements of stellar lines.Airy (G. B.). Monthly Notices Astronom. Boa, 23, :Stellar spectrometry.Report "i" th" British AiMeasurement of Btellar spectra.Rutherford I. M Amer. .lour. Sou, 35, 71.Measurement of fw stellar lin< -.Secchi (A.). Astronom. Nachr., :. Mirs, l-
LITERATURE OF THE SPECTROSCOPE. 83
/, SPECTRA OP METEORS.Spectra of the meteors of November 13-14, 1866.Browning (J.). Phil. Mag., (4) 33, 234.Presence of lithium in meteorites.Bunsen. Phil. Mag., (4) 23, 474.Meteoric Arc Spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 32, 33.Spectra of shooting stars.Herschel (A. S.). Nature, 9, 142-3.Progress of meteor spectroscopy.Herschel (A. S.). Nature, 24, 507-8; Beiblatter, 5, 871.Spectroscopische Beobachtungen der Meteorite.Konkoly (N. von). Astronom. Nachr., 95, 283-6; Monthly NoticesAstronom. Soc, 33, 575-6; Nature, 20, 521-2 (Abs.).Ueber die chemische Constitution der Planeten verglichen mit der derMeteore.Konkoly (N. von). Math.-naturwiss. Ber. aus Ungarn, 1, 135-9.A catalogue of observations of luminous meteors,by Baden Powell from 1848 till 1859, by Glaisher till 1867, and byothers till 1882; all in the Reports of the British Assoc, for thoseyears.Note sur les spectres stellaires, et sur les etoiles filantes.Secchi (A.). Comptes Rendus, 65, 979 ; 75, 606-613.Sur les diverses circonstances de l'apparition d'un bolide aux environs deRome et sur les spectres stellaires.Secchi (A.). Comptes Rendus, 75, 655-9.L'existence d'essaines d'etoiles filantes a, proximite du globe terrestre.Silbermann (J.). Comptes Rendus, 74, 553-7, 638-642.Spectroscopic examination of gases from meteoric iron.Wright (A. W.). Amer. Jour. Sci., (3) 9, 294-302 ; Jour. Chem. Soc.(1876), 1, 27-8 (Abs.).Preliminary note on an examination of gases of the meteorite of Feb. 12,1875.Wright (A. W.). Amer. Jour. Sci., (3) 9, 459-60; Jour. Chem. Soc.(1876), 1, 352 (Abs.).
84 LITEBATUBE OF THE SPECTROSCOPE.
(j, ni:i;il.k.
1, In gt neraL
rches but I'intensite* relative des raiee Bpectralee dee Q6buleuses.Fievez (0.)- Bull, de 1'Acad. de Belgique, (2) 49, L07-118; Phil.Mag 9 108-812 ; Beiblatter, 4, 461-2.Recherches sur lea spectres des gaz dans leurs rapports avi rtitu-tion du Boleil, dee fitoiles et des n€buleu£inckland et Lockyer. Comptea Rendus, 68, 1619.Spectra of the nebulae.Huggina (W.)- Pail. Trans. (18G4), 437.Further observations on the spectra of some of the nebulas.Buggins(W.). Phil. Trans. (1866), 881-887 ; l' RoyalS .15.17.On the motions of some of the nebula towards or from the Earth.II gint W. Proc. Royal Soc., 22. 261-4; Amer. Jour. 8 i B,76-77 j Phil. Mag., 1) 48, 171-4.in the bright lines in the Bpectra of stars and nebulas,yer J. N il Soc., 27. 60.Xlw planetary nebulas.p ring (B. C a ier. Jour. Sci., | I 20 > 106; Bi . I . 5180 A'Spettro di alcune nebul
.. A Naturforscher (Berlincn, 1, 279; 2. 27 MSpettr. ital., 1,
•_', Spectra ofparti da\.N. ibula of A i
.
I. - . .r Pi i. 18. 246.The nebula in Cygnus.Wim Monthly Not \ I 40
( )n the inferences to 1"- drawn from the appearance of bright lines in thetra of irresolvable nebulas.ii . •_.:.. W r i i: yal - i . 26 17 >-181.
r the appearance 6f bright lines in raoi irresolv-able star-clusl
.
,i P RoyalS 26, 166-7, 617-19 ; H38
LITERATURE OF THE SPECTROSCOPE. 85On photographs of the nebula in Orion and of its spectrum.Draper (H.). Amer. Jour. Sci., (3) 23, 339; Monthly Notices Astro-nom. Soc, 42, 367-8; Nature, 26, 33; Comptes Rendus, 94, 1243.Spectrum of the Great Nebula in the Sword-Handle of Orion.Huggins (W.). Proc. Royal Soc., 14, 39.On the spectrum of the Great Nebula in Orion, and on the motions ofsome stars towards or from the earth.Huggins (W.). Proc. Royal Soc, 20, 379-394; Phil. Mag., (4) 45,133-147; Nature, 6, 231-235; Amer. Jour. Sci., (3) 5, 75-78;Monthly Notices Astronom. Soc, 32, 359-3G2 ; Comptes Rendus, 94,GS5.Photographic spectrum of the Great Nebula in Orion.Huggins (W.). Nature, 25, 489; Ann. China, et Phys., (5) 28, 282;Proc. Royal Soc, 33, 425; Amer. Jour. Sci., (3) 23, 355-G.Lumiere spectrale de la nebuleuse d'Orion.Secchi (A.). Comptes Rendus, 60, 543.Observations of the Nebula of Orion, made with the great MelbourneTelescope.Sueur (A. Le). Proc. Royal Soc, 18, 242.New planetary nebulae.Pickering (E. C). Amer. Jour. Sci., (3) 20, 303-5; Bciblatter, 5, 130(Abs.).Neue Linien im Spectrum planetischer Nebel.Zdllner (F.). Ann. Phys. u. Chem., 144, 451.Spectra of southern nebulae.Herschel (Lieut. John). Proc. Royal Soc, 16, 41G, 417, 451 ; 17, 58Gl, 303.Note on the Rev. T. W. "Webb's new nebula.Lindsay (Lord). Monthly Notices Astronom. Soc, 40, 91 ; Beiblatter,4, G14 (Abs.).Ueber das Spectrum des von Webb entdeckten Nebels im Schwan.Vogel (H. C). Astronom. Nachr., 96, 287 ; Bciblatter, 4, 468 (Abs.);Monthly Notices Astronom. Soc, 40, 294.
h, THOTOGRAPHY OF STELLAR SPECTRA.Researches upon the photography of stellar and planetary spectra.Draper (H.). Proc. Amer. Acad., n. s. 11, 231-2G1 ; Amer. Jour. Sci.,(3) 18, 419-425; Nature, 21, 83-85; Beiblatter, 4, 374.
80 LITERATURE <>i THE BPECTROSCOPE.Note <>n the photographic Bpectra of stars,11 - \\ Proc. Royal Soc., 25, 445; 30, 20; Nature, 21, \171
'preliminaire Bur les photographies des Bpectrea Btellaii1: , .:. \\ ( ib )!• - K' i. UlB, 83. L229.Sur les Bpectres photographiques des §toili -.Huggina (W.). Comptea Rendus, 90, 70-73; A-., t ' ir. Sd., (3)19. 817.Investigations in stellar photography.Pickering (B. C). Memoirs Amer. Acad., 11 (It Bei-blatb 11 387), li". \Eteport on the present Btate of celestial photography in England.
l; .. (Warren de la). Rep'ts British A ad 1861.Etudes astrophotographiquZenger (C. V.). Comptes Rendus, 97, _- Beiblatter, 7862 (Abs.).
/. BPEI I i: \ OF PLAN] I-.
1 , In gt neraLOn some points connccte<l with the chemical constituents of the solarsystem.Gladstone (J. B |. Phil. Mag 5)4,879- - J( r. Chem. E . 34,
Deber die chemische Constitution der Planeten verglichen mil der derMeteore.K i . '. N -. • Math.-naturwUs. B t iui (Tngarn, 1, 186-1
< >n the displaoemenl of the lines of the Bpectrum "t' a planet
. Monthly Notices Astronom. Soc., 34Sur lee raies atmosphenques des plan&tes.\ ( | tec K. adus, 59. 182.Untersnchnngen fiber die Spectra der Planeten.
. it ('. |. A:.:.. Phyi u. Chem., 158. 161 I
2, Spectra ofparticular plaOn photograph of Jupil trum Bhowing evidence of intrinsiclighl from that planetDrapei EC. Monthly Not Lstroi 3o< 40. ; I20 :- 120.
LITERATURE OF THE SPECTROSCOPE. 87Note on the spectrum of the red spot on Jupiter.Lindsay (Lord). Monthly Notices Astronom. Soc, 40, 87-88; Bei-blatter, 4, 614 (Abs.).Observation du spectre de Jupiter.Secchi (A.). Comptes Rendus, 59, 309.Spectroscopic observations of Jupiter, made with the great Melbournetelescope.Sueur (A. Le). Proc. Royal Soc, 18, 242.Physical observations of Mars.Airy (G. B.). Monthly Notices Astronom. Soc, 38, 34-38.Spectrum of Mars.Huggins (W.). Monthly Notices Astronom. Soc, 27, 178; Jour.Franklin Inst., 84, 261.Note on the spectrum of the eclipsed Moon.Noble (W.). Monthly Notices Astronom. Soc, 38, 34.Sur l'application de l'analyse spectrale a la question de l'atmospherelunaire.Janssen (J.). Comptes Rendus, 56, 962.Lettre sur le spectre de la planete Neptune et sur quelques faits d'analysespectrale.Secchi (A.). Comptes Rendus, 69, 1050.Raies du spectre du planete Saturne.Secchi (A.). Comptes Rendus, 60, 1167; Phil. Mag., (4) 30, 73.Spectrum of Uranus.Huggins (W.). Chem. News, 23, 265; Proc. Royal Soc. 19, 488-491 ; Phil. Mag., (4) 42, 223-226; Nature, 4, 88; Amer. Jour. Sci.,(3) 2, 138".Resultats fournis par l'analyse spectrale de la lumiere d'Uranus.Secchi (A.). Comptes Rendus, 68, 761.The Transit of Venus.Cacciatore. Nature, 27, 180.Osservazioni del passagio di Venere sul disco solare fatte in Italia nel 6Dicembre 1882.Crova (A.). Mem. Spettr. ital., 11, Die 1-23; Beiblatter, 7, 375(Abs.).
88 LITERATURE OF THE BPEI TROSiPhotographs of the spectrum of Venus, !>>.•.. I •Draper (H. . Naur.. 15. 218; Am. r. Jour. BcL, 8 13Mag 3
i I' the transit of Ven ade at Mmiles Bouth of Bath.Maurer). Mon. Not. Aatr 43 27
-ur ['observation du passage de la planete V6nus but le Soleil.
.1 inssen (J.)- < Rendus, 96, 288 7Observation of the transit of Venus, Dec. 6, L882, madeat IObservatory.(8. P.). Mon. Not. .. 41, 71.The spectroscope ami the transit "f Venus.Nature, 11. 171 ; 27, 156-157.Nouveau moyen d'obeerver les ellipses *{ les passages :\ . Com] • 7 jEssai pendant une eclipse Bolaire, de la nouvelle m6thode B]proposes pour !< prochain passage de V6iSeo 76. 1827.Observations du p • Venus a l'Observatoire royal du I
r< )iii:iin.aini 1' . I 95 L2U.Observation du pas V6nus, a Aviia. Espagne.
•. 95. 18 I
of the transit of Ven is, Dec.N. J., and South llatli.v. M J8.Young ' A. \ . Jour. Sci 25
i CTRUM.
1, fi irum in >j- neral.
Influence of water in the atmosphere on t tram.J 3 ltter.fi
I. ture on { ..-::._>- 25
LITERATURE OF THE SPECTROSCOPE. 89Sunlight and skylight at high altitudes.Abney (W. de W.). Nature, 26, 58G ; Beiblatter, 7, 28 (Abs.); Jour,de Phys., (2) 3, 47-48 (Abs.)-The solar spectrum, from A 7150 to J. 10000.Abney (W. de "W.). Phil. Trans. (1886), Part II, XIII.Remarques sur quelques raies du spectre solaire.Angstrom (A. J. 1* Comptes Rendus, 63, G47; Phil. Mag., (4) 23,76; 24, 1.Remarques de M. Janssen. Comptes Rendus, 63, 728.Ueber die Fraunhofer'schen Linien im Sonnenspectrum.Angstrom (A. J.). Ann. Phys. u. Chem., 117, 290.Memoire sur la constitution du spectre solaire.Becquerel (E.). Comptes Rendus, 14, 901-3.Des effets produits sur les corps par les rayons solaires.Becquerel (E.). Comptes Rendus, 17, 882.Constitution physique du Soleil.Boillot (A.). Comptes Rendus, 72, 728.Memoire sur le spectre solaire.Brenta. Comptes Rendus, 11, 766.On the lines of the solar spectrum, and on those produced by the Earth'satmosphere, and by the action of nitrous acid gas.Brewster (Sir D.). Phil. Mag., (3) 8, 384; Proc. Royal Soc, 10, 339(Abs.); Comptes Rendus, 30, 578.On the lines of the solar spectrum, with a map of the solar spectrum, giv-ing the absorption lines of the Earth's atmosphere.Brewster and Gladstone. Phil. Trans. (1860), 149.Catalogue of the oscillation-frequencies of solar rays.British Association Rep't for 1878.Ueber die Fraunhofer'schen Linien im Sonnenspectrum, wie sie sich demunbewaffneten Auge zeigen.Broch (O. J.). Ann. Phys. u. Chem., Erganzuiigsband, 3, 311.Constitution physique du Soleil.Chacornac. Comptes Rendus, 60, 170.Sur la distribution de l'iutensite lumineuse et de l'intensite visuelle dansle spectre solaire.Charpentier (Aug.). Comptes Rendus, 101 (1885), 182-183.
LITERATURE OP THE SPECTROSCOPE,
tral estimates of the Bun's distance.P. K. . Proc. Amer. Phil 18. 227.Bur le Bpectre uorma] du Boleil.
< \.i. Ann. de VJb ' 2 3 121 :.. d-j
. 52 I Abs.).itution «lu Boleil ; reponse a M. •
. A... Compl 7 3.Bur quel sequences de la tion du spectre solaiCornu A I B6
I ^deration Bur lea couleurs du Bpectre Bolaire.
t. Comptea RenduB, 28 !Action du spectre solaire sur les Bels haloidee d'argent, accroiss*leur sensibility dans certaines parties du spectre par Tadjonctioulatieres colorantes el autr< a.
: (J. M.). Jour, de Phys., (2) 4 (1885), 185.Constitution physique du BoleiLPaye. G mpti i: ... go - 188, 108.Reaultats concernanl La constitution physique du Boleil, obtenus soit par['analyse Bpectrale, .-"it par I'&ude mecanique de la rotati
i 68. 1 L89.Analyse Bpectrale du BoleiLFaye. Comptee Rendu*, 74, 921.Sur la theorie physique du Boleil proposed par M. Vicaire.
• . Oomptee Rendus, 77. 298- SOI.Sur la constitution physique el mecanique du Boleil.
. . Compti • R ad is, 96. 866 861.Sur une objection de M. Tacchini relative a la theorie du Boleil dans lea
•• M< tnorie dei Bpettroecopisti italiana."
. : . 96
r. ... une note d< M. Tholjpn but ['interpretation d'une phgnomened< ipie solaire. MBtudien uber den Ursprung der Fraunhofer'schen Ldnien in ihrer Bhung tut < institution der Sonne.B • . i; 12
LITERATURE OF THE SPECTROSCOPE. 91Rapport sur un Meraoire et plusieurs Notes de M. Jaussen concernantl'analyse prismatique de la lumiere solaire.Fizeau. Comptes Rendus, 58, 795.Spectroscopische Beobachtungen der Sonne.Franckland u. Lockyer. Ber. chem. Ges., 2, 742.On some points connected with the chemical constituents of the solarsystem.Gladstone (J. H.). Phil. Mag., (5) 4, 379-385; Jour. Chem. Soc, 34,189 (Abs.).Solar Chemistry.H. (G.). Nature, 24, 581-2.Spectrum of the Sun ; spectra of the limb and centre of the Sun.Hastings (C. S.). Amer. Jour. Sci., 105, 369; Nature, 8, 77.A theory of the constitution of the sun, founded upon spectroscopic ob-vations, original and other.Hastings (C. S-). Amer. Jour. Sci., (3) 21, 33-44 ; Phil. Mag., (5) 11,91-103; Beiblatter, 5, 588-592 (Abs.).The Solar Spectrum.Herschel (J.). Nature, 6, 454-455.Action comparative des rayons solaires sous differentes latitudes.Herschel (J.). Comptes Rendus, 3, 506.Observations on the spectra of the Sun.Huggins (W.). Phil. Trans. (1868), 529.Ueber die Langstreifen im Sonnenspectrum.Jahresber. d. Chemie, 1, 198; 4, 151; 5, 125; 6, 167.Spectrum der Sonne.Jahresber. d. Chemie, 14, 41, 43.Fraunhofer Linien bei tiefem Stand der Sonne.Jahresber. d. Chemie, 15, 26.Constitution der Sonne.Jahresber. d. Chemie, 17, 84.Zusammenhang der Distauz der Spectrallinien mit den Dimensionem delAtome.Jahresber. d. Chemie, 19, 78.Sonnenspectrum.Jahresber. d. Chemie, 25, 147.
LITERATURE OF THE »PE.
ctive Daretellung < ospectrums.temie, 29. 158.
Lettre i M. Dumaa bui lea resultata des ations sp< - jue*emant la constitution du Soleil.Janssen (J.). ( B8jtitution <lu SoleiL
-en (J.). I 73 I
lit juaqu'a ce jour d'incomplet lea resultata fournia par I'analyse
- rtr;il<' pour nous faire connaitre la constitution <lu Soleil.Janssen (J.). Col 73Reponse a La note de M. Tacchini inseree au dernier "Compt< - Rendus,"ince du 1 4 Mai 1 ^77.
-.n .1. . I Iub, 84. 1
1
V "J.Notice sur les | rogrea rea nta de la physique solaire.iu des 1- ngitudes (1879), 623-blatl 4 H A.bs.).Die Chemie dea Bimmels.Janssen (J.). Archiv. f. Phannai 51.Reply to Ajigstrom'a observationa on the Bolar lim -Janssen (J.). Phil M I 23. 78
Live Daretellung des SonnenspectruMessier F . I > • • • 9- 577.Bur la loi de Stok< 88. 1192.
In feuchter Lufl Bind die fi I ruma bnv Q :' L46The solar atmosphere, an introduction to an account of resut the Alleghany Observatory. 10A proposed new method in solaf spectrum anaLanglej 9. P 14 1,621
brum at high altituP 24
LITERATURE OF THE SPECTROSCOPE. 93Observations du spectre solaire.Langley (S. P.). Comptes Rendus, 95, 482-487; Jour. Chem. Soc,44, 137 (Abs.).Procede pour obtenir la recoinposition de la lumiere du spectre solaire.Lavaud de Lestrade. Comptes Rendus, 86, 61.Ou recent discoveries in solar physics made by means of the spectroscope.Lockyer (J. X.). Phil. Mag., (4) 38, 142.Spectroscopic Observations of the Sun.Lockyer (J. N..). Proc. Royal Soc, 15,256; 17, 91, 128, 131,350, 415,50G; 18, 74; Ber. chem. Ges., 2, 742; 3, 578; Nature, 3, 34.Researches in spectrum analysis in connection with the spectrum of thesun, No. I.Lockyer (J. N.). Proc. Royal Soc, 21, 83; Phil. Trans., 163, 253-275; Amer. Jour. Sci., (3) 5, 23G-7 (Abs.).Ditto, No. II.Lockyer (J. N.). Proc. Royal Soc, 21, 285 ; Phil. Trans., 163, 639-658; Jour. Chem. Soc, (2) 11, 994-995 (Abs.); Phil. Mag., (4) 46,407-410 (Abs.); Ber. chem. Ges., 6, 973 (Abs.).Ditto, No. III.Lockyer (J. N.). Proc Royal Soc, 21, 508-514 (Abs.); Phil. Trans.,164, 479-494; Phil. Mag., (4) 47, 384-390.Ditto, No. IV.Lockyer (J. N.). Proc. Royal Soc, 22, 391 ; Phil. Trans., 164, SOS-SIS ; Phil. Mag., (4) 49, 326.Ditto, No. V.Lockyer (J. N.). Proc. Royal Soc, 25, 54G.Ditto, No. VI.Lockyer (J. N.). Proc Royal Soc, 27, 49, 279, 409.Ditto, No. VII.Lockyer (J. N.). Proc. Royal Soc, 28, 157-180; Amer. Jour. Sci.,(3) 17, 93-116 ; Beiblatter, 3, 88-113 ; Nature, 19, 197-201, 225-230;Ann. Chim. et Phys., (5) 16, 107-144; Chem. News, 39, 1-5, 11-16.Note on a recent communication of Messrs. Liveing and Dewar.Lockyer (J. N.). Proc Royal Soc, 29, 45-7; Beiblatter, 3, 710-711(Abs.).Recent researches in solar chemistry.Lockyer (J. N.). Proc. Physical Soc, 2, 308-325; Phil. Mag., (5) 6,161-176; Beiblatter, 3, 353-354 (Abs.).
94 LITEBA1 i RE OP THE Bl I PE.Spectroscopic observations of the Bon.Lockyer (J. N.) and 8eabroke G M Phil. Trans., 165, 577Lectures ou solar physics; the chemistry of the Bun.
I. kyer .1. N.). Nature, 24, 267-274, 296 B01, 811 24S91Constitution physique du Boleil.Lockyer i.I. N.). Comptee Rendus 69. 121.Rlponse au P&re Becchi.Lockyer (J. X.). Comptea Rendus, 69. 152Observations Bpectroscopiquea du Boleil.Lockyer (J. N.). I ! ttdi 70 12 IgRecherches exptoimentales sur le spectre solaire.Lockyer (J. X.). Comptea Rcndus, 75, 181G-19.Recherches d'analyse spectrale au Bujet du spectre solaire.
I kyer (J. N.). Comptea Rendus, 76, 1899.Recherches sur les rapports d'analyse Bpectrale avec le spectre du Boleil.
1. kyer (J. N.). Comptea Readus, 88, 148 154; Jour. CI36. 575-6 i A'Recherches sur ['analyse spectrale dans ses rapports avec le spectre solaire.
I. ckyer(J. N.). Ann. Chim. et Thy-., (4) 29. IOn a new method of spectrum observation.
I. ickyer (J. N".). Amor. Jour. Bci., (8) 19, 303-311.Solar pectroscopic observations.M v lear J. P.). Nature, 6, 614.Considerations sur le Bpectre solaire.Matthiessen. Comptea Rendus, 16. '.'17.Spectrum of the Sun.Kelloi M Li ier. Jour. Soi., 55, 1.Spectrum analysis of the Sun.Miller (W. A..). Pop. Bci. Monthly, 8, 335.Spectrum desdurch Chlor gegangenen Sonnenliohtes.Iforren. Ann. I'> tn., 137. |On the physical constitution of the Sun.
• | W A i. Ain.-r. Jour. Bel., (3) 1,305-107; Phil M .42
LITERATURE OF THE SPECTROSCOPE. 95Spectrum of the Sun.Olmstead (D.). Amer. Jour. Sci., (2) 48, 137.Les raies du spectre solaire.Peslin. Comptes Rendus, 74, 325.Researches in circular solar spectra.Pigott (G. West Royston). Proc. Royal Soc, 21, 426.Spectroscopic discoveries concerning the Sun.Proctor (R. A.). Temple Bar, 25, 281.Reponse a une Note precedente du P. Secchi sur quelques particularityde la constitution du Soleil.Respighi (L.). Comptes Rendus, 74, 1387-QO.Reponse aux critiques presentees par le Pere Secchi, a, propos des observa-tions faites sur quelques particularites de la constitution du Soleil.Respighi (L.). Comptes Rendus, 75, 134-138.Sur la grandeur et les variations du diametre solaire.Respighi (L.). Comptes Rendus, 77, 715-720, 774-778.Sulla constituzione fisica del Sole.Respighi (L.). R. Accad. dei Lincei, 10 April, 1871.Osservazioni solari dirette et spettroscopiche esequite nel R. osservatoriodi Palermo.Ricco (A.). Mem. Spettr. ital., 9, 25-36, 61-90, 161-189; 10, 146-147.Recherches sur les raies du spectre solaire et des differents spectres elec-triques.Robiquet. Comptes Rendus, 49, 606.Solar spectrum in a hailstorm.Romanes (C. H.). Nature, 25, 507.Italian spectroscopy.Secchi (A.). Nature, 6, 465-6.Ueber den Einfluss der Atmosphare auf die Linien des Spectrums.Secchi (A.). Ann. Phys. u. Chem., 126, 485.Certain spectroscopic observations.Secchi (A.). Chem. News, 27, 244.Notes sur les spectres solaires.Secchi (A.). Comptes Rendus, 66, 124, 398.
96 LITERATURE OP THJ OPE.
: ace d'une couche donnant an Bpectre continu entre la couchbord Bolaire.
. :.;:-. 60fitude Bpectrale dea tachea Bolaires; documents que peut fournii i
.'in. If Bur la constitution du Boleil.Becchi a. . Coi iptes R adus, 68. L082.Remarques Bur la lettre de M. Lockyer, du 2 A.ou&hi A. i. Comptea Rendus, 69. 815.Keplique ;i In N t . • <!<• M. Lockyer, du 16 Auut.Comptea Rendus, 69
tate de quelques observations Bpectrales du SoleiL
ii (A.). Comptea Rendus, 70Note contenant une rectification num6rique a Ba derniere communication.Secchi (A.). < •- 70. L062.Dgplacement des raies observers dans le spectre solaire.Secchi A.). I lus, 70. 1218.Nouveaux observations concernant la constitution physique du Boleil.
. Compl 72. 862.Quelques nouveaux resultats d'analyse Bpectrale.\. i. Comptea Rendus, 74Bur quelques particularites de ia constitution du SoleiL74 -Reponse auz observations presentees par M. Etespighi sur quelques par-ticularites de la constitution du Boleil.Rendus, 74. 1601-7.
l( - variations des diametres solaii
( 7 3 618.dree.\ Com] 75Sur quelques observations Bpectroscopiques particulierei.
I . 76. 1062Nouvelles recherches sur la diametre Bolaire.
. .- 77
J; ; Dei i M. Reaj ighi.\ I 77
LITERATURE OF THE SPECTROSCOPE. 97Note on a possible ultra-solar spectroscopic phenomenon.Smyth (C. Piazzi). Proc. Royal Soc, 20, 136. 6The visual, grating and glass-lens, solar spectrum, in 1884.Smyth (C. Piazzi). Trans. Roy. Soc. of Edinburgh, 32, part III, 519-544, with plates ; Monthly Notices Astronom. Soc, 47 (1887), 191-2.On the Sun as a variable star.Stewart (B.). Lecture at the Royal Institution, April 12, 1867.On the change of refrangibility of light ; with a drawing of the fixedlines in the solar spectrum in the extreme violet, and in the invis-ible region beyond.Stokes (G. G.). Phil. Trans., 1852 II, 463.Lecture on solar physics.Stokes (G. G.). Nature, 24, 595-8, 613-18.On the bearing of recent observations upon solar phytic?.Stoney. Phil. Mag., (4) 36, 441.Osservazioni solari dirette e spettroscopiche fatte a Palermo nel 1 trimes-tre del 1879, nel secondo trimestre del 1879, nel terzo e quartotrimestre del 1879, nel 1 trimestre del 1880, nel secondo trimestredel 1880, nel 3 trimestre del 1880, nel 4 trimestre del 1880, rias-sunto delle osservazioni, 1880,Tacchini (P.). Mem. Spettr. ital., 8, 37-40, 52-54, 93-97, 102-104; 9,49-58, 105-110, 194-203; 10,5-11, 12; Comptes Rendus, 88, 1131
;
89, 519.Suirandamento dell'attivita, solare del 1871 al 1878.Tacchini (P.). Mem. Spettr. ital., 8, 65-72.Nouvelles observations spectrales.Tacchini (P.). Comptes Rendus, 77, 195-198.Sur le magnesium dans le spectre solaire.Tacchini (P.). Comptes Rendus, 84, 1450.
Resultats des observations solaires pendant le deuxieme trimestre de 1878,et des observations pendant le troisieme trimestre de 1878.Tacchini (P.). Comptes Rendus, 87, 259, 1031.Sur la cause des spectres fugitifs observes par M. Trouvelot sur la limbesolaire.Tacchini (P.). Comptes Rendus, 91, 156-8.7 T
98 LITERATURE OF THE SPECTROSCOPE.Observations solaires (kites a I'observatoire royal du College romain pen-dant le troisieme, 1 >v ".ini [P. |. Comptea Rendus, 91. 101Observations solairee faites a I'Observatoire royal da College romain pen-dant le premier, le deuxieme et le troisieme trimestree de 1 >S 1.Tacchini P. C »mpt< - R ndus, 93. 880; 94. -
'Comparaison entre le Bpectre normal <lu Sok-il it celui de refraction sui-vant I'echelle de Kirohhoff.Thali-n (R.). Ann. Chim. et Phys., I 18. 211.Deplacement dea raies spectrales, du au mouvement de rotation du SThollon (L.). Comptea R odus, 88. 169-171; Beiblatter 3(Abs.)j Jour. Chem. Soc., 36. 574.Observation faitesur on groupe de raies dans le spectre solaire.Thollon (L.). Comptes Rendus, 91, 868-70 ; Beil 4,790 \ •Amer. Jour. Bci., B) 20 180; Jour. Chem. Soc, 40.Quelques phendmenea Bolaires observes a Nice.Ion il,). Comptea Rendus, 91. i~Etudes spectroscopiqucs faites snr le Boleil a V( tbservatoire de Paris.Thollon (L.). Comptea Rendus, 91Sur ['interpretation de quelques ph6nomenes de spectroscopic solain .Thollon I- Comptea Rendus, 97. 747.Ktmk-s fait*-s an sommet <iu Pic <lu Midi, en vue de L'e'tablissement d'unestation astronomique permanente.Thollon et Trepied. Comptes Rendus, 97, 8 I - Nature, 29 J -Liter, 8. 824 AObservations relatives a la reponse de M. Faye concernant divers ph6-nomenes de Bpectroecopie solaire.
•| • I. Comptea Rendus, 97. 900.Recberches snr la decomposition de I'acide carbonique dans le .«;••Bolaire par lee parties verl g6taux.Tiiniriii- I Ann. Chim. et l'liv- i 12Bpectrea rugatifi oba rvei pres du limbe Bolaire.
• l. Ann. Chim et P 19. 188 149; & 4:.: apar M . Tao hini. Con 91, 166-8Sur la constitution physique du Boleil ; reponse mix critiques de M. 1\ | 75, 627-81 ; 77, 1491
LITERATURE OF THE SPECTROSCOPE. 99Verrnehrung und Verdickung der Fraunliofer'schen Linien bei Sonnen-untergang.Weiss (A.). Ann. Phys. u. Chom., 116, 101 ; Phil. Mag., (4) 24, 407.Remarks on spectroscopic observations of the Sun, made at the TempleObservatory, Rugby School, in 1871-2-3.
"Wilson (J. M.) and Seabroke (G. M.). Monthly Notices Astronom.Sue, 34, 26-29.Application of the spectroscope to observations of the Sun.Winlock (J.). Proc. Amcr. Acad., 8, 330.Note on the duplicity of the " 1474 " line in the solar spectrum.Young (C. A.). Amer. Jour. Sci., (3) 11, 429-431.Spectroscopic observations of the Sun.Young (C. A.). Nature, 3, 34.Spectroscopic Notes.Young (C. A.). Amer. Jour. Sci., (3) 20, 353-8 ; (3)26,333; Nature,23, 281 ; Chem. News, 20, 271 ; Beiblatter, 5, 2S7.Anologia delle vibrazioni luminose e delle spettro solare, con 1 tav.Zantedeschi (F.). Sitzungsber. Wiener Akad., 25, 145-165.De mutationibus quae contingunt in spectro solari fixo elucabratio,Zantedeschi (F.). Miinchener Abhandlungen, 8, 99.Ueber die Temperatur und die physische Beschaffenheit der Sonne.Zollner (F.). Der Naturforscher, 3, 93, 189, 233. 311 ; Per. Sachs. Ges.Wiss., 25, 158-194; Phil. Mag., (4) 46, 290-304, 343-5G.
2, Solar Absorption.Sur la loi de repartition suivant l'altitude de la substance absorbant dansl'atmosphere.Cornu (A.). Comptes Rendus, 90, 940-940 ; Beiblatter, 4, 727-8 (Abs.).Sur l'intensite calorifiquo do !a radiation solaire et son absorption parl'atmospherc terrestre.Crova (A.). Comptes Rendus, 81, 1205-7.Sur la mesure de l'intensite des raies d'absorption et des raies obscuresdu spectre solaire.Gouy. Comptes Rendus, 89, 1033-4 ; Beiblatter, 4, 369 (Abs.).Absorption of solar rays by atmospheric ozone.Hartley (W. N.). Jour. Chem. Soc, 39, 111-128; Ber. chem. Ges.,14, 1390 (Abs.).
1<'»') LITERATUBE OF THE BPE< VBThe select iv«' absorption of solar energy.Lan 25 Ann. Phys. u.Chi m., n. F. 19, 22&-244, 884 lOOj Phil. M 1529 ; :Observations of absorbing vapours upon the Sun.Monthly Nol fi 39bral-photometrische Untersuchungen insl zur B stimder Absorption der die Sonne umgebenden < rashulle.\ o : !!.<•. Bionateber. d. Berlin* L04-1 12.
| (sorption der chemisch wirksamen Strahlen in d3 mne.
! c l: G 24 II : Ann. Ph;143. 1G1- 45 50.4 3
Solar AtmospJa r< .On hydrocarbons in the solar atmosphere.W. . Rept. Br I \ L881 . 521Memoire Bur L'atmoi - laire.An I 68, 245.Atmospht ric lines of the Bolar Bpectrum, with i
.'. N . Phil. Trant 165(Jrsache der Spectren and I di< Zustande d rS onen-atmosphi
• hemie, 15Bur one atmosphere incand< so ate qui i ntoure La i aire.
< 68
mltats obtenus par M. Jans aais-lemmenl acquises au sujet de L'atinosphere Bolaire,
• R( i. In - . 68. 81 1.
re 'in Soleil.Littrow. I G3 IRefrangibilite* <1<' la raiejaune brilliante de l*atmosphere solaire.68 19
re de ['atmosphere Bolaire.
( 60 : 121 71 H ; 77, 529 j Ann. I b24 4
LITERATURE OF THE SPECTROSCOPE. 101Nouvelles observations sur l'atmosphere et les protuberances solaires.Secchi (A.). Comptes liendus, 68, 12-13.Sur l'etat actuel de l'atmosphere solaire.Secchi (A.). Comptes liendus, 84, 1430-34.Ueber den Einfluss der Atmosphiire auf die Linien des Spectrums.Secchi (A.). Ann. Phys. u. Chem., 126, 485.Resultats des operations faites en 1877 au bord du Soleil sur les raies b et1474 k.Tacchini. Comptes liendus, 86, 756.Observation of absorbing vapours on the Sun.Trouvelot. Monthly Notices Astronom. Soc, 39, 374.Spectral-photometrische Untersuchungen, insbesondere zur Bestinirnungder Absorption der die Sonne umgebenden Gashulle.Yogel (H. C). Monatsber. d. Berliner Akad. (1877), 104-142.Influence de la vapeur aqueuse visible dans l'atmosphere, et de la pluiesur le spectre solaire.Zantedeschi. Comptes Eendus, 63, G44.
4, B lines in the solar spectrum.Measures of the Great B line in the spectrum of a high sun.Smyth (C. Piazzi). Monthly Notices Astronom. Soc, 39, 38-43.Note on the Little b group of lines in the solar spectrum.Smyth (C. Piazzi). Trans. Roy. Soc. Edinburgh, 32, 37-44; Nature,23, 287 (Ahs.); Amer. Jour. Sci., (3) 21, 323.Resultats des operations faites en 1S77, au bord du Soleil sur les raies bet 1474 k.Tacchini. Comptes Rendus, 86, 750.Constitution et origine du groupe B du spectre solaire.Thollon (L.). Jour, de Phys., 13, 421 ; Nature, 30, 520.Memoire sur la constitution et l'origine du groupe B du spectre solaire.Thollon (L.). Bull, astronomique, 1883-4.Note by Smyth (C. Piazzi). Nature, 30, 535.
5, Bright lines in the solar spectrum.On the existence of bright lines in the solar spectrum.Christie (W. H. M.). Monthly Notices Astronom. Soc, 38, 473-4.
102 LITERATURE OF THE BPECTR08COPE.On the coincidence of the bright lines of the oxygen Bpectram with brightlines in the Bolar Bpectrum.Draper (H.). Amer. Jour. Bci . ' 18. 262 76; Monthly Notiatronom. Soc., 39, 440 17; Beiblatter, 4, 276 \Report to the Committee on Bolar Physics on the basic lines common toSpots and Prominences.Lockyer (J. N.). Proc. Royal Boc., 29. 247 65; B 4. 45
On a cause for the appearance of bright lines in the solar spectrum.
. La B. . Phil. Mag , 5 6 50 61 ; Jour. Chem. Boc., 36. 574 ;Amer. Jour. Sci., (8) 16, 290-800 ; Beiblatter, 2, 661 2 \Letter to the Buperintendent of the Q. S. Coast Survey, containing a cata-logue of bright line- in the spectrum of the solar atmosphere.Young (C. A.). Amer. Jour. Sci., (8) 4. 856-62; Nature, 7. 17-20.
6, Chemical effect* of the solar spectrum.Sur Taction chimique des diffSrents rayons du spectre solaire.Claudet Comptes Rendus, 25, 938.On the chemical efficiency of sunlight.Dewar (J.). Phil. Mag., 44, 807-811.Wirkung der chemischen Strahlen verscniedener Theile der Sonnen-
-eheibe.Jahreeber. d. Chemie, 16, 101.Rayons violets qui renfennent le maximum d'action chimique de Uratesles couleurs du Bpectre solaire.P . (A.). Compfc • !:• i d i>, 73. 1288.Experiences box la transmission de- rayons chimiques du Bpectre solaire ;itravers tlitli'rents milieux.m Comptea Rend .-3 rBeziehungen Ewischen der chemischen Wirkung dei Bonnenspectrums,der A.bsorption and anomalen Dispersion des Bonnenspectrums.\ .-• II i: -. :. m <. 7
7. ( 'hromotplu n and Corona,SjKetre de la coAonne.!' I pi 74
LITERATURE OF THE SPECTROSCOPE. J 03The comparative aggregate strength of the light from the red hydrogenstratum, and of that of the rest of the chromosphere.Hammond (B. E.). Nature, 3, 487.On the solar corona.Harkness (W.). Bull. Philosoph. Soc. Washington, 3, 116-110; Bc-blatter, 5, 128.Photographing the spectrum of the corona.Huggins (W.). Nature, 27, 199.The coronal atmosphere of the Sun.Janssen (J.). Nature, 8, 127-9, 149-50.Sur la photographie de la chromosphere.Janssen (J.). Comptes Rendus, 91, 12; Beiblatter, 4, 615.L'analyse spectrale de la lumiere zodiacale et sur la couronne des eclipses.Liais (E.). Comptes Bendus, 74, 262-4; Amer. Jour. Sci., (3) 3,390-91.Note on the unknown chromospheric substance of Young.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc., 28, 475-7; Bei-blatter, 3, 709 (Abs.).A new method of viewing the chromosphere.Lockyer (J. N.) and Seabroke (G. M.). Proc. Royal Soc., 21, 105-107 ;Amer. Jour. Sci., (3) 5, 319 (Abs.); Comptes Rendus, 76, 363-5;Phil. Mag., (4) 45, 222-4.Note on the existence of carbon in the coronal atmosphere of the Sun.Lockyer (J. N.). Proc. Royal Soc, 27, 308; Jour. Chem. Soc, 38,429 (Abs.).Preliminary note on the substances which produce the chromosphericlines.Lockyer (J. N.). Proc. Royal Soc, 28, 283-4; Nature, 19. 202;Amer. Jour. Sci., (3) 17, 250; (3) 18, 158; Beiblatter, 3. 420-421'.Discussion of " Young's List of Chromospheric Lines."Lockyer (J. N.). Proc Royal Soc, 28, 432-444; Beiblatter, 3, 420(Abs.).Photographic der Corona.Lohse(0.). Astronom. Nnchr.,104, 209-212; Beiblatter, 7,291 (Abs.).On the corona seen in total eclipses of the Sun.Norton (W. A.). Amer. Jour. Sci., (3) 1, 5-15; Phil. Mag., (4) 41,225-236.
In I LITERATI RE 0] >PE.
•n the chromosphere.J . W mthly N"o1 433
rvazioni spettroscopiche del Bordo e d Hi l'i tuberanze Solari.Respighi I. , R
1. 1 corona Bolare I'eclisse, 22 Die. 1-7".p I < i
.
rvazioni delle inversioni della coronale 1 !7I /fatte Del Osservatorio di Palermo.
I: '. Mem. Sp< ttr. ital., 10 . 18Professor Young and the pr< - ruthenium in the iNature, 9. •">.
( >n the spectrum of the corona.Samp • w T \ I - 16
Resultata de quelq - - pectros - - borda du SL). I 07pectrea dea I roia Stoiles de Wolf et Bur I'ana ; -de la lumiere du bord Bolaire et dea ta< I
,: ndus, 69
Note- Bur la constitution de l'aur6ole Bolaire el Bur quelquea paridu tube de < Teissier.\ 7;
)
Bur lea relations qui existent, dans le S >leil, entnbe'rancea el la couronne. 72,8 7 3Hydrogene et la raie I> dana le spectre <!< la chromosp Lire.\ I 7 3Bpectre de la chromosph
I niptes Bend 7 4
rations de la <-lir.'i 75
oesium dana la chromosphere du 3 v ; 44
LITERATURE OF THE SPECTROSCOPE. 105Presence du spectre du magnesium sur le bord entiere du Soleil.Tacchini. Comptes Rendus, 76, 1577; 77, (500-3; 02, 1385-7.Observations on the Corona seen during the eclipse of Dec. 11 and 12,1671.
"Winter (G. K.). Phil. Mag., (4) 43, 191-4.On the solar corona.Young (C. A.). Amer. Jour. Sci., (3) 1, 311-373.Note on the spectrum of the corona.Young (C. A.). Amer. Jour. Sci., (3) 2, 53-55; Chem. News, 24,198-9.Preliminary catalogue of the bright lines in the spectrum of the chromos-phere.Young (C. A.). Amer. Jour. Sci., 3 2, 332-335; Phil. Mag., (4) 42,377-380; Nature, 5, 312-313.Spectrum of the corona of the Sun.Young (C. A.). Amer. Jour. Sci., (3) 2, 53; Chem. News, 24, 198.Note on the chromosphere lines.Young (C. A.). Nature, 3, 266-7.Spectrum of the chromosphere.Young (C. A.). Nature, 5, 312.The corona line.Young (C. A.). Nature, 7, 28.Beobachtungen der Corona.Zollner (P.). Der Naturforscher (Berlin), 2, 167, 253, 379, 395 ; 3, 91,392 ; Les Mondes (Paris), 21, 345, 602 ; 22, 142; Nature, 1, 15, 139,146, 533, 543; 2, 114, 104, 277; 3, 163, 175, 262, 203, 278; Phil.Mag., (4) 38, 281 ; 39, 17 ; Monthly Notices Astronom Soc, 30, 193.8, The D group of lines in the solar spectrum.Monographic du groupe D dans le spectre solaire.Thollon. Jour, de Phys., (2) 3, 5-11; Beiblatter, 8, 047.9, Dark lines in the solar spectrum.Sur les raies sombres du spectre solaire et la constitution du Soleil.Cornu (A.). Comptes Rendus, 86, 315.Sur la distribution de la chaleur dans les regions obscures des spectressolaires.Desains (P.). Comptes Rendus, 95, 433.
LITERATURE <>f THE BPECTROSCOPE.
< )m tin- presence of dark lines in the solar Bpectram which correspondclosely to the lines of the Bpectram of oxygen.Draj Am.T. Jour. Sci., (8) 16,266 66 j Nature, 18. IBi iblatter, 3, 188 A.bs. i; Jour. Chera. Soc., 36. '.''.'7.M> aure de ('intensity de quelqaes raits obscures du Bpectre solaire.Gouy. Comptea Rendus, 91, 888 ; Jour. Chi MBeiblatter, 5. 16 i A.bs.).Dunkle Linien des Sonnenspectrums.Jahresber. d. Chemie, 16, 107, 110.A method of examining refractive and dispersive powers by prismaticreflection.Wollaston (W. H.). Phil. Trans. (1802), 866.Ursache ihr nn^leichen Intensitiit der dunklen Linien im Bpectram derSonne.ZOUner (F.). Ann. Phys. u. Chem., 141. 878.
10, Displacement of the solar spectrum.Note on the displacement of the solar spectrum.Hennessey (J. II. N.). Proc. Royal Boc., 22. 219.Ohservations on the displacement of lines in the Bolar spectrum cansedby the Sun'.- rotation.Young (C. A. I. Aim-r. JoUT. Sri.. 12 121 -
1 1, Kclijitc Spectra.On the solar eclipse of Dec. 22, 1870, observed at Keres, in Spain.Abbay (R.). Monthly Notices Ajtronom. Boc., 31. 60Observations on the total eclipse of the Bun of 1869.A.bbe (0.). Am.T. Jour. - 8,264
I >n the total solar eclipse ofMay IT. 1882.\V de W and Bhuatei \ Phil. Trans., 175. 268 271
;
Pi B j kl Si • . 35. l.'.l [A '' S tture,26Eclisse totale del 22 Die. 1870.\ \ Pal( rmo, i v 7<).On the results of the pic observations of the solar eclipcJuly 29, L8W 17, 121-6.
LITERATURE OF THE SPECTROSCOPE. 107Observations sur un artifice semblable auquel ont songe en meme tempsM. Janssen dans l'lnde et M. Zantedeschi en ItalicBeaumont (Elie de). Comptes Bendus, 68, 314The solar eclipse of July 29, 1878.Draper (H.). Amer. Jour. Sci., (3) 16, 227-30; Phil. Mag\, (5) 6,318-320.The Eclipse.Draper (H.). Nature, 18, 4G2-4.Account of the expedition of the Jesuits from Manilla, eclipse of Aug.]8, 1868.Faura (F.). Bull, meteorol. dell. Osservatorio del Collegio Romano, 7,no. 12.Suggestion relative a l'observation de l'eclipse de Soleil du 31 decembre1861.Faye. Comptes Rendus, 53, 679.Observations relatives a la coincidence des methodes employees separe-ment par M. Lockyer et par M. Janssen.Faye. Comptes Rendus, 67, 840.Note sur une telegramme et sur une lettre de M. Janssen.Faye. Comptes Rendus, 68, 112.Rapport au Bureau des Longitudes sur la prochaine eclipse du 6 mai1883.Fizeau, Cloue, Lewy et Janssen. Comptes Rendus, 95, 881-883 ; Ann.du Bureau des Longitudes (1883), 813-820; Nature, 27, 110-112.Account of spectroscopic observations of the eclipse of the Sun, Aug. 18,1868.Haig (C. T.). Proc. Royal Soc, 17, 74.On the total eclipse of the Sun of Aug. 18, 1868.Herschel (Alex.). Proc. Royal Institution, 18GS-9.The total eclipse of Aug. 7, 1869.Hough (G. W.). Albany (J. Munsell), 1870.Indication de quelques-uns des resultats obtenus a Cocanada pendantl'eclipse du mois d'aout dernier, et a la suite de cette eclipse.Janssen (J.). Comptes Rendus, 67, 838.Lettre sur l'eclipse du 18 aout.Janssen (J.). Comptes Rendus, 67, 839.
L08 I. IT)
R< .:: • d( - i. ti M- acquises Bur la constitution du63. 812.
( tbservati - pendanl lu 1 i aJa ' Rend 68Sur l'6clipsi totale du 22 d£cembre prochain, IJanssen (J.). I 71
• les resultats du >ur observer en AN'ri- I'eclipsSoleil du 22 Dec. L870.Jai 72Remarques but une derni de M. < lornu.Janssen (J. (. Comptes R 73
. Mii" but les observati - pendantl'eclipse du Soleil du 11 Dec. 1871, sur la cdt< M ibar.Janssi ..!.. 73
: L'eclipsi du 12 1 ><'<. 1871. 74. 111.
I.. - c :.-•' [uencee principalea qu'il peut tirer di • surl'eclipse du L2 Dec. Ifi 7 i. ! 7.",, .",1 i. 725 : .VAjtronom. S • 32 203 iem. Soc, (2) 10lipse Bolaire.
.i ,• . .-. 96. i:
;
28
iort a l'Academie sur la mission en pour ['observation de['eclipse totale de Soleil du 6 mai 1 :97,586-602 M 12216.Rapport a 1'Acad6mie relatif a l'observat]lor i [ndoustaiJw l 23Applications utiles de la d raphiqu*
- >leil.
i 70H of obeervationc the total • ' the Sun taki o ai " LeMarin Louisa" Vineyard, Cai J70.Lind . Lord). ] 31, 49
LITERATURE OP THE SPECTROSCOPE. 109Remarks on the recent eclipse of the Sun as observed in the UnitedStates.Lockyer (J. N.). Proc. Royal Soc, 18, 179; Comptes Rendus, 70,1390; Nature, 1, 14.Note on the recent and coming total solar eclipses.Lockyer (J. N.). Proc. Royal Soc, 34, 291-300; Nature, 27, 185-9;Beiblatter, 7, 193 (Abs.).The Mediterranean eclipse, 1870.Lockyer (J. N.). Nature, 3, '221-24, 321-2; Amer. Jour. Sci., (3) 3,22G-30.The solar eclipse.Lockyer (J. N.). Nature, 5, 217-19; Amer. Jour. Sci., (3) 3, 22G-30.The Eclipse.Lockyer (J. N.). Nature, 13, 457-62.Eclipse notes on the solar spectrum.Lockyer (J. N.). Nature, 25, 573-3; 26, 100-101.Spectrum of solar eclipses.Lockyer (J. N.). Nature, 27, 185.Report on the total solar eclipse of April 6, 1875.Lockyer (J. N.). Phil. Trans., 169, 139-154.The solar eclipse.Lockyer (J. N.)., Maclear (J. P.). Nature, 5, 219-21; Amer. Jour.Sci., (3) 3, 310-12.The total eclipse of the Sun of Aug. 7, 1809.Morton (Henry). Jour. Franklin Inst., (3) 53, 1*9, 150, 200.The solar eclipse of Dec. 22, 1870, observed at San Antonio, near Puertode Sta. Maria.Perry (S. J.). Monthly Notices Astronom. Soc, 31, G2-3, 149, 151.Sur l'eclipse du 17 mai 1882.Puiseux (A.). Comptes Rendus, 94, 1G43.Analyse spectrale des protuberances observees a la presqu'ile de Malaccapendant l'eclipse totale du Soleil du 18 aoiit.Rayet. Comptes Rendus, 67, 757; Rept. Astronom. Soc, 1868-9, p.152.The solar eclipse.Respighi (L.). Nature, 5, 237-8; Amer. Jour. Sci., (3) 3, 312-14.
110 LITERATURE OP THE »PB.Bpectralbeobachtongen wahrend tier totalen Bonnenfin - .luhres1868 zu Aden.Riha i.I.i. Sitzungsber. d. Wiener Akad., 58. II. 855, 721-4.Some remarks on the total Bolar eclipse of July '-" , . 1878.Schuster (A.). Monthly Notices Astronom. Soc., 39. it 7.Essai, pendant une eclipse solaire, de la aonvelle m6thode spectnproposes pour Is prochaiu passage de Venus.Becchi (A.). Comptea Rendus, 76, 1327-81 ; Chem. News, 27
( toservationa de I'eclipse Bolaire du 10 octobre 187 \, avec le BpectroeSecchi (A.). Comptea Rendus, 79L'nliservation des protuberances solaires faites bora du moment d'uneEclipse par M. Janssen et par M. Lockyer.Stewart (B.). Comptea Rendus, 67. 904.Sull'eclisse totale di sole del 17 maggio 1882, oss< rvato a Sohage in E|Tacchini (P.)- Mem. Spettr. ital., 11, Sept. 1 — 14 : Comptea Rendus,95The total solar eclipse of Dec. 1 2, 1871.Tennant i.I. P.). Monthly Notices Astronom. Soc.,32, 70-2; Nature,6Report of the Indian Eclipse, Aug. 18, 1868.TeniKuit !.' I' Royal Astronom. Soc Memoirs \ 1.7 lffaturforscher (Berlin), 1,811,819.827,851,869 198 2
I. \l •,!.-, 18. 180, 168, 272, 296, 862, 41::.Eclipse totale de Soleil, observes ;'i Souhage haute Egypte le 17 mai(tenij)s civil) Ls.sj.Thollon I. C mptes Rendus, 94. 1680- ttei 6Observation de I'eclipse totale du 17 mai 1882.Tripled. Comptes Rendus, 94. LIReports on the total eclipse of the Bun, An- 7. 1869.United Bl Uidi and i I\v tahinsrton, i Son the results <>f tin- eclipse observations, An/. 7. 1869.V ing(< a Amer. Jour. Sci., (8) •, 814; Nature, 1, 14, 17
.••: 1. M 21 -23. 16, 58, 1 12, l '•'•. 176.Spectroscopic observations of the American • -. [ipse party in Spain.v .: - c a Natun 3 .
LITERATURE OF THE SPECTROSCOPE. IllThe Sherman astronomical expedition.Young (C. A.). Nature, 7, 107-109.Observations upon the solar eclipse of July 29, 1878, by the PrincetonEclipse Expedition.Young (C. A.). Amer. Jour. Sci., (3) 16, 279-90.Total solar eclipse of August 28-29, 1886.By various persons. Abstract in Monthly Notices Astronom. Soc, 47(1887), 175.12, Spectra of the elements in the Sun.On sun-spots and terrestrial elements in the Sun.Liveing and Dewar. Phil. Mag., (5) 16, 401-408 ; Beiblatter, 8, 304-5(Abs.); Jour, de Phys., 13, 418.Note preliminaire sur les elements existant dans le Soleil.Lockyer (J. N.). Comptes Rendus, 77, 1317-52 ; Ber. d. chem. Ges.,6, 1554-5 (Abs.).Les elements presents dans la couche du Soleil qui produit le renverse-ment des raies spectrales.Lockyer (J. N.) * Comptes Rendus, 86, 317.
iSur la composition elementaire du spectre solaire.Matthiessen. Comptes Rendus, 19, 112.
13, Spectra of solar eruptions.Eruzione solare metallica dal 31 luglio, 1880, osservata a Palermo.Ricco (A.). Mem. Spettr. ital., 9, 96-100.Sur l'eruption solaire observee le 7 juilliet.Secchi (A.). Comptes Rendus, 75, 314-322.Sur les eruptions metalliques solaires observers a Palermo depuis 1871 jus-qu'en avril 1877.Tacchini (P.). Comptes Rendus, 84, 1448-50.Disegni delle eruzioni etc. del Sole fatti a Roma dal giugno a dicembre1879.Tacchini (P.). Mem. Spettr. ital., 4, 5-7.Sulle eruzioni solari metalliche osservate a Roma nel 1881.Tacchini (P.). Mem. Spettr. ital., 11, 53-8; Comptes Rendus, 94,1031-3 ; 95, 373-8; Beiblatter, 6, 486 (Abs.).
1 1 "J I l ; ERA! i l;l. OF THE 3PECT !:• -<An expl «i( n "ii the Sun (Sept. 13, 1-71 I.Y/oung i ' \ i; n Jour. Chemistry, 1871 ; Amer. Jour. Sci,2. I' - 7": Ni; .; 4 i- -; Phil. M .. . I 43 76 7:'.
14, Ga% spectra in the Sun.Preliminary aote of researches on gaseous Bpectra in relation t'> the phys-ical constitution of the Sun.Franckland and Lockyer. Proc. Royal Soc, 17. . I68 I ' J
\~>, Heat in the solar spectrum.Sur la distribution de la chaleur dans les regions obscurisol;:
1 1. I 95, 4des Warmemaximums im Sonnenspectrum.am h II . \;m. Phys. u. Uhem., 120, I'.';:.bichtliches fiber das Warmespectrum der Sonne.146. 200, 207, 209.Observations "n invisible beat-spectra and tin- recognition of hithertounm< asured wave-lengths, made at tin- A.flegh< n . tory, Pa,
- 1' \ 31 11' : 32 :Phil. Mag . -. 21 14-409 22 IAnn. CI 9p, 11 1-7 7 243 AImii: difiSrenta de la journee sur la position du maximumde temperature dans la partie obscure <lu Bpectre Bolaire.Melloi i li. 141.Spectr< calorifique oormal du Soleil.M uton. lu«, 89. 2Remarqu< - par M. Th« aard. Compb i B <Ontersuchungen fiber <li<' thermischen Wirkungi a des Bonnenspectrums.J \ .. Phys. u. CI,, in.. 105. .Wellenlange und Brechui al der § dunklen Warme-Btrahlen dee Sonnenspectrums. L05 • Be i11Gles propri€tes eohauffim laires par de grandesetdefaibles latitud o tlO.
LITERATURE OF THE SPECTROSCOPE. 113The solar spectrum in 1877-8, with some practical idea of its probabletemperature of origination.Smyth (C. Piazzi). Trans. Royal Soc. Edinburgh, 29, 285-342; Bei-blatter, 4, 276 (Abs.).Sur la temperature du Soleil.Soret (J. L.). Archives de Geneve, (2) 52, 89-95; Phil. Mag., (4) 50,155-8. 16, Hydrogen in the solar spectrum.La circulation de l'hydrogene solaire.Faye. Comptes Rendus, 76, 597-601.The comparative aggregate strength of the light from the red hydrogen-stratum, and of that from the rest of the Chromosphere.Hammond (B. £.). Nature, 3, 487.Depeche telegraphique addresse de Simla au sujet des lignes de l'hydro-gene dans le spectre des protuberances solaires.Janssen (J.). Comptes Rendus, 68, 245.17, Intensity of light in the solar spectrtim.On the variation in the intensity of the fixed lines of the solar spectrum.Draper (W.). Phil. Mag., (4) 25, 342.The comparative aggregate strength of the light from the red hydrogen-stratum, and of that from the rest of the Chromosphere.Hammond (B. E.). Nature, 3, 487.Distribution de l'energie dans le spectre solaire normal.Langley (S. P.). Comptes Rendus, 92, 701.Confronto fra la radiazione e l'intensita chimica della luce del sole.Macagno (J.). Mem. Spettr. ital., 8, App. 13-18.fitude de la distribution de la lumiere dans le spectre solaire.Mace (J.) et Nicati (W.). Comptes Rendus, 91, 623, 1073 ; Beibliitter,5, 301 (Abs.).Ueber die Vertheilung der chemischen Lichtintensitiit imSonnenspectrum.Monckhoven. Photographische Mittheilungen, 16, 145-6 ; Beiblatter,4, 49 (Abs.).Untersuchungen fiber die Helligkeitsiinderungen in verschiedenen Theilendes Sonnenspectrums bei abnehmender Hohe der Sonne fiber dcmHorizont.Mfiller (G.). Astronom. Nachr., 103, 241-252; Beiblatter, 7, 111(Abs.).8 T
114 LITERATURE OF THE BPECTBOSCOPE.
1 S, Iron lines in the solar spectrum.On the iron lines widened in Bolar Bpots.
I. .1 \ Proc. Royal Soc.,31, -5ptes Rendiu 92 904 910 40 <Abs.).19, Magnesium in (he solar spectrum.Spectre du magnesium en rapporl avec la constitution <lu Boleil.Fievez (Ch.). Ann. Chim. et Phys., (6 2320, Maps of the solar spectrum.On the photographic method of mapping the least refrangible end of theBolar Bpectrum i with :i map of the spectrum from 7600 to 1 "7llaki rian Lecture.Abney (W. '1'- W.). Phil. Trani 171 K-ndus,90. 182-8 j Beiblatter, 4 Lbs.).8ur le spectre normal do Soleil, partie ultra-violette.Cornu (A.). Paris, Gauthier-Villara, 1881, 4°. Extra:l'Ecole Dormale Buperieur, (2) 9. 1 1880). Avec deux planch'drawn by waviLtude du Bpectre .->laire.V •-/. (Ch.). Bruxi Hi -. F I! 13 Extrait
1 1 >bservatoire royal '1<' Bruxelles, n. Ber., tome I V \
1 Wave-lengths, lintEtude de la region rouge I A-< < 'In spectre solaire.
'..1 !•'. ll:i;. -.'. Bruxelles, 1888 I ExtraitI'Observatoire royal de Bruxelles, n. ser.,tome V. Avecdeui ;e-lengths, lines 7-"Dntersuchungen fiber daa Bonnenspectrum und <ii<' Bpectren d< r chenviechin Elemente.K ir. lil: 'V 1. Berlin, DQmmber, 1866 L875, 2 Theile, 1 Mfeln Besoi lere Abdriick aua den Abbandlungen deiAkademie dex Wissenschafl •trury scale.
)
Eft cherches Mir le Bpectre -"lain- ultra-violet, el >ur la d&erminatioilongueurs d'onde, Buivies d'unenote sur lea formules •!• dIti ,• B Extrait Lnna rciontiflqui -luperieure, tome I itbier-Villars, ]-'t, ttin plancbe.[A photographic map of the solar Bpectrum i- being made bj I'and, and some thirty part.- of it have been distributed privalAt the end of the year 1887 it extended from wave-length 0.wave-h ogtfa 0.0005796.]
LITERATURE OF THE SPECTROSCOPE. 115Large Maps of the Solar Spectrum,[by Thollon, in the Annuls of the Academy of Nice, Tome I. Not yetpublished, but about to be so ; and Tome II. is to contain another,smaller, map.]21 , Oscillation-frequencies.Catalogue of the oscillation-frequencies of solar rays.Rept. British Assoc, for 1878.22, Oxygen in the solar spectrum.Discovery of oxygen in the Sun by photography, and a new theory of thesolar spectrum.Draper (H.). Amer. Jour. Sci., (3) 14, 89-06; Nature, 16, 364; 17,339; Comptes Eendus, 85, G13 : Beiblatter, 2, 86-90.On a photograph of the solar spectrum showing the dark lines of oxygen.Draper (J. C). Monthly Notices Astronom. Soc, 40, 14-17; Amer.Jour. Sci., (3) 17, 448-452; Jour. Chem. Soc, 38, 201 (Abs.); Bei-blatter, 3, 872.Telluric oxygen lines in the solar spectrum.Egoroff. Amer. Jour. Sci., 126, 477 ; Comptes Rendus, Aug. 27, 1883.On the presence of oxygen in the Sun.Schuster (A.). Nature, 17, 148-9; Beiblatter, 2, 90-9323, Photography of the solar spectrum.Preliminary note on photographing the least refracted portion of the solarspectrum.Abney (W. de W.). Monthly Notices Astronom. Soc, 36, 276-7;Phil. Mag., (5) 1, 414-415.Photography at the least refrangible end of the solar spectrum.Abney (W. de "W.). Monthly Notices Astronom. Soc, 38, 348-51;Phil. Mag., (5) 6, 154-7.On the photographic method of mapping the least refrangible end of thesolar spectrum (with a map of the spectrum from 7600 to 10750).Bakefian Lecture.Abney (W. de W.). Phil. Trans., 171, 653-67 ; Proc Royal Soc, 30,67 (Abs.); Beiblatter, 4, 375 (Abs.); 5, 507-9 ; Comptes Rendus, 90,182-3; Jour. Chem. Soc, 38, 429.Use of the spectroscopic camera during the total solar eclipse of May 17,1882.Abney and Schuster. Proc Royal Soc. 35, 152.Photography of the ultra-red portions of the solar spectrum.Abney (W. de W.). Chem. News, 40, 311.
110 LITERATURE "I Till. BPBCTRO80OPB.Photographs of the Bolai Bpectrum.Amorj B Proc. Amer. a.cad., 11. 7". 279, with ]> lutes.[mage photographique coloree du Bpectre Bolaire.];, cquen I (Ed I mpt< - R< ndus, 26. 181.
I).- L'image photochromatique du Bpectre Bolaire, et dee images obtenusdan- la chambre obscure.
i:. [uerel E L Comptes Rendus, 27Rapport Bur ce memoire, par M. Regnault, d<>.. 28. 200.Bur les phoephorographies du Bpectre solaire.Becquerel I Ed. |. Jour, de Phys., (2) 1, 139.
vations Bur uu m&noire de M. E. Marc-hand rclatif a la mesure dela force chimique codtenu dans la Lumiere du Boleil.Bi juerel (Ed Ann. Chim. et Phys., 1 1 302 12. 942 Abs.).Janssen's new method of solar photography.Nature, 18Ueber directe Photographirung der Sonnenprotuberanzen.Brauo C Aatronom. Nachr., 80. 84-42; Ann. Phys. u. Ohem.,148. i: 188.The solar spectrum.
.i i: Nature, 6. 192Bur hi photographie du Bpectre solaire.
I I ptea Rendue, 90 • - I 90
< >n the phoephorograph of a Bolar Bpectrum, and on the lines of itsinfra-red region.
i u 21. 171-182; Phil M11. i:.: 169 . Beiblatter, 5. 509-610.
< in ; , method "t" photographing the Bolar corona without an("W 1' S 34 I" 27\ .i BcL, (8) 25 :- I " 27 \-,n. Ohiui. et P3 7 I \ | .:•-. 10-i118 118; Jour, de Phyi 2) 2, 178 (A I 96
Photographische Daretellung rums.Jahr i bemie, 16. L01 ; 17. 116DareteHung des Sonnenspectrums ; Vbrleeui ch.
I' Bei Gee., 9, I 2
LITERATURE OF THE SPECTROSCOPE. 117On the use of the reflecting grating in eclipse photography.Lockyer (J. N.). Proc. Royal Soc, 27, 107-8.Rutherfurd's Photographie des Sonnenspectrums.Muller (J.). Ann. Phys. u. Chem., 126, 435.Photographie de l'image du spectre solaire.Niepce de Saint Victor. Comptes Rendus, 45, 814 ; 46, 451, 490.Photography of the infra-red region of the solar spectrum.Pickering (H. W.). Proc. Amer. Acad., 20, 473.On recent progress in photographing the solar spectrum.Rowland (H. A.). Rept. British Assoc. (1884), 635.On photographs of the solar spectrum.Rowland (H. A.). Amer. Jour. Sci., (3) 31, 319.Etude photographique du Soleil a l'observatoire imperial de Paris.Sourel. Comptes Rendus, 71, 225.Le fotografie del Sole fatte all'osservatorio df Meudon dal ProfessorJanssen.Tacchini (P.). tern. Spettr. ital., 9, 1-5.Photographie der weniger brechbaren Theile des Sonnenspectrums.Vogel (H. C.) und Lohse (O.). Ann. Phys. u. Chem., 159, 297 ; 160,292.On reversed photographs of the solar spectrum beyond the red, obtainedon a collodion plate.
"VVaterhouse (Capt. J.). Proc. Royal Soc, 24, 18G-9.Ueber den Einfluss des Eosins auf die photographische Wirkung desSonnenspectrums auf das Silberbromid und Silberbromjodid.Waterhouse (Capt. J.). Ann. Phys. u. Chem., 159,016-022; Proc.Royal Soc. Bengal for 1876.Photographie directe des protuberances solaires sans l'emploi du spectro-scope.Zenger (C. W.). Comptes Rendus, 88, 374.
24, Pressure on the Sun.On a method of determining the pressure on the solar surface.Wiedemann (E.). Monthly Notices Astronom. Soc, 40, 627-8.
US LITERATURE OF THE BPEI TR08COPE.On a means to d< termine the pressure at the surface of the Sun and stars,and some spectroscopic remarks.Wiedemam Proc. Physical S *c., 4. 81-84 ; PhiL Mag., [6 10.128 5 B( .: latter, 4, 618 (Abs.).26, Spectra of wlar protuberance*.Quadri Btatistici delle protuberanze e macchie Bolari oeservati all' IEtomano oel 1 Bemestre, 1879.Biirbi.-ri (E.). Mem. Spettr. ital., 8, 70-80.Constitution dee protuberances solainBianchi. Comptes Bendus, 68. 276.La d€couverte du moyen qui permet d'ob i tout temps les protu-berances Bolaires.Delaunay. Comptes Bendus, 67, H :.Iravaux de M. Respighi pour l'observatiou spectrale des protuberancessolaires.Faye. Comptes Bendus, 70. -Sur les taches et protuberances solaires obeervees a l'equatorial du Colromain.Ferrari. Comptea Rendu*, 87, .'71-3.Spectroscopic observations of the solar prominence*.Herschel (Capt). Proc. Royal 8oc., 18. 62, 119,Note on a method of viewing the solar prominences without an eclijH igg : \v . Proc. Royal Boc , 17. 802.Note on the wide-slit method of viewing the solar prominenHoggini (W.). Proc. Royal Boc., 21. 127.Etude spectrale des protuberances solain -.Jauuen (J.). Comptes Rendus, 68M6thode qui permet deconstater la matiere protub4rantielle aur tout lacontour da disque solaire. lua, 68. 718.
< )n the solar protubenuJans* d J Pi B yal B< c 17. :~\ • . • beevation of the spectrum of a solar prominence.
... -.IN . 17. 91, 104, 128.
LITERATURE OF THE SPECTROSCOPE. 119Report to the Committee on Solar Physics on the Basic Lines common toSpots and Prominences.Lockyer (J. N.). Proc. Royal Soc., 29, 247-265; Beiblatter, 4,45(Abs.).Protuberances solaires.Lockyer (J. N.). Comptes Rendus, 67, 949.Analyse spectrale des protuberances observees a, la presqu'ile de malaccapendant l'eclipse totale du Soleil du 18 aout 1868.Rayet. Comptes Rendus, 67, 757.Sur le spectre des protuberances solaires.Rayet. Comptes Rendus, 68, 62; Ann. Chim. et Phys., (4) 24, 56.Renversement de deux lignes du sodium dans le spectre de la lumiered'une protuberance.Rayet. Comptes Rendus, 70, 1333.Osservazioni spettroscopiche del Bordo e delle Protuberanze Solari [withlithographic plate of the prominences].Respighi (L.), Roma, 1871.Sulle protuberanze solari.Respighi (L.). Bull, meteorol. dell'osservat. del Coll. Rom., 9, 89-91
;
Amer. Jour. Sci., (3) 1, 283-287.Spectre des protuberances solaires.Respighi (L.). Comptes Rendus, 77, 716, 774.Noch einmal meine Bedenken gegen die Zollner'sche Erkliirung der Son-nenflecke und Protuberanzen.Reye (T.). Ann. Phys. u. Chem., 151, 166-173.Quelques particularites du spectre des protuberances solaires.Secchi (A.). Comptes Rendus, 67, 1123.Remarques sur la relation entre les protuberances et les taches solaires.Secchi (A.). Comptes Rendus, 68, 237-8.Sur les relations qui existent, dans le Soleil, entre les facules, les protu-berances et la couronne.Secchi (A.). Comptes Rendus, 72, 829-32 ; 73, 242-6, 593-9.Sur les divers aspects des protuberances.Secchi (A.). Comptes Rendus, 73, 826-36, 979-83.
L20 LITERATURE OP THE BPECTR08COPE.Sur un nouvcau moyen do mesurer les hauteurs des protuberances solabi (A.). Comptea Bendus, 74. 218-224.
3] tre des protuberances Bolaires.i.i A i. I is, 74, 218-24.
I; • ~ 1 1 1 n «'• des observations des protuberances Bolaires du 1 Janvier au 29avril.Becchi A • Comptea Bendus, 74 - - Monthly • &stinom. Soc., 32. 818 20 ABur les protubt'ramvs >-t les taches solainB hi ; A.). Comptea Bendus, 76. 251.Quelquea observations spectroscopiques particulieres.bi (A.). ( 'omptes Bendus, 76. 1052.Nouvelle s.'ric d'observations sur les protuberances Bolaires; Bpectre duBodium, <le I'hydrogene, du fer, du magnesium, peut£tre des ox]Secchi A. . Compti • Bendus, 76. 1522-26.Protuberances s"laires.Becchi (A.). Comptea Bendus, 77. '.'77.
I observations Bpectrales des protuberances >"laires pendant le dernier tri-mestre de I'annee 1873.Secchi (A.). Comptea Bendus, 78. 606.Tableaux des observations des protuberances s ilaires, du1873 au 2 aout 1874.bi A Comptea Bend i 79, 88Etudes des taches el des protuberances solaires de l s 71 & 1875.Secchi (A.). C mpt< - Bendus, 80. 127 -
les protuberances et diavril au 28 juin 1
I ;: odus, 81
rvations tpiques des protuberances BolaiiComptes Bendus, 82, 717.Nouvelle serie d'observatioi - protuberances el les taches chi (A.). I Bendus, 88 26 7.Brvaiions dee protuberances solaires pendanl le Becond tri.-:1876. 34
LITERATURE OF THE SPECTROSCOPE. 121Observations des protuberances solaires, pendant le premier semestre del'annee 1877.Secchi (A.). Comptes Kendus, 86, 98.Ueber eine ausgezeichnete Protuberanz.Spdrer. Ann. Phys. u. Chem., 148, 171-2.L'observation des protuberances solaires faites du moment une eclipsepar M. Janssen et M. Lockyer.Stewart (Balfour). Comptes Eendus, 67, 904.Observations des taches et des protuberances solaires, pendant le 1 tri-mestre de 1878.Tacchini (P.). Coniptes Kendus, 86, 1008.Observations des taches et protuberances solaires pendant les troisieme etquatrieme trimestres de 1879.Tacchini (P.). Comptes Kendus, 90, 358-GO.Observations des protuberances, des facules et des taches solaires pendantle premier semestre de l'annee 1880.Tacchini (P.). Comptes Kendus, 91, 406-7.Observations des taches, des facules et des protuberances solaires, faites al'observatoire du College romain pendant le dernier trimestre,1880.Tacchini (P.). Comptes Rendus, 92, 502-4.Protuberanze solari osservate a Palermo nel quarto trimestre del 1878.Tacchini (P.). Mem. Spettr. ital., 8, 10-11.Riassunto delle protuberanze e delle macchie solari osservate alia specoladel Collegio Romano nel mese di Settembre, Ottobre e Dicembre.Tacchini (P.). Mem. Spettr. ital., 8, 13-10.Sulla distribuzione delle macchie, facole e protuberanze solari sulla super-ficie del Sole, durante l'anno 1880.Tacchini (P.). Mem. Spettr. ital., 10, 122-3.Observations des protuberances, des facules et des taches solaires faites al'observatoire royal du College romain pendant le premier semestre1882.Tacchini (P.). Comptes Kendus. 95, 27G-8.Observations des protuberances, facules et taches solaires faites a l'Obser-vatoire royal du College romain pendant le troisieme et le qua-trieme trimestre de 1882.Tacchini (P.). Comptes Rendus, 96, 1290-1 ; Nature, 28, 48 (Abs.).
122 LITERATURE OF THE SPECTROSCOPE,Forms of solar protuberant i -.Tacchini | P. |. Nature, 6. 298.Tacb.es et protuberances Bolaires obe i c on Bpectroscope A grandedispersion.Thollon (L. i. Compfc - I: n is, 89. -Observation Bpectroscopique d'une protuberant e Holaire ]<• .')(> anut 1»".Thollon (L.). Comptea Rendus, 91, 482.Perturbations Bolaires nouvellement obsenThollon (L.). Comptes Rendu*, 97. 1 1 1.Tacbes et protuberances solaires observees avec un Bpectroscope a treegrande dispersion.Thollon (L.). Jour, de Phys., 9. 11*.Sudden extinction of the light of a Bolar protuberance.Trouvelot (E.). Amer. Jour. Sci., (8) 15, fi -
» 'liscrvations of the Bolar promineniTupman (Capt). Monthly Notices Astroi . 33. 105-116;Amer. Jour. Sci., (8) 5. 819.Bur une me'tnode employee par M. Lockyer pour observer en temps ordi-naire les spectres des protuberances Bignalees dans les eclipsec5 leil.Warren de la Rue. Comptet Bendus, 67. EBeobachtung der Sonnenprotuberanzen in monochromatiscbem Lichte.Zenker ("W Ann. Phya. u. Chem., 142. 172 KBinrichtung des Spectroskops Eur Wahrnehmung der Protuberanxen.Zollner I' &.nn. Phya. I 138. 12
i Lchtungeo von Protuberanzen der Sonne.Zollner V Der Naturforacher, 1, 417 ; 2,9,88,51,74,91,111218, 246, 888; 3, 89, 176, 189, 206, 262, 268, 278; Lei M ad .18.118; 19, 218, 216, 282, 198; Nature, 1. 172, 196, 601 ; 2, 181.
26, Radiation and tic tolar spectrum,Recherches mr les effets <!<• la radiation chimique de la hinudre aolaire,an moyen des courants electriques.
1 ... 9. 1 16.
- H. Bl i. »!"., 1G9.
LITERATURE OP THE SPECTROSCOPE. 123Sur de nouveaux procedes pour etudier la radiation solaire, tant directeque diffuse, dans ses rapports avec la phosphorescence.Biot. Comptes Rendus, 8, 259, 315.Sur la repartition de la radiation solaire a Montpellier pendant l'annee1875.Crova (A.). Comptes Rendus, 82, 375-7.Ou the present state of our knowledge of solar radiations.Hunt (R.). Rep'ts British Assoc, for 1850, 1852, 1853.Etude des radiations superficielles du Soleil.Langley (S. P.). Comptes Rendus, 81, 43C-9.27, Red end of the solar spectrum.Photography of the ultra-red portions of the solar spectrum.Abney (W. de TV.). C'hern. News, 40, 311.Work in the infra-red of the spectrum.Abney (TV. de TV.). Nature, 27, 15-18; Jour, de Phys., (2) 3, 48;Beiblatter, 7, G95 (Abs.).Atmospheric absorption in the infra-red of the solar spectrum.Abney (TV. de TV.) and Festing (Lieut. Col.). Nature, 28, 45 ; Proc.Royal Soc, 35,80.On the fixed lines in the ultra-red region of the spectrum.Abney (TV. de TV.). Phil. Mag., (5) 3, 222; Beiblatter, 1, 239.On lines in the infra-red region of the solar spectrum.Abney (TV. de TV.). Phil. Mag., (5) 11, 300; Beiblatter, 5, 509.Sur l'observation de la partie infra-rouge du spectre solaire au moyen deseffets de phosphorescence.Becquerel (Ed.). Comptes Rendus, 83, 249-255; Archives de Geneve,(2) 57, 306-318; Amer. Jour Sci., (3) 13, 379-80 (Abs.); Ann.Chim. et Phys., (5) 10, 5-13.La determination des longueurs d'onde des rayons de la partie infra-rougedu spectre au moyen des effets de phosphorescence.Becquerel (Edm.). Comptes Rendus, 77, 302 ; Amer. Jour. Sci., (3)28,391,459.On the fixed lines in the ultra-red invisible region of the spectrum.Draper (J. TV.). Phil. Mag., (5) 3, 80-89 ; Beiblatter, 1, 239-40(Abs.).Optical spectroscopy of the red end of the solar spectrum.Hennessey (J B. N ). Nature, 17. 28.
124 LITERATURE OP THE SPECTROSCOPE.Der infm-rothe Theile dee Sonnenapectruma.L*ng (V. von] I i Bepert, 19, 107-9 j Beiblittor, 7 :t iOn certain remarkable groups in the lower spectrum.Langley (8 P Proc. Amer. Acad., 14, 92-105; Beiblatter, 4, 208.Photography of the infra-red region of the Bolar Bpectrum.Pickering (W. II.). Proc. Amer. Acad., 20Eine WclKnUingenmessung im ultrarothen Sonnenspectrum.Pringaheim K. . Ann. Thy.-, a. Chem., n. P. 18. ;j . Amer. Jour.S,i., (8) 25. 280.Optical Bpectroecopy of the red end of the solar spectrum.Smyth (C. Tiazzi). Nature, 16. 26428, Spectroscopic effect of rotation.Bur la loi do rotation du Soldi; reponse u uae reclamation du P. Secchiet a un me'moire <lu Dr. Zollner.
-. Comptea Bendus, 73. 1122-81.
r die Bpectmseopisclie Beobaehtung der R nation der Sonne, uud einneues Reversionapectroacop.ZOllner (P.). Ann. Phys. u. Chem., 144. 440.29, Storms mid cyclones on the Sun.Sur la nouvelle hypothese du P. Secchi.
l'.i'. • I Bendus, 76. 598—7.Note Bur guelques points de la theorie dea cyclones Bolaires, en reponse aune critique par M. Vicaire.Paye. Oomptes Bendus, 76. 788- 11Reponae an 1". Secchi el a M. Vicaire.Paye. G t< adus, 76. 919 " >82
-in- lis cyclones Bolairea, avec une reponae '1'- M. Respighi a M. MVicaire «'t Secchi.Paye. Oomptei Bendus, 76. 1229-82Sur Irs cyclones du Soleil compares a ceuz de aotre atmosphere.T:irrv II). C >m] ' 77,44-8
:r.' d'une cyclone solair* ,Thollon (L.), I 90,87-9rations iur la ifeeorie dee cycl >nes lolaii
i
LITERATURE OF THE SPECTROSCOPE. 12530, Sun-spots.On the spectrum of a solar spot observed at the Royal Observatory,Greenwich.Airy (G. B.). Monthly Notices Astronom. Soc, 38, 32-3.On the spectrum of a sun-spot observed at the Royal Observatory, Green-wich, 1880.Airy (G. B.). Monthly Notices Astronom. Soc, 41, 63-4.Dessin des taches solaires observees le 23 mai a 7 heures du soir.Baudin. Comptes Rendus, 70, 1193.On a periodicity of cyclones and rainfalls in connection with sun-spotperiodicity.British Assoc. Rep'ts for 1873-8.Bands observed in the spectra of sun-spots at Stonyhurst Observatory.Cortie (A.). Monthly Notices Astronom. Soc, 47 (188G), 19.Complement de la theorie physique du Soleil ; explication des taches.Faye. Comptes Rendus, 75, 1064-72, 1793-6; 76, 301-10, 389-97 (res-ponse aux critiques de M. M. Secchi et Tacchini).Reponse a de nouvelle objections de M. Tacchini.Faye. Comptes Rendus, 77, 381-8, 621-7.Theorie des scories solaires selon M. ZGllner.Faye. Comptes Rendus, 77, 501-9.Sur l'explication des taches solaires proposee par M. le Dr. Raye.Faye. Comptes Rendus, 77, 855-61.Reponse aux remarques de M. Tarry sur la theorie des taches solaires.Faye. Comptes Rendus, 77, 1122-30.Theories solaires ; reponse a quelques critiques recentes.Faye. Comptes Rendus, 78, 1663-70.Observations au sujet de la derniere note M. Tacchini, et du recent mem-oire de M. Langley.Faye. Comptes Rendus, 79, 74-82.Double serie de dessins representant les trombes terrestres et les tachessolaires executee par M. Faye.Faye. Comptes Rendus, 79, 265-73.Sur le dernier numero des " Memorie dei Spettroscopisti italiani."Faye. Comptes Rendus, 80, 935-6.
126 LITERATURE OF THE BPECTR08COPE.Spectrum of the great bud spot of 1882, Nov. 12— _»"».Greenwich Observatory, Monthly Notid 43 77On sun-spots and terrestrial elements in the Sun.Liveing (G. D.) and Dewar(J.). Phil Mag., " 16. 100, 804 (Abs.)j Jour, de Thy-., 13Temperature of sun-spots.Liveing(G D.) and Dewar (J.). Phil Mag., 5 17,302-4; B8, 768 A
( >n :i Bun-spot observed Aug. 31, 1*80.Lockyer (J. N.J. Proc R yal Soc., 31. 72 j Beiblatter, 5. I I \Note on the reduction of the observations of the Spectra of 1"" -observed at Kensington.Lockyer (J. N.). Proc. Royal Soc, 32. 208-6.Preliminary Report to the Solar Physics Committee on the Sun-- •• t Ob-servations made at Kensington.Lockyer (J. N.). Proc. I . 33. 154; Chem. News, 44.
2
Bi iblatter, 6, 281-2 (Abs.).On the most widened lines in sun-spot Bpectra; first and second series,from November 12, 1879, to October 15, 1881.
I. .(. N.). Proc. l: -alfi . 36. 448-1 42(1887
( Ibservations of sun-spot spectra in 1883.M -.-lily Notices Astronom. Soc., 44, 244-8.On the sun-spot Bpectrum from D to B.r -: - .1 . Kept British Assoc. (18S4), IAnalyse spectrale d'une tache .-"'air.'.
:. Comptee R< adus, 70
use a M. Faye concernant lea tachea BolaReye (T.\. Comptei R< adus, 77, 1 178
I.. - minima dea tachea <lu Soldi en 1 SH
.
\ I adus, 94. 1169-71.Bulla diverse attivita dei due emisferi solari nel 1881.\ . Astronom. Nachr., 103, 1
][> marqu< i Bur la relation entre lea protul>«Tan<vs »t lea tachea solaires.Com] tea & adus, 68Prta nee de la vapeur d'eaa dans 1<' voisinage • !• i tachea solaires,Seccbi ^A.j. Oomptea R i d . 68
LITERATURE OF THE SPECTROSCOPE. 127L'analyse comparative de la lumiere du bord solaire et des tacb.es.Secchi (A.). Comptes Rendus, 69, 39.Note sur les taches solaires.Secchi (A.). Comptes Rendus, 69, 163, 589, 652. .Sur les taches et le diametre solaires.Secchi (A.). Comptes Rendus, 75, 1581-4.Taches solaires.Secchi (A.). Comptes Rendus, 76, 519-27.La theorie des taches solaires, reponse a M. Faye.Secchi (A.). Comptes Rendus, 76, 911-19.Etudes des taches et des protuberances solaires.Secchi (A.). Comptes Rendus, 80, 1273-78; 83, 26-7.Note sur les taches du Soleil.Sonrel. Comptes Rendus, 70, 1033.Report to the Solar Physics Committee on a Comparison between appar-ent Inequalities of Short-period in Sun-spot Areas, and in DiurnalTemperature-ranges at Toronto and at Keno.Stewart (B.) and Carpenter (W. L.). Proc. Royal Soc, 37, 22, 290.Macchie solari e facole osservate a Palermo nei mesi di gennaio, febbraio,e marzo 1879 (e durante l'anni 1879 e 1880).Tacchini (P.). Mem. Spettr. ital., 8, 35-6, 50-1, 55-6, 90-2, 97-101 ;9, 45-8, 91-2, 190-2; 10, 1-4, 122-123.Sur la theorie des taches solaires ; reponse a deux notes precedentes deM. Faye.Tacchini (P.). Comptes Rendus, 76, 033-5.Sur la theorie emise par M. Faye des taches solaires.Tacchini (P.). Comptes Rendus, 76, 826-30.Nouvelles observations spectrales, en disaccord avec quelques-unes destheories cruises sur le taches solaires.Tacchini (P.). Comptes Rendus, 77, 195-8.Observations spectroscopiques sur les taches solaires ; reponse a M. Faye.Tacchini (P.J. Comptes Rendus, 79, 39.Sur les taches solaires.Tacchini (P.). Comptes Rendus, 84, 1079-81.Spectre d'une tache solaire observee pendant le mois de juin 1877.Tacchini (P.). Comptes Rendus, 84, 1500.
12S LITERATURE OF THE BPECTROSOOPE.
1 I rvationa dea taches et des protuberance! solaires pendant le 1 tri-meatre de 1878.Tacchini (P.)- Comptes Rendni, 86, 1008.Observations des taches et des protuberances solaires (pendant lea u1879, 1880, 1881, et L8fTacchini P Comptes Rendu?, 90. 858-60; 91,816-7,466-7; 93,
. 95 276-8; 96. 1290.Sur la grande tache aolaire de novembre 1882, et sur les perturbationsmagnctitjues qui en out accompagne' ['apparition.Tacchini | P.). Comptes Rendus, 95, 1212-1 i.Macchie Bolarie facole osservate in Roma all' equatorialedi Cauchoix nelterzo trimeatre, e nel ultimo trimc-stre 1879,Tacchini (P.) e Millosevich (E.). Mem. Spettr. ital., 8. 78-4, sS-9.Macchie Bolari e facole osservate a Roma nel mese di gennaio, 1 380.Tacchini (P.) e Millosevich (E.). Mem. Spettr. ital., 9, 8.Observations dea tachea du Soleil, faitee a 1'' tbaervatoire de Toulouse en1874 et 1875.rand (F.). Comptes Rendu*. 82. 71Sur deux tachea Bolairea actnellement viaiblea & I'oeil nu.Tremeschini. Comptes Rendus, 70, C40.On the veiled Bolar spots.Trouvelot - L.). Pi \ 11, 61 Liner. Jour. S i., (3j11. 169-176.Sur la theorie dee tachea et sur le noyau obecur du BoleiL18, 76. 1Sur la constitution du Soleil, et la theorie dea tachea.76 1640 t 77 KM
a tii- temperature of sun-spots. 17 . n
ir la frequence dea tachea du Soleil i la varia-tion de la declinaiaon magne'tique.W If C mpti - & ndu*, 70. 741.
•;.';. Not : ' ra. 3. 110-118.
LITERATURE OF THE SPECTROSCOPE. 129Ueber die Periodicitat und heliographische Verbreitung der Sonnen-flecken.Zdllner (F.). Ber. Sachs. Ges. d. Wiss., 22, 338-350; Ann. Phys. u.Chem., 142, 524-539.Ueber den Aggregatzustand der Sonnenflecken.Zollner (F.). Ann. Phys. u. Chem., 152, 291-310.
tr31, Telluric (terrestrial) rays of tlie solar spectrum.Etude spectrale du groupe de raies telluriques nomme" a (Alpha) parAngstrom.Cornu (A.). Comptes Rendus, 95, 801 ; 98, 169-76 ; Nature, 29, 351;Beibliitter, 8, 305-7 (Abs.); Jour, de Phys., (2) 3, 10:'-117.Les bandes telluriques du spectre solaire.Crova (A.). Comptes Rendus, 87, 107.Sur les raies telluriques du spectre solaire.Egoroff (N.). Comptes Rendus, 93, 385, 788; Chem. News, 44, 256(Abs.); Beibliitter, 5, 871-2 (Abs.); 6, 100-101 (Abs.).Sur la production des groupes telluriques fondamentaux A et B du spectresolaire par une couche absorbante d'oxygene.Egoroff (N.). Comptes Rendus, 97, 55:3-7 ; Beibliitter, 7, 859-60(Abs.); Amer. Jour. Sci., (3) 26, 477 (Abs.).Tellurische Linien der Sonne und der Gestirne.Jahresber. d. Chemie, 18, 92 ; 19, 77.Sur les raies telluriques du spectre solaire.Janssen (J.). Comptes Rendus, 54, 1280; 56, 189, 538; 57, 1008;60, 213; 95, 885; Ann. Chim. et Phys., (4) 23, 274-299; Ann.Phys. u. Chem., 126, 480; Phil. Miig., (4) 30, 78.In feuchter Luft siud die Wiirmestreifen des Sonnenspectrums breiter.Larnansky (S.). Ann. Phys. u. Chem., 146, 217.Etude sur les raies telluriques du spectre solaire.Thollon (L.). Comptes Rendus, 91, 520-522 ; Beiblatter, 4, 891 (Abs.).
32, Ultra-violet part of the solar spectrum.Etude du spectre solaire ultra-violet.Cornu (A.). Comptes Rendus, 86, 101 ; Jour, de Phys., 7, 285.Deux planches relatives au spectre solaire.Cornu (A.). Comptes Rendus, 86, 983.9 T
130 LITERATURE OP THE SPECTROSCOPE.Bar ['absorption atmosphenques des radiations ultra-violetb -
I rnu A Jour, de Phj - . 10. 5.Bur In limits ultra-violette du spectre solaire.Cornu (A.). Compl \ Rendus, 88, 1101 Bj Proc. Royal Soc., 29, 4766; Jour. Chem. Soc., 36, 861 \ Beiblatter, 4, 89 10(4
< )l>srrvuti<>n de Ja limits ultra-violette du Bpectre solaire a divsrses alti-tudes.Cornu i A.). Comptea Rendus, 89. 808 B14j Jour. Chem. Soc., 38.201 \ Ain.-r. Jour. Sci., 3) 19. 406.Loi <le repartition, Buivant ['altitude, de la substance absorbant1'atmosphere des radiations Bolaires ultra-violettes.A.). Comptea Rendus, 90. 140Sur le spectre normal du Boleil; partie ultra-violette.Cornu iA.i. Ann..].' I'flcole Honnale, 2) 9. 21—106 ; Beiblatter, 4,371-4 (Abs.).Bur Irs longueurs d'onde et lea caracteres des raies violettes et ultra-violettes du Boleil, donnees par une pbotograpbie mite au moyen(1'un reseau.Draper B. I. Comptea Rendus, 78. 682 8Influence des rayons ultra-violets du Bpectre solaire sur la matiere \des \ •'•_'.'taux el Bur la flexion des tillemin. Comptea Rendus, 45. 62, 548Ultra-violette Strahlen des Bonnenspectrums.Jahresber. d. Chomie 1 1872), 184.Sur les raies tin spectre solaire ultra-violetMaaoart Comptea Rendus, 57, 789; Phil Ha 27Sur I'absorption <lu uouveau violet extreme par diverses matierHatthieaaen. Comptea Rendua, 19, 112.Rayons violets qui renferment le maximum d'action chimique <le toutesouleura du Bp sire.Poey (A C imptea R< nd is, 73. 1288N-> uveller- experiences tendanl a demontrer >iu'il exists une force m»tisante darH ['extremite* violette du Bpectre solaire.Ridolfl C Ann. ('him. et Phyi 3
LITERATURE OF THE SPECTROSCOPE. 13133, Water in the solar spectrum.The influence of water in the atmosphere on the solar spectrum and solartemperature.Abney ("W. de W.) and Festing (R.). Proc. Royal Soc, 35, 328-41
;
Jour. Chem. Soc, 46, 241 ; Beiblatter, 8, 507 (Abs.).Aqueous lines in the spectrum of the Sun.Cooke (J. P., Jr.). Amer. Jour. Sci., 91, 178; Phil. Mag., (4) 31,337.Influence de la vapeur aqueuse visible dans l'atmosphere, et de la pluiesur le spectre solaire.Zantedeschi. Comptes Rendus, 63, 644.34, Wave-lengths of the solar spectrum.
"Wave-lengths of A, a, and of prominent lines in the infra-red of the solarspectrum.Abney (W. de W.)- Proc. Royal Soc., 36, 137.Determination des longueurs d'onde des raies et bandes principales duspectre solaire infra-rouge.Becquerel (H.). Comptes Rendus, 99, 417; Amer. Jour. Sci., 123,301, 459.Determination des longueurs d'onde des raies du spectre solaire au moyendes bandes d'interference.Bernard (F.). Comptes Rendus; 58, 1153; 59, 32.Sur la photometrie solaire.Crova (A.). Comptes Rendus, 94, 1271; 95,1271-3; 96,120; Bei-blatter, 7, 113 (Abs.).Bestimmung der "Wellenlangen der Fraunhofer'schen Linien des Sonnen-spectrums, mit 2 Tafeln.Ditscbeiner (L.). Sitzungsber. d. Wiener Akad., 50 II, 286, 296-341.Sur les longueurs d'onde et les caracteres des raies violettes et ultra-violettes du Soleil, donnees par une photographie faite au moyend'un reseau.Draper (H.). Comptes Rendus, 78, 682-G.On the normal solar spectrum (giving wave-lengths of the principal linesof the solar spectrum).Gibbs (Wolcott). Amer. Jour. Sci., 93, 1.Mesures spectrophotometriques en divers points du disque solaire.Gouy et Thollon. Comptes Rendus, 95, 834-6; Beiblatter, 7, 113-114(Abs.).
132 LITERATURE OK THE BPJCCTS08COPB.Wellenlange und Brechungsexponent der iiussersten dunklen Warines-trahhn dee Sonnenspectrams.Mailer •' . A.m. Phys. a. Chem., 115, 543.Berichtigung da/.u, 116, G44.Eine "VW-lknlungeninessung im nltrarothen Sonnenspectrum.Pringsheira (E.). Ann. Phys. u. Chem., n. F. 18. 82; Nature, 2C.72.Relative wave-length of the lines of the solar spectrum.Rowland H. A |. Ajner Jour. Sci., (8J 38 (1887), 182-190;Mag., (6) 23 (1887), 257-65.Note on Sir David Brewster's Line Y in the infra-red of the solar etruni. C. Piaczi). Edinburgh Transactions, 32 II. 288-288.Spectralphotometrisehe Untersuchungen.V p II. C). Monatsbor. d. Berliner Akad., .1877) 104-142.35, White lines in the solar spectrum.
"White lines in the solar spectrum.Hennessey J. II. X.). Proc. Royal See, 22. 221 ; Phil. Mag., i 40.303-'. : 53. 259 [appendix to the preceding n
jfe, TWINKLING OF BTAB&Ueber das Funkeln der Sterne and <li<- BcintillatioD uberhaupt.Bxner K. . Bitaungsher. d. Wiener Akad. 84 II. 1088-81;m., i.. K. 17. 806-22; Jour, de Phyi . 2 1 JAnalyse prismatique de la lumiere des * "- 1 - » 1 1 * — Bcintillantes.
|. Bull.di \ . : B< Igi !>;• . 2 37. : mptoe66. 910; Ann. Phys. u. Chem., 153. 27;Now - :r la frequence de la scintillation d< dans
- rapporte avec la constitution <!< lent Inmiere d'aprea 1'analysespectrale. Bull, de I'Acad. roj 3J
. • .7
LITERATURE OF THE SPECTROSCOPE. 133
ATMOSPHERIC SPECTRA.Atmospheric transmission of visual and photographically active light.Abney (W. de W.). Monthly Notices Astronom. Soc, 47 (1887), 260-5.Spectre de Fair atmospherique.Becquerel (H.). Comptes Rendus, 90, 1407.La radiation atmospherique comme agent chimique.Biot. Comptes Rendus, 8, 598.Observations of the lines of the solar spectrum, and on those producedby the Earth's atmosphere.Brewster (Sir D.). Phil. Mag., (3) 8, 384.On the aqueous lines of the solar spectrum.Cooke (J. P.). Amer. Jour. Sci., (2) 41, 178; Phil. Mag., (4) 31, 337.Sur l'absorption par l'atmosphere des radiations ultra-violettes.Cornu (A.). Comptes Rendus, 88, 1285; Jour, de Phys., 10, 5.Sur l'observation comparative des raies telluriques et metalliques commemoyen d'observer les pouvoirs absorbants de l'atmosphere.Cornu (A.). Comptes Rendus, 95, 801-6; Jour, de Phys., (2) 2, 58;Beibliitter, 7, 110 (Abs.); Amer. Jour. Sci., (3) 25, 78; Bull. Soc.franc, de Phys. (1882), 241-7.Etude spectrale du groupe de raies telluriques nomme a (alpha) parAngstrom.Cornu (A.). Comptes Rendus, 98, 169; Ann. Chim. et Phys., (6) 7(1886), 5-102; Phil. Mag., (5) 22 (1886), 458-63; Amer. Jour. Sci.,(3) 33 (1887), 70 (Abs.); Beibliitter, 11 (1887), 37 (Abs.).
s bandes telluriques du spectre solaire.Crova (A.). Comptes Rendus, 87, 107.Recherches sur les raies telluriques du spectre solaire.Egoroff (N.). Comptes Rendus, 93, 385, 788.Recherches sur le spectre d'absorption de l'atmosphere terrestre.Egoroff (N.). Comptes Rendus, 95, 447; Beibliitter, 6, 937; Jour.Chem. Soc, 44, 137.Sur la production des groupes telluriques fondamentaux A et B du spectresolaire, par une couche d'oxygene.Egoroff (N.). Comptes Rendus, 97, 555.
134 LITERATURE OP THB BPBCTROBCOPE.Note od the atmospheric lines of the Bolar Bpectru.ni and on certain Bpectraof gasi -.G idal ne .1 II Pp i , Royal S< i . 11. 805Bandenspectrum der Lui't.Istein. Sitzungsber. d. Wiener Akad., 84 [1,698; Ann. Phys. u.Chem., n. P. 15. 280.
( >:i the absorption of solar rays by atmospheric ozone.Hartley (W. N.). Jour. Chem. Sue, 39, 111-28; Ber. chem. I14. 1 890 \Atmospheric lines of the solar spectrum.Hennessey (J. B Proc. Royal Boa, 19. 1 ; 23. 201.Zustand der Atmosphere.Jahresber. d. Chemie, 13. 807; 14. 46; 16. 108; 19. 77.Bpectres telluriques.Jansaen (J. . Comptea Rendus, 101 1885), ill.Analyse spectrale des 616ments de l'atmosphere terreetre.Janssen (J.). Comptea Rendus, 101 1886 ,649.In feuchter Luftsind die Warmestreifen des Bonnenspectrums breiter.Lamansky (8.), Ann. Phys. u. Chem., 146. 217.Abhangigkeit des Brechungsquotienten der Lufi von der Temperatur.Lan^ (V. von). Ann. Phys. u. Chem., 153. 448 jsber.Wiener Akad., 69 II. 461Amount of atmospheric absorption.Langley (8. P.). Phil. Mag v 18. 2S 1-807; Jour. Chem. Sue., 23.Lmer. Jour. - i., 28 1886 168, 242Uoht-r die Absorption der Sonnenstrahlung 'lurch die Cohlensaure unsererAtmosphere.Lecher B Bitaungsber. Wiener Akad., 82 II -
< »n the spectrum of the atmosphere.M i • ar .1 P. ). Nature, 5. 841.Bar la theorie de l'abaorption atmosphlrique.\i . . • r J. ). Archive! de Geneve, 9 :i 91Opalescence of the atmosphere for the chemically active ray-.B B < m N 14
( )n the atmospheric linee between the I> lines.II < Monthly Not \ 38
LITERATURE OF THE SPECTROSCOPE. 135Spectrum des electrischen Glimmlichts in atmosphiirischer Luft.Schimkow (A.). Ann. Phys. u. Chem., 129, 513.Sur l'influence de l'atmosphere sur les raies du spectre.Seechi (A.). Comptes Rendus, 60, 379.Spectrum von atmosphiirischer Luft.Vogel (H. C). Ann. Phys. u. Chem., 146, 580.
13G LITERATURE OF THE BPECTBOSCOPE.
AURORA AND ZODIACAL LIGHT.The aurora and its Bpectrum.Abercromby (R.). Nature, 27, 17:'.; Beiblatter, 7, 198.Magnetic disturbances, auroras and earth-currents.Adams i[W. G.). Nature, 25, 66 71.Spectrum of aurora 1 > »r»:i] i-.Angstrom (A. J.). Nature, 10, 210; Ann. Phys. u. Chem., Jubel-band, 424 9; Arch, de Geneve, (2) 50, 204 (Aba.); Jour.de Phys.,3. 210.Observations of the zodiacal light at Cadiz.Arcimis i A. T.). Monthly Notices Astronom. Soo., 36. 48-61.Spectrum of the Aurora.Backhouse (T. AV.j. Nature, 4. 66] 7, 182, 468 ; 28. 209.A line in the green between b and F; a line in the yellow-green betweenI) and E (principal auroral line); a line in the green-blue at ornear F, assumed to be 485 of Alvan Clarke, Jr.; a line in the redbetween ( ! and D, almost equidistant between ( ' and 1 > ; a lin<the green at or near /», at 517.Barker (G. P.). Nature, 7, 182Bpectrum of the Aurora.Barker (G. P.). Amer. Jour. Bci., (8) 2, 466-8; 5, 81-84;Chem. 8oo., (2) 10, 119 (Abe.); Chem. News, 24,270.
( )u the Bpectrum of the aurora borealis.Browning J.) Monthly Notices Astronom. Soc., 81, 17 ; Ph I M •
l 41.7.': Amer. Jour. Sci., (8) 1, 216.Comparison of some tube and other spectra with the Bpectrum of theaurora.Capron J. R. Phil. Mag., (4) 49. 24 I
I rum of aurora.Capron (J R.). Nature, 3, 28; Phil. Ms • . I 49. ITbe aurora borealis of Feb. I. 1872,
.! R Nature, 5, 284M:. )i rph . 1" rry, PramBtone, Tacchini, Twinin •
LITERATURE OF THE SPECTROSCOPE. 137Spectrum of the aurora and of the zodiacal light (with a list of author-ities on the subject, included here).Capron (J. 11.). Nature, 7, 182-186.The aurora spectrum.Cupron (J. II.). Nature, 7, 201.The aurora and its spectrum.Capron (J. R.). Nature, 25, 53; Jour, de Phys., (2) 2, 97 (Abs.).The aurora.Capron (J. R.). Nature, 27, 83-4, 139, 198.Magnetic storm, aurora and sun-spot.Christie (W. H. M.). Nature, 27, 83.Spectrum of the Aurora.Church (A. IT.). Chem. News, 22, 225.A line in the green-blue at or near F; at 485; assumed to be 486 Fhydrogen.Clark (Alvan, Jr.). Nature, 7, 182.A line in the green near E (corona line?); at 532; assumed to be 531*6(corona line).Clark (Alvan, Jr.). Nature, 7, 182.A line in the yellow-green between D aud E (principal auroral line).Clark (Alvan, Jr.). Nature, 7. 182.Line in the indigo at or near G; at 435; supposed to be G hydrogen.Clark (Alvan, Jr.). Nature, 7, 183.Observations of the aurora on Aug. 12 and 13, 1880Copehuul (11.). Nature, 22, 510.Spectre de l'aurore boreale du 4 fevrier.Cornu (A.). Compte3 Pvendus, 74, 390.Sur l'intensite calorifique de la radiation solaire et son absorption parl'atmosphere terrestre.Crova (A.). Comptes Rendus, 81, 1205-7.The aurora.Eiger (T. G.). Nature, 3, 6-7 ; 7, 182 ; 27, 85-6.Spectrum of the aurora.Ellery (R. J.). Nature, 4, 280.
LITERATURE uF THE BPECTBOSCOPE.Spectrum "t' the aurora.
I' T. . Nature, 3 ISur lee auroras borealee.\'a\ e. Comptes Rendus, 77The continuous Bpecl rum ; faint green reaching from the aurora line to F.Flogel. Nature, 7, 188.Spectroscopic examination of the aurora, April 1", l 872.Fras&i 1' Proc. Amer. Philosoph. Soc., 12. 579.
( in the Bpectrum of the aurora.Bench \. S.). Phil. Hag . i i 49, 65 71 : Nature, 3. ULane in the yellow-green between D and E (principal auroral line).Senchel (A. 8.). Nature, 7. 182.Spectrum of the aurora.Bolden (E - Amer. Jour. ( 4 .. Phil. Mag., (4) 44, 478.Spectrum of the aurora.Hyatt. Nature, 3, 106,
1 >ae Nordlichtspectrum.Jahrmber. d. Chemie, (1868) 128, (1869 180, (1872) 148, (1878) 161,1876 128.Spectrum dee Zodiacal-Lichtea.Jahreiher. d. Chemie, (1872 1 18The aurora borealis of Feb. 4, 1872.Key i II. Cooper). Nature, 5, 802.Spectrum of the aurora.Kirk (E. I'.;. Ohiervatory, (1882 271, (1886) 811.Spectrum of the aurora.
: D Nature, 3. L26Sur la decharge electrique dans l'aurore boreale, et le spectre du iphenomene.
I,,-t, Archivea di I28. 60 8, L07-9, 128-80; Jour, de Phyi . 2 2. 815 17 \
-•
. Tn tea in < '"i I u, 96. 1885[/analyse spectrale de la lumiere eodiacale el sur la couronne des ecliLin. 7 4
LITERATURE OF THE SPECTROSCOPE 139Spectrum of the aurora.Lindsay (Lord). Nature, 4, 347, 366; 7, 182.The aurora borealis of Feb. 4, 1872.Maclear (J. P.). Nature, 5, 283.Spectrum of aurora.Maclear (J. P.). Nature, 6, 329Spectrum of aurora australis.Maclear (J. P.). Nature, 17, 11.Swan lamp spectrum and the aurora.Munro (J.). Nature, 27, 173; Beiblatter, 7, 193.The aurora borealis of Feb. 4, 1872.Murphy (J. J.). Nature, 5, 283.Spectrum of the aurora.Newlands (J. A. It.). Chem. News, 23, 213.Das Nordlichtspectrum.Oettigen (A. J.). Ann. Phys. u. Chem., 146, 284-7; Ann. Chim. etPhys., (4) 26, 269-73.The aurora borealis of Feb. 4, 1872.Perry (S. J.). Nature, 5, 303.Spectrum of the aurora.Pickering (E. C). Nature, 3, 104.Etude spectrale de la lumiere de l'aurore boreale du 4 fevrier.Prazmowski. Comptes Rendus, 74, 391.Spectrum of the aurora.Pringle (G. H.). Nature, 6, 260.Spectra of the aurora and corona.Proctor (H. K.). Nature, 3, 6, 68, H46, 369, 468 ; 6, 161, 220; 7, 242.Spectrum of the aurora.Proctor (H. R.). Nature, 7, 1 _.Sur le spectre de l'aurore boreale.Rayet (G.). Jour, de Phys., 1, 868.L'analyse spectrale de la lumiere zodiacale.Respighi (L.). Cornptes Rendus, 74, 514.
140 LITERATUBH OF Tin: BPECTB08COPELe spectre 1 le hi luniirre /.(xliaeale et le spcctri- de l'aurorc boreale sontidenticales.
!:• spighi (L.). Cornptes Rcndus, 74, 7
1
Observations of th«- aurora borealu of Feb. 4 ami 5, 1*72.Respighi (L.i. Nature, 5. 511 ; Buzz, dfflciale d. Regno 1 ElFeb. 5, 1872The aurora.Robinson (H.). Nature, 27. 95Tlie aurora.Romanes 0. E.). Nature, 27, 86.
< >n the auroral Bpectrum.Rowland (H. A.). Amer. Jour. Bci., 5, 320.Spectre de I'aurore hon'-ale.Salet(G.). Bull. Soc chim. Paris, 1 Man 1872; R-r. « ;bei G 5,222Spectrum of the aurora.Schmidt. Nature, 7. 182- IThe aurora borealis of Feb. 4, 1872.Seabroke (G M , Nature, 5. 288.Sur l'aurore boreale du 4 fevrier observee & Rome, et sur quelvcaux resultata d'analyse Bpectrale.(A.). < !omptea Rendus, 74. 583 B.Aurora boreale observee a Rome le 10 aout a 1" heurea du matin.
.i A i. Comptes Rendus, 75. 60fi 613La luce zodiacale confronto tra le oaservazioni del P. Dechevrena e qdi < '. Jones.Serpieri \ sfem. Sj»'ttr. ital., 9, 188 12.Memoire sur dee faita dont on pent decuiire: 1. une theorie dee auroresboreales et australes, fondee but ['existence de mareee atmosph6-riques; ~. l'mdication, & l'aide des aurores, de l'existenco d' ssad'&oiles filantes a proximity du globe terrestre.Silbennann (J.). Cornptes Rendus 74Spectra of aurora, corona and zodiacal light.Smyth i C Piazzi . Nature, 3. 50 I 10,Spectroscopic observations of the zodiacal light In April, 1872, al theRoyal I observatory, Palermo.Smyth (C. Piazzi). Month Astronom. Soc, 32. 277
•r. Jour. Soi 4 •
LITERATURE OF THE SPECTROSCOPE. 141The aurora borealis of Feb. 4, 1872.Smyth (C. Piazzi). Nature, 5, 282-3.Spectrum of the aurora.Smyth (C. Piazzi). Nature, 7, 182.The aurora of Feb. 4, 1872.Stone (E. J.). Nature, 5, 443 ; Amer. Jour. Sci., (3) 3, 391-2.Beobachtung eines Nordlichtspectrum (Aurora Borealis).Struve (Otto von). Bull, de l'Acad. de St. Petersbourg, 3, 49.Observations of the aurora.
'Sueur (A. Le). Proc. Royal Soc, 19, IP.Spectrum of the aurora.T. (F.). Nature, 7, 182-3.Sur l'aurore boreale du 4 feVrier 1872. •Tacchini (P.). Comptes Rendus, 74, 540-2.Sur l'origine des aurores polaires.Tarry (H.). Comptes Rendus, 74, 549-53.Sur les observations de M. Lemstrom en Laponie.Tresca. Comptoe Rendus, 96, 1335-6.The aurora of Feb. 4, 1872.Twining (A. C). Amer. Jour. Sci., (3) 3, 273-81.Untersuchungen iiber das Spectrum des Nordlichtes.Vogel (H. C). Ber. Sachs. Ges. d. Wiss., 23. 285-99 ; Ann. Phys. u.Chem., 146, 569-85; Jour. Chem. Soc., (2) 10, 1061 (Abs.); Amer.Jour. Sci., (3) 4, 487 (Abs.).Spectrum des Nordlichtes.Vogel (H. C). Astronom. Nachr., 78, 247-8.Spectrum of the aurora.Watts (W. M.). Phil. Mag., (4) 49, 410-11.The aurora borealis of Feb. 4, 1872.Watts (W. M.). Nature, 5, 303.Observations sur le spectre de l'aurore boreale.Wijkander (A.). Arch, de Geneve, (2) 51, 25-30.Line in the green near E (corona line).Winlock. Nature, 7, 182.
142 LITERATURE OF THE BPBCTR06COPE.On the spectrum of the zodiacal light.Wright i \ 'A AnhT. Jour. Sri.. (8)Chem., 154. 619-29.CJeber das Spectrum dee Nordlichtee.Zdllner (P.). Ber. Sachs. Gee. W\u. t 22. 264-260; Ann. PhChem., 141. 674-681; Phil. Mag., I 41. 122-127; A.mer. Jour.1 72 Abs.).Spectrum of the aurora.Zdllner (P.). Nature, 7. 182-8.
LITERATURE OF THE SPECTROSCOPE. 143"
AUSTRIUM.Spectrum of austriura.Linnemann (E.). Monats'chr. L 7, 121-3; Jour. Chem. Soc, 50 (1886),773 (Abs.).
BARIUM.Ueber den Einflusa der Temperatur auf die Brechungsexponenten dernatiirlichen Sulfate des Baryum.Arzruni (A.). Zeitschr. Krystallogr. u. Mineralog., 1, lGo-192 ; Jahrb.f. Mineral. (1877), 526 (Abs.); Jour. Chem. Soc, 34, 189 (Abs.).Barium spark spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 21.Spectre de chlorure de baryum.Gouy. Comptes Rendus, 84, 231.Sur les caracteres des flammes chargees du chlorure de baryum.Gouy. Comptes Rendus, 85, 439.Spectre continu du baryum.Gouy. Comptes Rendus, 86, 878.Spectrum von Baryum.Jahresber. d. Chemie (1870), 174.Chemische Analyse durch Spectralbeobachtungen, Baryum.Kirchhoff und Bunsen. Ann. Phys. u. Chem., 110, 182
144 I 1 l ERATUBE OP 1 BE BPE4 1 WChlorure de Barvum <>u l'.:i <»' dans le gaz.Lecoq de Boisbaudran 1'. Bpectrei Luminous Parii i-Ti p. .".7,\ 1
1
Bromure de baiyum dans le gaz charge' de brome; iodure de baryumdans le gaz charge" d'iode.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, IT I05, planche VIII.
BERYLLIUM OR GLUCINUM.Beryllium arc Bpectrum.(*:ijT"!i .1.1! Spectra, I .:: i <> n . 1877, )>. 22,rum • .r beryllium.W. N . Chem. News, 47, 201; Jour. ( 43I!-: Ber. chem. Ges., 16. 26,17.Remarks on the atomic weight of beryllium.Hartl< j W N Pr - Royal Boc., 36 I I I ' 49171 ••.• -. 8 82 I vrum of beryllium.Nature, 29. 90.
Propri6tefl principal's ilu glucinuin. nN ote on the atomic weight of beryllium. 35 ! i- 50 M .' -
11 ii 35
LITERATURE OF THE SPECTROSCOPE. 145
BISMUTH.Le bismuth n'a donne aucune apparence de renversement.Cornu (A.). Comptes Rendus, 73, 332.Fluorescence des composes de bismuth.Lecoq de Boisbaudran (F.). Comptes Rendus, 103 (1887), 629-31,1064-8; Jour. Chem. Soc, 52, 4 (Abs.), 189 (Abs.).
BLUE GROTTO.Spectroscopische Untersuchung der blauen Grotte auf Capri.Vogel (H. W.). Ann. Phys. u. Chem., 156, 325.
BORAX.Boron arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 22.L'acide borique.Dieulafait (L.). Ann. Chim. et Phys., (5) 12, 318-54 ; Jour. Chem.Soc, 34, 11 (Abs.).10 T
14G LITERATURE OP THE SPECTROSCOPE.Existence de L'acide borique dana lea <:mx de la Mer MDieulafail I. Comptej Bendus, 94, 1862-4 ; Jour. ( .42.In.:; Aha. : Ann. China, et Phys., 5J 25, 14S 167.L'acide borique dana Lea eaux mineralea de Contrexeville el Schinznach
i BuiDieulafait (L.). Comptea Bendus, 95, 999 L001 : Jo44. 801 I Ah-.).
I..-s ~:il [..'t r - lKiturclg <lu Chili et du Perou an j >• .i n t de vue de L'aborique. ifait I. . Comptea Bendus, 98, 164G 50,45On line Bpectra of boron.Hart\py fW. N".). Proc. Boyal Boc., 35. 801-4; < hem. News, 43.1-2 ; Jour. Chem. Soc., 46, 242 (Ab* : Beiblitter, 8, 120 \Spectra of boric arid and blowpipe beads.Horner (Charles). Chem. News, 29. 66.Spectre do l'acide borique dana le gaz.I... q .; Boisbaudran (F.). Spectres Lumineuz, Paris, 1874, p. 101 •planche XXVI 1
1
ire de l'acide borique. Coi ptes Rendiu 76Bpectrum von FluorborjPlucker. Ann. Phys. u. Chem., 104, 126.Proprieiee optiquea de borax.
• il de . Ann. Chim. et Phys B) 41Spectra der verachiedenen grunen Flammen, Borax.Simmler | B. Th. |. Ann. Phys. u. Chem., 115. . •Spectre du bore.Troost et Eautef Comptes Bendus, 63 820; Bull. Boc. chim.
. n. v 16. 229.
LITERATURE OF THE SPECTROSCOPE. 147
BROMINE.Action des rayons differemment refrangible sur l'iodure et le bromurcd'argent.Becqucrel (E.). Comptes Eendus, 79, 185-90; Jour. Chem. Soc, (2)13, 30 (Abs.).Spectre du brome dans les tubes de Geissler.Chautard (J.). Comptes Rendus, 82, 273.De Taction des differentes lumieres colorees sur une coucbe de bromured'argent impregnee de diverses inatieres colorantes organiques.Cros (Ch.). Comptes Rendus, 88, 370-81; Jour. Chem. Soe., 36,504-5.Spectre de bromure de cuivre.Diacon (E.). Ann. Chim. et Phys., (4) 6, 1.Spectre d'absorption de protobromure de tellure et de protobroraured'iode.Gernez (D.). Bull. Soc. chim. Paris, n. s. 18, 172.Spectre du brome.Gouy. Comptes Rendus, 85, 70.Absorptionsspectrum des Bromtellurs, des Bromselens, und des Bromjods.Juhresber. d. Chemie (1872), 140.On the action of the less refrangible rays of light on silver iodide andbromide.Lea (M. Carey). Amer. Jour. Sci., (3) 9, 269-78; Jour. Chem. Soc,1 (187G), 28 (Abs.).Notes on the sensitiveness of silver bromide to the green rays as modifiedby the presence of other substances.Lea (M. Carey). Amer. Jour. Sci., (3) 11, 459-64.Reaction spectrale du Brome.Locoq do Roisbaudran (F.). Comptes Rendus, 91, 902-3; Phil. Mag.,(5) 11, 77-8; Beiblatter, 5, 118 (Abs.).Bromure de baryum dans le gaz charge de brome.Lecoq de Boisbaudran. Spectres Lumineux, Paris, 1874, p. 63, 65,planche VIII.
14S LITERATURE OF THE BPECTROSCOPE.Verbindungsspectrum zur Entdeckung von Brom.M ta berlich. Jour, prackt. Chem., 97. 218Entdeckung Behr geringer Mengen von Brom in Verbindungen.Mitscherlich. Ann. Phys. u. Chem., 125. • iAbsorption Bpectra of Wornim-.Roscoe II B.) and Thorpe (T. E.). Proc. Royal Soc., 25, 4.Qeber die Lichtempfindlichkeit des Bromsilbers.Vogel (H.). Ber. chem. Ges., 6, 1802-6 ; Ann Phys. u. Chem., X50,
i I Jour. Chem. Soc, (2) 12. U 1 7 \ \- - .17. 140 1 : Phil. Mag., [A 47. 278-7.Ueber dif rlirini-cli.- Wirkung dee Lichtee auf reinea und gefarbteeBromsilber.Vogel II. W.i. Ber. chem. Ges., 8. 1686-6; Jour. Chem. S l6), 610 Ai- ; Amer. Jour. Sci., (8) 11, 216-lfl Aha.).Neue Betrachtungi-n fiber die Lichtempfindlichkeit dee Bromsilbers.Vogel (H. W. . Ber. chem. Ges., 9. 667-70; Jour. Chem. s 21876 . 266 Al.-Ueber die Empfindlichkeit trockner Bromsilberplatten gegen das Son-uenspectrum.Vogel (H. W. . I'- r. chem. Ges., 14. 1024 - B< 5. B21\ Jour. Chem. Soc, 40. 77 8 \Uelu-r die verecbiedenen Afodificationen dea Bromsillx re.B W. , Ber. chem. Ges., 16. 1 170 7 7,
8ur la sensibilite* du bromure d'argent a L'egard dea radiations considcomme chimiquemenl inactives.Vogel II W . Bull. Soc. chim. Paris, n. s. 21 !
I r die Brechung und Dispersion dea Lichtea im BromsilWernicke (W.). Ann. Phys. u. Chem., 142. 660 ' \ Jour. Chem.9 \ Ann. Chim. et Phj « 26Uebereinstimmung dea Absorptionsspectruma von Brom mit dem Stram dessen I lampfes.w illni - A u. Chem., 120. 160.
LITERATURE OF THE SPECTROSCOPE. 149
CADMIUM.Ultra-violet spectrum of cadmium.Bell (L.). Amer. Jour. Sci., 31 (1886), 426-31; Jour. Chem. Soc,50, 957 (Abs.).Cadmium arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, 23.Spectrum of chloride of cadmium.Chem. News, 35, 107.Determinations des longueurs d'onde des radiations tres refrangibles ducadmium.Cornu (A.). Arch, de Geneve, (3) 2, 119-126 ; Beiblatter, 4, 34 (Abs.);Jour, de Phys., 10, 425-31.Renversement des raies spectrales du cadmium.Cornu (A.). Comptes Rendus, 73, 332.Spectre de chlorure de cadmium.Gouy. Comptes Rendus, 84, 231.Spectrum von Cadmium.Jahresber. d. Chemie (1872), 145.Chlorure de cadmium en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, 139.Spectrum of cadmium at elevated temperatures.Lockyer (J. N.). Chem. News, 30, 98.Indice du quartz pour les raies du cadmium.Sarasin (Ed.). Comptes Rendus, 85, 1230.
150 UTi.KA l I Kl. OF iiU. SPECTRO&
CiESIUM.
v »Iim rvatinns on caesium.Allen D , Phil. Mag., 25, 189 ; Araer. Jour. Sci., 2 34 1862),
( )n the equivalent and spectrum of caesium.Allen (O. D.) and Johnson (S, W Phil. Mag., 25, 196; Amer.Joui 33 .04.On csesium.Bunsen (R.). Phil. Mag., 26, 241.Lee salpetree naturels <lu Chili et du Perou au point <!« vue du caesium,ilafait Comptes Rendus, 98, 1646-8; Chem. News, 50 IRecherches but la presence du caesium dans l<.s eauz oaturelles.Grandeau | L.). Ann. Chlm. et Phys., (8) 67. 1.',.',.Spectrum von Caesium.Kirchhoff [Q.) und Bunsen (R.). Ann. Phys. u. Chem., 113]•: .:. Blag . i> 22Chlorure de csesium. *
i de Boishaudran (F.) 8] tres Lumineux, Pari-. 1874 ii.planche III.
( »n pollux, a silicate of caesium.Pisani. Comptei Bendus, 58. 714,
LITERATURE OF THE SPECTROSCOPE. 151
CALCIUM.Sur la phosphorescence du sulfure de calcium.Becquerel (Edm.). Coraptes Rendus, 103 (1887), 551-3 ; Chem. News,55 (1887), 123.Action du manganese sur le pouvoir de phosphorescence du carbonate dechaux.Becquerel (Edm.). Comptes Rendus, 103 (1886), 1098-1101.Ueber das Calciumspectrum.Blochraann (R.). Jour, prackt. Chem., (2) 4, 282-0; Jour. Chem.Soc, (2) 9, 1149-1150 (Aba.).Calcium (Zinc) spark spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 23.Spectre de chlorure de calcium.Gouy. Comptes Rendus, 84, 231.Recherches photometricmes, spectre du calcium.Gouy. Comptes Rendus, 85, 70.Sur les flammes chargees du chlorure de calcium.Gouy. Comptes Rendus, 85, 439.Spectre continu du calcium.Gouy. Comptes Rendus, 85, 878, 1078.Spectrum von Kalk.Jahresber. d. Chemie (1870), 174.Linien von Calcium.Kirchhoff (G.) und Bunsen (R.). Ann. Phys. u. Chem., 110, 177.Das Warmespectrum des Kalklichtes.Lamansky (S.). Monatsber. d. Berliner Akad. (1871), 632-41 ; Phil.Mag., (4) 43, 282-9; Ann. Phys. u. Chem., 146, 200-32.Ueber die Dispersion des Aragonits nach arbitriirer Richtung.Lang (V. von). Sitzungsber. d. Wiener Akad., 83 II, 671-6.Note on the spectra of calcium fluoride.Liveing (G. D.). Proc. Philosoph. Soc. Cambridge, 3, 96-8; Bei-blatter, 4, 611-12 (Abs.).
152 LITERATURE OF THE SPECTROSCOPE.
Svir dc nouvelles raies de calcium.Lockyer (J. N".). Oomptea Bendus, 82. 660-2; Ann. Chim. r.t Phys.,(5)7,569 72; Chem. News, 33, L66-7; Jour. Ohem. 8oc, 2 18786 (Aba.); B.-r. chem. (!<*.. 9, 50 Ann. Phys. a. Oh158, B27-9 (Aba.); Bull. Soc. chim. Paris, a. i. 26. 267.Bemarques a propoa de laderniere communication de M. Lock;.dp nouvellec raiea di- calcium, par M. 0. Sainte-Olaire Devill"Oomptea Bendus, 82. 709 10.
( '.ilciuni comme corps compose' d'apres le spectroscope.Lockyer (J. N".). Oomptea Bendus, 87, 678.Fluorescenz von rTalkspar.Lommel (E.). Ann. Phys. u. Ohem., n. P. 21, 422 7; Joui ISoc., 46. 649 i Abs.).Sur l'origine de l'arsenic et de la lithine dans eaux sulfatees calciques.Schlagdenhauffen. Jour, de Pharm., (5) 6, 457-68 j Jour. Ohem 944. W2 (Abs.).Sur 1cm causes determinantes de la phosphorescence du Bulfure de calcium.Verneuil (A.). Oomptea Bendus, 103 1887), 601-4; Beiblatter.il(1887), 258; Jour. Ohem. Boc., 52, 2.Qeber die neuen WasscrstofHinicn und die Diaeociatiorj dea Calciums.VogeJ (II. W.). Ber. chem. Qes., 13, 274-6; Jour. Chem 8a 33597 (Abs.); Beiblatter, 4, 274, 786; Monatsber. d. Berliner AJcad.(1»ho), 192-8; Nature, 21, 410.Experiences sur divers echantillons de chaux.Volpicelli (M.j. Oomptea Bendus, 56. 198; 57. 571.Coincidence of the spectrum lines of iron, calcium, and titanium.Willian W. Kattieu). Nature, 8. 46.
LITERATURE OF THE SPECTROSCOPE. 153
CARBON.
1, CARBON IN GENERAL.Note on the spectrum of carbon.Attfield (J.). Phil. Mag., (4) 49, 106-8; Phil. Trans. (1862), 221.Carbon points ruled out.Capron (J. R.). Photographed Spectra, London, 1877, 23.Spectroscopic researches in carbon and cyanogen.Ciamician (G. L.). Chem. News, 44, 216.On the refraction equivalents of the diamond and the carbon compounds.Gladstone (J. H.). Chem. News, 42, 175; Jour. Chem. Soc, 40, 333(Abs.); Beiblatter, 5, 43 (Abs.); Proc. Royal Soc, 31, 327-30; Ber.chem. Ges., 14, 1553 (Abs.).Carbon and carbon compounds.Herschel (A. S.). Nature, 22, 320; Beiblatter, 5, 118-122.Spectrum von Kohlenstoff.Jahresber. d. Chemie, (1862) 33, (1863) 113, (1864) 109, (1865) 89, (1869)176, 178, (1875) 122.Refractionsiiquivalente der Elemente C, etc.Landolt (R.). Yersammlung deutscher Aertzte und Naturforschcr,Aug. 12-18, 1872; Ber. chem. Ges., 5, 808; Chem. Centralblatt, (3)3, 705; Jour. Chem. Soc, (2) 11, 460 (Abs.).Note on the history of the carbon spectrum.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 30, 490-4; Bei-blatter, 5, 118-22 ; Nature, 23, 265-6, 338.Spectrum of Carbon.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 33, 403-410;Chem. News, 45, 155 (Abs.); Nature, 25, 545; Jour. Chem. Soc,44, 1-2 (Abs.); Beiblatter, 6, 675 (Abs.).General observations on the spectra of carbon and its compounds.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 34, 123-30.Spectrum of carbon at elevated temperatures.Lockyer (J. N.). Chem. News, 30, J)8.
J.",; L1TKKATUJBB OF THE BPECTBOSCOPE.Note on the Bpectrum of carbon.Lockyer (J. N.). P* B yal Boc., 30 Beiblitter, 5,11- 22 (Abs.).Bulla questions dei doppi legami tra carbonio e carbonio dal punto divista della chimica ottica.
ii (B , Qvlzi. cliiin. itiil., 14, 160-6; Ber. chem. <•-.. 17erate, 559-61 (Abs.); Atti R. Ac. dei Lincei, 8, 169 Ltter,8. 677.On the Bpectrum of carbon.Roscoe (H. K.i. Nature, 23. 818-14.SjK-ctri' dii furbone.Salet(G.). Bull. Soc. chim. Paris, 1 Man 1872 j Ber. chem. Ges., 5,222 (Abs.).Ueber dae DisperBionsaquiyalent von Diamant.Schrauf (A.). Ann. Phys. u. Chem., n. I'. 22. 424 -9; J..ur. IBoc., 48, 14 (ANote "ii the identity of the Bpectra obtained from th<' different allotropicforms of carbon.Schuster (A.) and Roscoe II I. P M ph. Soc.,19. IG 19; Beiblatter, 4, 208 \'Carbon and hydrocarbon in the modern Bpectroscope.Smyth (C. Piazai). Phil. Mag., I 49. 24Carhon and carbo-hydrogen, Bpectroscoped ;ui<l Bpectrometed.Bmyth (C. Piazzi). Phil. Mag., (6) 8, 107 19; Beiblattc 4Spectre <lu carbone.it et Bautefeuille. I .73 620 ; Bull. En. >. 16
• ra of carbon.WatU (W. M Phil Mag., I 88,249; 41. 1l' : 48 I ; 49.104; Nature, 23. 197, 261 B itter, 5, 11-; Chem News, 22.17L'; Jour, prackt Chemie, 104. 422
•_'. CABS* 'V '.mi-' »U» DB.
a. In general.Influence of the molecular L.r n>ii]>iiiLr in organic bodies "ti their absorptionin the infra-red region ••( the Bpectrum.W and I .3143. 92, 126; Beiblatt- i 5
LITERATURE OF THE SPECTROSCOPE. 155Action des rayons differemment refrangible sur l'iodure et le brornured'argent; influence des matieres coloranies.Becquerel (E.). Comptes Kendus, 79, 185-90; Jour. Chem. Soc, (2)13, 30 (Abs.).Sulla relazioni esistenti tra il potere rifrangente e la constituzione chimic idella combinazioni organiche.Bernheimer o Nasini. Atti della R. Accad. dei Lincei, Transunti, (3)7, 227-30; Gazz. chini. ital., 13, 317-20; Beiblatter, 7, 528 (Abs.).Influence des diverses couleurs sur la vegetation.Bert (P.). Comptes Rendus, 73, 1444.Sur la region du spectre solaire indispensable a la vie vegetale.Bert (P.). Comptes Rendus, 87, 695-7; Jour. Chem. Soc, 36,336(Abs.).Vergleichung von Pigmentfarben mit Spectralfarben.Bezold (W. von). Ann. Phys. u. Chem., 158, 165, 606.On the action of various colored bodies on the spectrum.Brewster (Sir D.). Phil. Mag., (4) 24, 441.Die Beziehungen zwischen den physikalischen Eigenshaften organischerKorper und ihrer chemischen Constitution.Briihl (J. W.). Ber. chem. Ges., 12, 2135-48; 13, 1119-30, 1520-35 ;14, 2533-39; Jour. Chem. Soc, 38, 293-5 (Abs.); Beiblatter. 4, 776-86; Amer. Jour. Sci., (3) 23, 234-5 (Abs.).Die chemische Constitution organischer Korper in Beziehung zu derenDichte und ihren Vermogen das Licht fortzupflauzeu. DreiTheile und Nachtrag.Briihl (J. TV.). Ann. Chem. u. Pharm., 200, 139-231; 203, l-;'.3,255-285, 363-368; Jour. Chem. Soc., 38, 29-3-7 (Abs.); 33, 781-3(Abs.); Beiblatter, 4, 776-86.Ueber den Zusammenhang zwischen den optischen und den thermischenEigenschaften fliissiger organischer Korper.Briihl (J. TV.). Sitzungsber. d. Wiener Akad., 84 II, 817-75;Monatschr. f. Chemie, 2, 716-74; Ann. Phys. u. Chem., 211, 121-178; Jour. Chem. Soc, 42, 263 (Abs.); Beiblatter, 6, 377 (Abs.).Berichtigung, Ann. Phys. u. Chem., 211, 371-2.Untersuchungen iiber die Molecularrcfraction organischer fliissiger Kor-per von grossen Farbenzerstreuungsv Tmogen.Bruhl (J. W.). Ber. chem. Ges., 13 (18SG), 2746.
166 LITERATURE OP THE BPECTROSCOPE.De 1'action des differentes lumieres colored sur ane couche de bromared'argent impregnee de diversee matieres colorantes organiques.Croc Ch.). Comptes Bendus, 88, 379-81 , Jour. Chem ^•..3G II.\l,s.).Relation between the chem ical constitution of certain organic compoundsand their action upon the ultra-violet rays.Dunstan (W. R.). Pharmaceutical Trana., 8 11 ,64Note concernant le memoire de M. KanonikofF ear le pouvoir rrfringentdes -ul>stances organises.Klavit.-ky iF.). Jour. Soc. phys. chim. russe, 16. 260-7.On the refraction equivalents of the diamond ami the carbon compounds.Gladstone .1 B i. Chem. News, 42. 176 ; Jour. Chem. Boc., 40
. A).-. ); Beiblatter, 5. 48 (Abs.).Refraction equivalents of organic compounds.Gladstone (J. II . Jour. Chem. Soc., 45. 241-69; Chem. News, 49,233 (Aba.); Nature, 30, 119 (Abs.); Ikr. chem. Ges., 17. Referate,566 (Abs.).Spectres des carbonates.Gouy. Comptes Rendus, 85, To.
I ntluence of certain rays of the spectrum on plants growing in an ironmanure.Griffith! [A B. Jour. Chem. Boc., 45. 74.Ueber das Verhalten einiger Farbstoffe im Bonnenspectrum.Haerlin (J.). Ann. Phys. u. Chem., 118. 70.Researches on the absorption of the ultra-violet rays of the spectrum byorganic substano s.Hartley (W. N.) and Huntington A. K.). Proc. Royal Boc., 2831. 1; i'h. mm. News, 40,269; Phil. Trans., 170, 257 74; Beiblatter,4. 870.Researches on the relation between the molecular structure of carboncompounds ami their absorption Bpectra.Hartley (W N .T>ur. Chem. Boc., 39, 168-68; 41. 46 »'' : Bei-blatto r 6 Amer. Chem. Jour., 3empfindel alle Strahlei) die brechbarer Bind als die rothen.
I P n. t'li. 'in.. 94. 206
rptionsstreifen farbiger Losungen.Jahresber. d. Chen I 108, 18(1-7. 117
LITERATURE OP THE SPECTROSCOPE. 157On the chemical circulation in the body.Jones (H. Bence). Proc. Royal Institution, May 26, 1865.Zur Frage iiber den Einfluss der Structur auf das Lichtbrechungsver-mogen organischer Verbindungen.Kanonnikoff (J.). Jour. russ. phys. chem. Ges. (1881), 268; Eer.chem. Ges., 14, 1697-1700.Sur le pouvoir refringent des substances organiques dans les dissolutions.Kanonnikoff (J.). Jour. Soc. phys. chim. russe, 15, 112-1.°>; Bcr.chem. Ges., 16, 950 (Abs.); Jour, prackt. Chemie, n. F. 27, 302-4;Beiblatter, 7, 593 (Abs.); Jour. Chem. Soc, 44, 1041 (Abs.).Sur la relation du pouvoir refringent et la composition des composesorganiques.Kanonnikoff (J.). Jour. Soc. phys. chim. russe, 15, 434—79; Ber.chem. Ges., 16, 3047-3051 (Abs.); Bull. Soc. chim. Paris, 41, 318(Abs.); Beiblatter, 8, 375 (Abs.).Sur les relations entre la composition et le pouvoir refringent des com-poses chimiques.Kanonnikoff (J.). Jour. Soc. phys. chim. russe, 16, 119-131 ; Ber.chem. Ges., 17, Referate, 157 (Abs.); Nature, 30, 84 (Abs.); Bull.Soc. chim. Paris, 12, 549.Reponse a la note de M. Flavitsky.Kanonnikoff (J.). Jour. Soc. phys. chim. russe, 16, 448-50; Jour,prackt. Chemie, (2) 31, 321-3 (Abs.).Spectrum of colour-blind.Konig (Dr.). Nature, 29, 168.Beziehungen zwischen der Zusammensetzung und den Absorptionsspektrenorganischer Verbindungen.Kriiss (G.) und Oeconomides (S.). Ber. chem. Ges., 16, 2051-6 ; Jour.Chem. Soc, 44, 1041-2 (Abs.); Beiblatter, 7, 897 (Abs.).Ueber die Griinzen der Empfindlichkeit des Auges fiir Spectralfarben.Lamansky (S.). Ann. Phys. u. Chem., 143, 633-43.Zur Kenntniss der Absorptionsspectra von Verbindungen.Landauer (J.). Bcr. chem. Ges., 14, 391-4; Jour. chem. Sue., 40,591 (Abs.); Beiblatter, 5, 441.Ueber die Molecularrefraction fliissiger organischer Verbindungen.Landolt (II.). Sitzungsber. d. Berliner Akad. (1882), 64-91; Ann.Phys. u. Chem., 213, 75-112; Jour. Chem. Soc., 42, 909 (Abs.).
158 LITERATURE OP THE SPECTROSCOPE.On the theory of the action of certain organic substances In incr< ithe sensitiveness of silver haloids.Lea 8£. Carey). Amer. Jour. Sci., 14 I; B 1
-)•Oeber 'li>' Aenderung der A.beorptionsspectra einiger Farbstoffe in v< r-schiedciwn Losiinjrsniitteln.Lepel (P. v.. in. Ber. chera. Gea., 11. 111''. ~>1 ; Jour. Chem34,925 (Aba.).Planzenfarbstone als Reagentien auf Magnesiumsalze.Lepel (P. von). Ber. chem. Gee., 13. 76( - Jour. Chem. Soc., 40,A -.1.
( iontributions to our knowledge of the Bpectra of the flames i-taining carbon.Lielegg (A.). lM.il. Mag., « li 37. 208.
era! observations on the Bpectra of carbon and its compounds.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc., 84, 123 :" : Jour.el, .-m. Soc, 44. 261 (Aha.).New nrj_ranic spectra.M ; Dr. C. A.). Proo. Roy. Phyaiolog. Soc. 1884), H tNature, 31(188
I )e la Aamme de quelques <sa/. carbures I avec une planche du Bpectre ducarbone .M \ Ann. Chiin. et Phya., i ti 4.Bur les effeta de coloration.Nicklee. Comptea Rendua, 62, 98.
I/<s ni]i|M.rtr cntrr Irs propri6tes Bpectrales des corps simples avec leuraproprie*t& physiologiques.Papillon. Comptea Rendua, 73. 791.Quantitative Bestimmung von Farbstofien durch den SpectralapparatBer. chem G< .4. 104.
I > i i Bpectre musculaire.Ranvier 1 1..'. Comptea Rendua, 78. 1671ptionsspectren rerschiedener Farbenlosungen.
i;. i :. Ada. .I"iir. j>r:nkt. Chemie, 105Versuche uber Farbenmischung.Bchelake i'K.). Ann. Thy-, u. Chem., a. F. 16 B4
LITERATURE OF THE SPECTROSCOPE. 159Quantitative Bestimmung von Farbstoffen durch den Spectralapparat.Schiff (H.). Ber. chom. Ges., 4, 474; Bull. Soc. chim. Paris, n. s.16, 97.On a definite method of qualitative analysis of animal and vegetable col-ouring matters by means of the spectrum-microscope.Sorby (H. C). Proc Royal Soc, 15, 433.Comparative vegetable chromatology.Sorby (H. C). Proc. Royal Soc, 21, 442.On the colouring matters derived from the decomposition of some minuteorganisms.Sorby (H. C). Monthly Microscop. Jour., 3, 229-31.On the examination of mixed colouring matters Avith the spectrum-microscope.Sorby (II. C). Monthly Microscop. Jour., 6, 124-34.Zur Spectralanalyse gefiirbter Fliissigkeiten und Gliiser.Stein. Jour, prackt. Chemie, n. F. 9, 383 ; 10, 368 ; Jour. ChemicalSoc, (2) 13, 412-14 (Abs.).On the discrimination of organic bodies by their optical properties.Stokes (G. G.). Phil. Mag., (4) 27, 388.Prismatic spectra of the flames of compounds of carbon and hydrogen.Swan (W.). Edinburgh Philosoph. Trans., 21, 411 ; Ann. Phys. u.Chem., 100, 306.Longueur d'ondes des bandes spectrales donnees par les composes ducarbone.Thollon (L.). Comptes Rondus, 93, 260; Ann. Chim. et Phys., (5)25, 287-8.Absorptionsspectren verschiedener Farbenlosungen.Thudichum. Jour, prackt. Chemie, 106, 414-15.Der Gebrauch des Spectroscops zu physiologischen und iirtztlichenZwecken.Valentin (G.). Leipzig, Winter'sche Buchhandlung, 1863.Quantitative Bestimmung von Farbstoffen durch den Spectralapparat.Vierordt (K.). Ber. chem. Ges., 4, 327, 457, 519 ; Phil. Mag., (4) 41,482-4; Amer. Jour. Sci., (3) 2, 138 (Abs.); Bull. Soc. chim. Paris,n. s. 16, 96.
1G0 L1TEBATUKE OP Tin: BP» TBOBOOPE.Debar die abnorme Wirkung mancher Farbstofle auf die Lichteinplind-lichkeit photographischer Flatten.Vogel II. W.). Ber. chem. Ges., 8. 96-8.Qeber das Spectrum der Sell'schen Schwefelkohlenstofflampe.Vogel i II. W.). Ber. chem. Ges., 8, 9G-8 ; Jour. Chem. Soc, (2) 13604 (Al.s.j.
I h ber die Absorptionsspectren verschiedener Farbenstoffe un<l i li r«- An.wendung zur Entdeckung von Verfalschungi a.Vog.-l II. W i. Ber. chem. Gee., 8, 1246-64; Dingler's Journal. 219.78-81 ; Bull. Soc. chim. Paris, n. i. 26. 1 7VUeber die Wandlung der Spectren verschiedener Farbstoffe.Vog( i II W :. Ber. chem. Ges., 11. 622-4 : Jour. Chem. Soc., 34.
' l". (Abs.).Ueber den Zusammenhang zwischen Absorption der FarbstofFen und derensensibilisiremkr Wirkung auf Bromailber.Vogel (II. V.). Ann. Phys. u. Chem., (2) 26 (1885), 627-80.Fntersuchungen fiber die Spectra der Kohlenverbinduirp n.\\ -.ndonck (K.). Ann. Phys. u. Chem., n. F. 17. 427-67; -I"iir.Chem. Boc., 44. 761 (Abs.); IConatoher. d. Berliner Akad. .1--",791-4.Bemerkungen, Wullner (A.). Ann. Phys. a. Chem., a. F. 14, 3G3.
b, Carbon compounds in particular.
A.CXTIC A( il'.Indioee de refraction dea dissolutions aqueuses d'acide ao6tique el d'hypo-sulfite de soude.Damien Comptes Rendus, 91, 828-6 ; Beiblatter, 5, 41-42 \
TYI.ENK.Bemerkung zu Berrn Wullner's Au&atz ; Ueber die Spectra dee Waaser>Btoffi und dee Acetylene.
II i (B Ann. Phys. n. Chem., n. F 15. I -i ISpectrum dee Acetylene.
r d. ChenDe la flanune de quel carbnrea, at en particnlier de celle de['acetylene
' ft, 806; Jour prackt. Chem.,87
LITERATURE OF THE SPECTROSCOPE. 161Spectrum des Acetylens.Wiillner (A.). Ann. Phys. u. Chem., n. F. 14, 355.Bemerkung, Hasselberg (B.), do., 15, 45-9.ACID BROWN.Spectrum of acid brown.Hartley (W. N.). Jour. Chem. Soc, 51 (1887), 198.AGARYTHRINE.Spectrum of agarythrine, an alcaloid contained in agaricus ruber.Phipson (T. L.). Chem. News, 46, 199-200; Ber. chem. Ges., 16, 244(Abs.). ALBUMKN.Farbenreactionen des Albumin.Adamkiewicz (A.). Pfluger's Arch. f. Physiol., 9, 156-162; Jour.Chem. Soc, (2) 13, 172 (Abs.).Spectroscopic notes on the carbohydrates and albumenoids from grain.Hartley (W. K). Jour. Chem. Soc, 51 (1887), 58-61.ALCOHOL.Misura dell' indice di rifrazione dell'alcool anisico e deH'alcool metil-salicilico.Blaserna (P.). Gazz. chim. ital., 2, 69-75.Brechungscoefficienteu einiger Gemische von Anilin und Alkohol.Johst (W.). Ann. Phys. u. Chem., n. F. 20. 47-62.Spectre de l'alcohol.Masson (A.). Comptes Ilendus, 32, 129Ueber die Absorption des Lichtes durch Alcohol, etc.Sehonn (J. L.). Ann. Phys. u. Chem., Erganzungsband, 8, 670-675;Jour. Chem. Soc, 34, 693 (Abs.).ALIZARINE.Notiz liber kiinstliches Alizarin.Boettger (R.) und Petersen (T.). Ber. chem. Ges., 4, 778-9.Spectre d'absorption d'alizarine.Gernez (D.). Bull. Soc. chim. Paris, n. s. 18, 172.Absorptionsspectrum des Alizarins.Jahresber. d. Chemie (1872), 140.11 T
1G2 LITBBATUBE OF MM BPKCTROSCOPE.
I Mi .irtiti«'i:il alizarine.P pkin W. II. i. Jour. Ohem. Boc., [2) 8. L8 I • m. u.Ph irm., 158. 815 19 l lbs. A.m PI ;. I 26 L8 Ai-A.bflorption8Bpectrum dea Alizarins.Reynolds. Jour, prackt. Chora., 105.[/alizarine aitree.enstiehl (A.). A.nn. Chim. ct Phys., (5) 12, 619 529; Jour. CBoc, 34. 281-2.Bur lea Bpectrea d'alizarine et de quelquea matieree oolorantea qui irivcin.R ostiehl iA.i. Comptes Rendus, 88. 1194 6j Jour. Chem,36. B07 '. 3Zur Kcimt ni.-s der Alizarin-Farbstoffe.Vogel II. W.) i; ' ' : <•- Hi ' ;:1 *! •'' •' ( ' . Soc., 36,
A IK ANN \Der Alkannafarbstofl) tin neuea Reagens auf Magneaiumsalze.Lepel | I', von , B r. cl G L3AXLYLDIPROPI LC VKl'.IN'M.Untersuchungen fiber sinen aus Allyldipropylcarbinol erhaltenen rloh-lenwasserstofF.
( 2 7blatter, 7 \ A I. I MBur lea aluna crj stallisiBoret (C \- i «- 10 00; Beiblitter, 8, 874LtfTDO-AZO-O-S A l-ll l II \ iSpectrum of amido-azo-a-naphthalene, i II \ : \ •< II,- N IIan aHartli j \N N Jour. Chi - 51AMII">-A/"- \-V Mil i M A I.KN K.Spectrum of amido-azo-/9-naphthalene.Hartley (W. N .' Jour. Ohem. B • .51 :
D BrechungBcoe^cienten einiger Gemiache von Anilin.W.). Aim. Phys. u. Chem.. a. P. 20
LITERATURE OF THE SPECTROSCOPE. 163Lo Spettroscopio applicato alia ricerca dei colori di auiliua introdati neivini rossi per sofisticazione.Macagno (J.). Mem. Spottr. ital. (1881), 35-40; Ber. chem. Ges., 14,15S4 (Abs.).Aniline colours in the spectroscope.Eeimann (M.). Chem. Kevvs, 33, 260.Absorptionslinien der Anilinfarbstoffe im Spectralapparat.Schiif. Jour, prackt. Chemie, 89, 229.Application of the spectroscope in the manufacture of aniline colours.Schoop (P.)- Chemisclie Industrie, 9 (188G), No. 3; Chem. News, 53(188G), 287 (Abs.).Zur Kenntniss der griinen Anilinfarben.Vogel (IT. W.). Ber. chem. Ges., 11, 1371-4; Jour. Chem. Soc., 36,83-5 (Abs.). ANTI1RACEN.Ueber Anthracen-disulfosiiure und deren Umwandlung in Antrarufin.Liebermann (C.) und Boeck (K.). Ber. chem. Ges., 11, 1(313-18;Jour. Chem. Soc., 36, 257-9.Ueber die der Chrysazinreihe augehorigen Anthracenverbindungen.Liebermann (C). Ber. chem. Ges., 12, 182-8.Use of the spectroscope in discriminating anthracens.Nickels (B.). Chem. News, 41, 52, 95, 117; Jour. Chem. Soc, 38,757 (Abs.); Ber. chem. Ges., 13, 829 (Abs.).ANTIinArURPTJEIN.Absorptionsspectrum des Anthrapnrpurins.Jahresber. d. Chemie (1873), 451.Absorptionspectra of anthrapurpurin.Perkin (W. H.). Jour. Chem. Soc, (2) 11, 433.ANTHKAKUFIN.Ueber Anthracen-disulfosiiure und deren Umwandlung in Anthrarufin.Liebermann (C.) und Boeck (K.). Ber. chem. Ges., 11, 1G13-18
;
Jour. Chem. Soc, 36, 257-9 (Abs.).
On the colouring matter of some aphides.Sorby (H. C). Quar. Jour. Microscop. Sci., 11, 352-61.
1G4 LITEBATl KE 01 THE BPECTBOBCOPE.
Al'KIN.Spectrum of an r in.Hartley ( \V. N.). Jour. Chem. Boa, 51 (1887), 107-8.
AS' Al ri TKAI.IAV I.AKK.Spectrum <>f a poisonous Australian lake.Prancil <> Pharmaceutical Trans., (8) 8, 1047-8; Jour. <Boo., 34. 907 (Abs.).
A/"-< OLOBCSped nun of azubenzene.Hartley (W. N.i. Jour. Chem. Boc., 51 L887 , 11 -Spectrum of amido-azo-a-naphthalene, and <>f amido-azo-^-naphtbalene.Hartley | \V. X. |. Jour. Ohem. Boc., 51 (1887), 190-1.On the spectra of the azo-colours.Btebbini (J. II , Jour. Amer. Chem. Boc, 6 (1884), 117-20,11
Spectralanalytische Notiz; rothe Ruben in Weinverfiilschungen.Lepel (P. von). Ber. chem. Ges., 10. 1875-7; Jour. Chem. Boc, 34.168 (Abs.); BulL Boc. chim. Paris, o. ». 30. 578.
Description ami nn •asun-iin-nts <>f the spectrum <>f benzene.Hartley W N. Jour. Chem. Boc., 47 18€Spectrum of benzene-azo- i-naphtholeillphonic acid.Hartley (W. N. , Jour. Chem. Boc , 51 (1887), 196.Mi-ura dell'inaice di rifirazione del cimene, della benzina -• di alcunid< rivati del timol naturale e del timol sintetioo.PUati (G P ' • ' chim. itaL, 4. 657 hem.\!.-. .BIXBBICB BOAKLET.Spectrum of biebrich scarlet.Hart W N •' •' i 61
1III.K.azioni di i pigment] biliari.chim. ital 11 I 151 1
LITERATURE OF THE SPECTROSCOPE. 165Researches into the colouring matters of human urine, with an account oftheir artificial production from bilirubin and from hsematin.MacMunn (C. A.). Proc. Royal Soc, 31, 200-37; Jour. Chem. Soc,40, 105G-8 (Abs.); Beiblatter, 5, 281.Observations on the so-called bile of invertebrates.MacMunn (C. A.). Proc. Royal Soc, 35, 370-403.Kiinstliche Umwandlung von Bilirubin in Harnfarbstoff.Maly (R.). Ann. Chem. u. Pharm., 161, 368-70; 163, 77-95; Jour.Chem. Soc, (2) 10, 514 (Abs.), 835 (Abs.).A reducible by-product of the oxidation of bile-pigment.Stockvis (R. J.). Neues Repertorium f. Pharm., 21, 123, 732-7; Jour.Chem. Soc, (2) 10, 308 (Abs.); 11, 288; Bull. Soe. chim. Paris, n.s. 18, 265.Researches on bilirubin and its compounds.Thudichum (J. L. W.). Jour. Chem. Soc, (2) 13, 389-403.
Spectres observes an travers d'une plume.Hugo (L.). Comptes Rendus, 83, 602.Ueber die Fiirbungen der Vogeleierschalen.Liebermann (C). Ber. chem. Ges., 11, 606-610; Amor. Jour. Sci.,(3) 16, 66 (Abs.). BISMARCK BROWN.Spectrum of bismarck brown.Hartley (W. N.). Jour. Chem. Soc, 51 (1887), 180-1.
Ueber das Verhalten von Blut und Ozon zu einander.Binz (C). Medicinalisches Ccntralblatt, 20, 72 1 — "» ; Chemisches Cen-tralblatt (1882), 810-11 ; Jour. Chem. Soc, 44, 486 (Abs.).Dosage de l'hemoglobine dans le sang par les procedes optiques.Branly (E.). Ann. Chim. et Phys., (5) 27, 238-73 ; Jour. Chem. Soc,44, 394 (Abs.); Z. analyt. Chem., 22, 629-32 (Abs.); Jour, de Phys.,(2) 2, 430 (Abs.).Absorptionsspectrum des durch Wasserstoffsuperoxyd gebraunten blau-siiurehaltigen Blutes.Buchner. Jour, prackt. Chem., 104, 31 •">.
1GG LITERATURE OP THE BPECTBOSCOPE.On the action of nitrates on the Mood.Qamgfl i A. - Phil. Train. (18 9 Jour.prackt Chemie, 105, 287.Absorptionslinun in Blutspectrum.1I-1.jh-Sm.v1it (F.). Jahrb. d. gesammt Bledicin, 114, 8.LTeber das Verhalten dee Blutfarbeetoffi in Bpectrum des Sonnenlichtee.Hoppe-Seyler (F.). Virchow's Anoalen, 22, 446; 29. 2Centralblatt, 1862, 170.Ontersuchungen but physicalischen Chemie des J'>!Hufher (O.). Jour, prackt Chemie, (2) 22, 8 12 -- ; Jour. Ohem.40, 111-18 (Ah.-.).Untersnchungen fiber don BlutfarbestofFund Beine Derivate.Jaderholm (A.). Zeitachr. f. Biologie, 13, 198-255; Jour. Ohem. Soc,34, 286-7 (Abs.).Spectren ties Blutfarbetotis.JahrosKT. (1. Chemie, 15, 585 (Abs. See Hoppe-Seyler, above.)Photometric des Abaorptionsspectrums der Blutkorperchen.Jes9en (E.). Zeitachr. f. Biologie, 17, 251 72; Ber. chem. Get., 15,1 (Abs.).Bpectrum der Sanguinarlosung.hold. J"iir. jirnckt. Chemie, 106, 407.
I'., tr.t^'c zur Kentnisa der Blutfarbstofle.Otto (J. G-.j. Anhiv. f. Physiol., 31, 240 14; Ber. chemHOn Borne improvements in the Bpectrum method of detecting M 1.
II C.). Monthly Microscop. Jour., 6, 9-17.On some compoondfl derived from tlie colouring matter ofbl 1.
, II. I. Quar. Jour. M LO,4Application of spectrum analysis: t" microaoopical investigations, andespecially t<» the detection <!' bl 1 stains.
, ii » Ohem. News, 11. 186, 194,On the blood Bpectrum.Sorby (II. 0.). Nature, 4. 505; 5. :Spectre d'absorption < In tang dana la partie violette et iiltra-violette.
| .1 I. lus, 97. 1.
LITERATURE OF THE SPECTROSCOPE. 1G7Reduction and oxidation of the colouring matter of the blood.Stokes (G. G.). Proc. Royal Soc, 13, 353.Ueber das Vorkoramen eines neuen, das Absorptionsspectrura des Bluteszeigenden, Korper's ira thierischen Organismus.Struve (H.). Ber. chem. Ges., 9, 023; Bull. Soc. chim. Paris, n. .-.,18, 471.Ueber die spectralanalytische Reaction auf Blut.Vogel (H. W.). Ber. chem. Ges., 9, 587, 1472; Bull. Soc. chim.Paris, n. s. 27, 83.BONKLLIA VIRIDIS.Der griine Farbstoff von Bonellia Viridis.Schenck (L. S.). Sitzungsber. Wiener Akad., 72 II, 581-5.On the colouring matter of bonellia viridis.Sorby (II. C). Quar. Jour. Microscop. Soc, 15, 166.BRUCINK.Absorption spectrum of brucine, etc.Meyer (A.). Archives of the Pharmaceutical Soc, (3) 13, 413-16;Jour. Chem. Soc, 36, 260.BUTTER.Ueber cinige Methylester aus der Propionsaure-und Buttersiiuregruppe.Kahlbaum (G. W. A.). Ber. chem. Ges., 12, 343-4; Jour. Chem.Soc, 36, 521 (Abs.).CARBOHYDRATES.Spectroscopic notes on the carbohydrates and albuminoids from grain.Hartley (W. N.). Jour. chem. Soc, 51 (1887), 58-61.CARMINK.Spectrum von ammoniakalischer Carminlosung und von Blut.Campani. Ber. chem. Ges., 5, 287.Spectre du carmin d'indigo.Vogel (II. W.). Bull. Soc chim. Paris, n. s. 27, 83CARYOPHYLLACK-S:.Colouring matter of the caryophyllacea.nilger (A.) and Bischoff (H.). Landwirthschaftl. Versuch-Statistik,23, 456-61 ; Jour. Chem. Soc, 36, 730 (Abs.).
1C>8 LITERATURE OF THK BPECTBOSOOPB.(II INI/. A KIN.I'll., r Chinizarin.Grimm (F.) Ber. chcm. Ocs., 6, 606-12. •Al.s.irptionsspectrum des Chinizarin-.Jahresber. d. Chemie (1^7 I \ See Grimm.
< HIM. I. IN.Ueber einige im Pvridinkern subetitairte Chinolinderivate.Friedlander (P.) und Weinberg A Ber. chem. Gee., 15 !
<
' 1 1 I N " .K.Ueber den im Ag. atrotomentosus vorkommenden chinonartigen Korper.Thdrner (W.). Ber. cbem. Ges., 12. 161CUOTKLIN.Ueber Chotelin.Liebermann (L.). Pfluger*! An-hiv. f. Physiol., 11, 181-00; Jour.Chem. Soc. (1876), 1, 407-8 (At*.).CHBOlfOQKS
I
Ueber einige Chromogene del Harris and deren Derivate.Plosi (P.). Zeitechr. f. phyiiolog. Ohemie, 8, 86-04 ; H.-r. chem.
. 16. 2988 -A!
( 1IKV.-..II.INK.Das Chrysoidin, eine antiphotogenische Farhr.Banly (0.). Chemisches Centralblatt, (3), 9, 109; Jour. (.':34sp.otrum of ohrywidim
.
Bsatley | w \ J m Uhem. Boc, 81 (1881 178CITR \
- <li.- Mnl.ciihirrt'tV.icti.iii .lor Citracon und M". -a. • n-.iiir.tith.T.Bruhl i.i. W.). Ber. chem. Ges., 14. 1786-44; Jour. Ohem Boo., 42.
-.6 B76.
VI..S..la Ham. I in 00ft] filII - fa ' .1 N ;•.-.. 27 T-. 103.kIs.Spectrum of oolein.Church (J H i. Jour. Ohem. Boc . 1877, 1. -
LITERATURE OF THE SPECTROSCOPE. 169CROCEJCNE SCARLET.Spectrum of croceine scarlet.Hartley (W. N.). Jour. Chem. Soc, 51 (1887), 195.CROTON ACID.Ueber die Molecularrefraction der Crotonsaure.Briihl (J. W.). Ber. chem. Ges., 14, 2797-2801 ; Jour. Chem. Soc,42, 827 (Abs.); Beiblatter, 6, 477 (Abs.).CRYSTALLOIDS.On the rate of passage of crystalloids in and out of the body.Jones (H. Bence). Proc. Royal Soc, 14, 400.
Spectrum of cumene-azo-/?-naphtholdisulphonic acid.Hartley (W. N.). Jour. Chem. Soc, 51 (1887), 187.CURCTTMIN.Ueber Curcumin, den FarbstofFder Curcumawurzel.Daube (F. U.). Neues Repert. d. Pharm., 20, 36; Ber. chem. Ges.,3, 609-13 ; Jour Chem. Soc, (2) 9, 152 (Abs.).CYANOGEN.Photographed spectrum of cyanogen.Capron (J. R.). Photographed Spectra, London, 1877, 71.Spectroscopic researches in carbon and cyanogen.Ciamician. Chem. News, 44, 216.Spectrum von Cyanogen.Dibbits (H. C). Ann. Phys. u. Chem., 122, 507.Constitution of cyanuric acid.Hartley (W. N.). Jour. Chem. Soc, 41, 45-9; Beiblatter, 6, 375(Abs.).Note on the reversal of the spectrum of cyanogen.Liveing (G. D.) and Dewar (J.). Chem. News, 44, 253 ; Proc. RoyalSoc, 33, 3 ; Ann. Chim. et Phys., (5) 23, 571.Sur le chromocyanure de potassium.Moissan (H.). Comptes Rendus, 93, 1079-81 ; Chem. News, 45, 22(Abs.); Ber. chem. Ges., 15, 243 (Abs.).
170 LITERATURE OF THE BPECTROBCOPE.De la flannnc da cyanogen.Mr M A.). Ann. Chirn. ct l'hy I 4Bestimmung der Brechungeqnotienten einer Cyaninloeung.Pulfirich (C). Ann. Phys. u. Chem., a. V. 16, 335.Cyanogen in Binall induction sparks in free air.Smyth (C. Piaurf). Nature, 28. B40
An examination of terpenea for cyraene by means of the ultra-violetspectrum.Hartley (W. N\). Jour. Chem. Boc., 37, 676-8.(Look above under Curnene.)
Zur Lehre von den Faulnissalkaloiden.Poehl (A.). Ber. chem. Ges., 16, 1975-88.DIAMOND.On the refraction equivalents of the diamond and the carbon compounds.Gladstone (J. H.). Cher... Newt, 42. 175 j Jour. Chem. Boc, 40, 333(Aba.); Beiblitter, 5, 43 (Abs.).DIAZO.Spectrum of diazo.Hartley | W. N.). Jour. Chem. Soc., 51 (1887), 196.DIPHEXVL.
I". l.i r I >ijih<'iiyldiis<iindolazofarbston%,M..hlau (11.). Ber. chem. G- -., 15, 2490-7; Jour. Chem. Soc, 44.IS (Abs.). I.irTKII'KNK.Description and measurement of the Bpectrnm of dipyridene (Dr. Ram-say .ll riley vw - *)• Jour - Chem. Soc, 47 (1886), 717.
\ WIIITTAKKKI.Absorption spectra of the colouring matter ofDrOBBOCT Whitt&keri.K, :.!.,. B H). Jour I 51 (1887), 377.
LITERATURE OF THE SPECTROSCOPE. 171EBONITE.On the transmission of radiation of low refrangibility through ebonite.Abney (W. de W.) and Festing (Pv.). Proc. Physical Soc, 4, 256-9;Phil. Mag., (5) 11, 4G6-9 ; Chem. News, 43, 175 (Abs.); Beiblatter,5, 506 (Abs.).Note on the index of refraction of ebonite.Ayrton (W. E.) and Perry (J.). Proc. Physical Soc, 4, 345-8; Phil.Mag., (5) 12, 196-9; Nature, 23, 519; Beiblatter, 5, 741 (Abs.).
Photographic action of eosin.Waterhouse (J.). Photographic Journal, 16, 135-6 ; Jour. Chem. Soc,1876, 2, 232 (Abs.).ETHER VAPOUR.Spectrum or ether vapour.Capron (J. E.). Photographed Spectra, London, 1877, p. 74.EXCREMENTS.Swei pathologische Harnfarbstoffe.Baumstark (F.). Pfluger's Arch. f. Physiol., 9, 568-84; Jour. Chem.Soc, (2) 13, 480 (Abs.).Ueber das Urorosein, einen neuen Harnfarstoff.Nencki (M.) und Sieber (N ). Jour, prackt. Chemie, 26, 333-G ; Chem.News, 42, 12 (Abs.); Jour. Chem. Soc, 44, 101 (Abs.); Ber. chem.Ges., 15, 3087.Ueber einen neuen krystallinischen farbigen Harnbestantheil.Plosz (P.). Zeitschr. physiol. Chemie, 6, 504-7; Ber. chem. Ges., 15,2626-7 (Abs.).Ueber einige Chromogene des Hams und deren Derivate.Plosz (P.). Zeitschr. physiol. Chemie, 8, 85-94; Ber. chem. Ges., 16,2933-4 (Abs.). EAST REISpectrum of fast red.Hartley (W. N.). Jour. Chem. Soc, 51 (1887), 197.
Spectrum of fish pigment.Francis (G.). Nature, 13, 1G7.
172 LITERATURE of tiic sri »i*k.KI.'TR AND OKA IN.Speotrosoopio notea <>n the carbohydrates ami albuminoida from grain.Hartley (W. N.). Jour. Chem. Soc, 51 1881Matiere • •nlorautese forment dana la colle de fariae.Lecoq de Bolsbaudran (F I. Comptei Rendus, 94, 562-8 ; J - IBoc., 42, 789 (Abe.).UeluT den NTachweia von Mutterkorn im Bfehle auf BpectroscopischemWege.Petri (J.)- Zeitachr. analyt. Chemie, 18 211-20; Jour. Chem. Soc.,36, 977-9 (Abs.). rLOWXBS.Ueber Blumenblau.Schdn'n (L.). Zeiuchr. analyt. Chemie, 9. 327-8.The colouring matter of the petals of Rosa Gallica.Senier (II.). Pharmaceutical Trans., (3), 7. 660-662; Jour. Chem.Soc, 1877, 2, 502 (Abs.).
Ueber die Brechung8verhaltniaee dea Fuchaina.Christiansen (C). Oversight k Danske Vidensk. Selskabs, 1871,6-17;Ann. Phys. u. Chem., 143, 250-9; Ann. Chim. ot Phys., » 25,400 (Ab-Zur Farbenzeratreuung des Fuchsins.Christiansen (C). Ann. Phy I . 146, 1 .". 1 - 1 56 ; Jour. Chem.(2) 11, 2Nachwi ia von Fuchain im Weine.Liebermann (L.). Ber. chem. Oes., 10 - .1 ur. Ohem. S c, 18772. gUeber die optiachen Eigenachaften dea featen Fuchaina.Voigl W G ttinger gelehrten Nachr. (1884), 262.(Jeber den Nachweia von Fuchain in damil gefarbten Weinen durch
l ri ii.W ' C II. ' R« perl analj I I hem ,2,198-4 C Mral-blatt, I) 13 870 44-1 Ahs.).
Flnon ' the pigmenta of fungi\\ \. i . Jour. Chem. B « . 44.
LITERATURE OF THE SPECTROSCOPE. 173
Die Oxydationsproducte der Gallenfarbstoffe und ihre Absorptionsstreifen.Heynsius (A.) und Campbell (J. F. P.). Pfliiger's Archiv. f. Physiol.,4, 497-547; Jour. Chem. Soc, (2) 10, 307-8 (Abs.).Absorptionsspectren der Gallenfarbstoffe.Jaffe. Jour, prackt. Chemie, 104, 401.Untersuchungen iiber die Gallenfarbstoffe.Maly (R.). Wiener Anzeigen, 9, 39-41 ; Chem. Centralblatt, (3) 3,180-1; Jour. Chem. Soc., (2) 10, 638 (Abs.); Jour, prackt. Chem.,103, 255 ; 104, 38.Untersuchungen iiber die Gallenfarbstoffe und ihre Erkennung mittelstdes Spectroscops.Stockvis (B. J.). Ber. chem. Ges., 5, 583-5; Jour. Chem. Soc, (2)11, 78 (Abs.). GKLATINK.Emploi de la gelatine pour montrer l'absorption dans le spectre.Lommel (E.). Ann. Chim. et Phys., (4) 26, 279.GUN-COTTON.Spectrum explodirender Schiessbaumwolle.Jahresber. d. Chemie (1873), 151.Spectrum des Lichtes explodirender Schiessbaumwolle.Lohse (0.). Ann. Phys. u. Chem., 150, 641.Spectrum des Lichtes explodirender Schiessbaumwolle.Yogel (H. W.). Ann. Phys., u. Chem., n. F. 3, 615.Spectrum of H S 3 • C8 H8 • N : N • C10 H4 (H S 3) 2 • O H p (Na Salt).Hartley (W. N.). Jour. Chem. Soc, 51 (1887), 188-9.HELIANTHIN.Spectrum of helianthin.Hartley (W. N.). Jour. Chem. Soc, 51 (1887), 192-3.HEMATINE.Action de l'hydrosulfite de soude sur l'hematine du sang (hematinereduite).Cazeneuve (P.). Bull. Soc. chim. Paris, (2) 27, 258-60; Jour. Chem.Soc, 1877, 2, 346 (Abs.).
174 LITEBATUBE OF Tin: SPECTROSCOPE,Ueber Assimilation von H»matococcus.Bnglemann (T. "W. Oi lerzoekingen phyaiol. Lab. Utrecht, 7200-*; Ppoc. Verb. K. Akad. Wetenachappen, ... March25, 1882, 8-6 (Abs.); Beiblatter, 7, 877 - (Abe.).Researches into the colouring matters of human urine, with an accountof their artificial production from bilirubin and from hematine.M acMunn (U. A.). Proc. Boyal Soc., 31. 206- 1 17 | Jour. Ohem.40, 1066-8 (Aba.); Beiblatter, 5. 21On liemine, hematine and a phosphorized subetance contained in bio »\corpuscules.Tbudicbum .1. L. W.) and Kingzetl C. T. . Jour. Chem. Soc, 1876,2 . BEMOOLOBIH'.Dosage de rhemoglobine dans le sang par Lea proo6d& optiques.Branly | E. . Ann. Chim. et Phys., (5) 27. 2 r. Chem. 844 |j Zeitechr. analyt. Chem., 22, 629-82 (Abe.); Joui
. _ . 2, Co Abs.).Ueber die Bestinunungdes Iliemoglobin-und Sauerstoff-gehaltnes ira Blute.Huffcer (O.). Zeitschr. pbysiol. Chem., 3. 1—18; B-r. chem. Gee., 12.702 (Abs.); Jour. Chem. Soc., 36. -On the evolution of heraoglobine.B I Quar. Jour. Bficroacop. Bci., 16, 7Bpectralanalytische Bestimmung dea Hsemoglobingehaltes des mensch-Lichen Blutee.Wiskemann (M.). Zeitschr. f. Biologie, 12. 184-47; J>ur. Chem-i-::. 2. B08-9.SOtraiVV't 7I0LZT.Spectrum of Hoffinann'a violetHartley fW. N.). J-ur. Chem. Boc., 51 (1887), 171-4.
BTDBOCAJUtoHflHydrocarbons in the Bolai atmosphere.Abney (W. de W. Rept. BritfaBur le pouvoir rfifringent de ITiydrocarbure (',, !!„.Albitsky (A.). Jour. Boo. phys. chim. russe, 15, 624-6.Bpeotnun von BohlenwaaMntoffAngstrwm (A. J.). Ann. Phys. u. Chem., 94, 157.
LITERATURE OF THE SPECTROSCOrE. 175On the spectra of the compounds of carbon with hydrogen and nitrogen.Liveing (G. D.) and Dewar (J.). Proc. Koyal Soc, 30, 494-509;Nature, 22, 620-3.On the origin of the hydrocarbon flame spectrum.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc., 34, 41S-29
;
Nature, 27, 257-9; Chem. News, 46, 293-7; Beibliitter, 7, 288-9(Abs.).Nuovo metodo spettroscopico per discoprire nei miscugli gassosi e nelleacque le pui piccole quantita d'un idrocarburo gassoso od almenomolto volatile.Negri (A. e G. de). Gazz. chim. ital., 5, 438; Jour. Chem. Soc, 1876,2, 659 (Abs.); Chem. News, 33, 76,Untersuchungen uber einen aus Allildipropylcarbinol erhaltenen Koh-lenwasserstoff, C10 H 1S .Reformatsky (S.). Jour, prackt. Uhem., n. F. 27, 389-407 ; Beibliitter,7, (189 (Abs.).Carbon and hydrocarbon in the modern spectroscope.Smyth (C. Piazzi). Phil. Mag., (4) 49, 24-33.Carbon and carbohydrogen, spectroscoped and spectrometed in 1879.Smyth (C. Piazzi). Phil. Mag., (5) 8, 107-119; Beiblatter, 4, 36(Abs.).Hydrocarbons of the formula (C5 IT8 ) n .Tilden (W. A.). Chem. News, 46, 120-1 ; Jour. Chem. Soc, 44, 75-G(Abs.).Carbon and hydrocarbon in the modern spectroscope.Watts (W. M.). Phil. Mag., (4) 49, 104-6.IIYDROBILIRUBIN.Ueber Choletelin und Hydrobilirubin.Liebermann (L.). Pfliiger's Arch. Physiol., 11, 181-90; Jour. Chem.Soc, 1876, 1, 407-8 (Abs.).HYDROCHINON.Ueber das Phthalein des Hydrochinons.Grimm (F.). Ber. chem. Cos., 6, 506-12.IIYDROXYANTHRAQUINONE.Spectra of the methyl derivatives of hydroxyanthraqumone.Liebermann (C.) und Kostanecki (S. von). Ber. chem. Ges., 19,2327-32; Jour. Chem. Soc, 52 (1887), 1 (Abs.).
170 LITERATURE OF TAB SPECTROSCOPE.
I N ISpectre de L'indigo.Lullcrnnnd (A.)- Comptcs Rendu?, 78, 1272.Sur la difibnon de l'indigo, * tc.Lallamand (A.). Comptes Rcndu«, 79.
: r.' .In carmin <1<' l'indigo.Vogel ill. W.). Bull. Boc. chim. Paris, n. b. 27Bpectralanalytiscbe "NVerthbestimmung verschiedener reiner IndigosorU-n.
* Wolff (C. H.). Zeitschr. analyt Chem., 23. 29IODINE GRKKN.Spectrum of iodine green.Hartley (W. N.). Jour. Chem. Bo. . 51 L887 , 174 ILAMP-BLACK.Spectre du noir de fumee.Lallemand (A.). Comptes Rcndus, 78, 1272.LEA'
I tas ( iruii der Blatter.Muller ('.I.i. Ann. Phys. u. Chem., 142. 615-16; Jour. Chem. -9. 664.1>1>. r Blattgrun.Schonn (L.). Zeitschr. analyt Chemie, 9, 827 - LiChem., 145. 166-7; Arch. d< I .43On the various tints of autumnal foliage.Sorb] B I Chem. News, 23. 187-9, 148-60] Jour. I9,184 Lbs.).On the colour of leaves at different seasons: of the year.Borby (H. C). Quar. Jour. Micr. . 11, 216
r die Ldchtwirkung verschieden gefarbter Blatter.l(H. W^ Bits Hiinchener Akad . 1872, I -7lutxIm
Results • :' researches on luteine and the spectra of yellow organic sub-nces c mtained in animals and plants. Researches condafor the medical department of the Privy Council.Thudichum J L W Pi 17 .1 ur. i106. II I.
LITERATURE OF THE SPECTROSCOPE. 177
Ueber die Molecular-refraction der Citracon-und Mesacon-saureather.Briihl (J. W.). Ber. chem. Ges., 14, 273C-44 ; Jour. chem. Soc, 42,829-30 ; Beibatter, 6, 37G.METAXYLENE.Description and measurement of the spectrum of metaxylene (Kahlbaum).Hartley (W. N.). Jour. Chem. Soc, 47 (1885), 700-7.METHYLENE BLUE.On the spectroscopic examination of methylene blue and of South'sviolet.Stebbins (J. H., Jr.). Jour. Amer. Chem. Soc, 6 (1884), 304-5.METHACRYL.Ueber die Molecularrefraction der Methacrylsiiure.Briihl (J. W.). Ber. chem. Ges., 14, 2797-2801; Jour. Chem. Soc,42, 827 (Abs.); Beibliitter, 6, 477 (Abs.).METHAMOOLOBIN.Studien uber das Methiimoglobin.Otto (J. G.). Pfliiger's Arch. f. Physiol., 31, 245-67; Ber. chem.Ges., 16, 2G89 (Abs.).
;Teber das Methiimoglobin.Saarbach (II.). Pfliiger's Arch. f. Physiol., 28, 382-8; Ber. chem.Ges., 15, 2752 (Abs.). MORINDON.Spectrum der Morindonlosungen.Stein. Jour, prackt. Chemie, 97, 241.Spectrum der Morindonlosungen.Stenhouse. Jour, prackt. Chemie, 98, 127.MORPHINE.Absorption spectrum of morphine.Meyer (A.). Archives of the Pharmaceutical Soc, (3) 13, 413-1G ;Jour. Chem. Soc, 36, 209.NAPHTHALENE.Description and measurement of the spectrum of naphthalene.Hartley (W. N.). Jour. Chem. Soc, 47 (1885), G91-701.12 T
L78 LITERATURE OF THE BPECTROSCOPE.Spectrum <>f amido-azo-a-naphthalene.
II atley | W. N. . Jour. Chem, Soc, 51Spectrum of amido-azo- [-naphthalene.Bartley I W. .V . •!• ur. I 51(1887), 191.AbsorptionB8pectrum von Naphthalin.Jahresber. d. Ohemie (1878), 167.
- ctre de naphthaline pur.'.man I \. |. Comptea Rendus, 77, 1218.
r die Fluorescenz dea Naphthalinrothes.iC.:. A.nn. Phys. u. < 26 (18JChem. Soc., 50 (1886), 585 ; Jour, de Phys., 2)5(186
OILS.
( defiant Bpectrum.
I ipron '. R.). Photographed Sp tra, I. i I >n, 1877, p.
3 ctrum analysis of oils.Doumer and Thibaut Chem. News, 51 1-The spectroscope applied to the detection of adulterations of fix*G-ilmour (W.). Pharma 6
( )m essential oils. in. Jour. Chem. S 10. 1 12 ; B G .,5, 60 (A
] )xamination of < asential oils.Hartley W. IS L K. 29 .\',\u r gefarbte setherische < telaHock (B \ P 21,17-18,422 .
strum fetter < tele.Jahresber. d. I 1870), 175.Obj< Darstellung dea Spetctrums der Oele,
-. d. ChenRep rti of the committee for investigating the constitution and opticaljir"i» rti atial oils,the r.riti-
LITERATURE OF THE SPECTROSCOPE. 179ORTIIO-TOLUIDINE.
Description and measurement of the spectrum of ortho-toluidine.Hartley (W. N.). Jour. Chom. Soc, 47 (183;"), 739.Ucbcr einige Dcrivate der Orthotoluysiiure.Jacobsen (0.) und Weiss (F.). Bcr. chem. Ges., 16, 105G-G2 ; Jour.Chcm. See, 44, 1121 (Abs.).ORTIIO-XYLENE.Description and measurement of the spectrum of ortho-xylene (Kahl-baum).Hartley (W. N.). Jour. Chem. Soc, 47 (1885), 702-4.CAREONIC ACIZJ (CARDON AND OXYGKN).Spectrum von Kolilensiiure.Angstrom (A. J.). Ann. Phys. u. Chain., 94, 15-3.Spectre de l'aeide carbonique.Becquerel (H.). Comptes Pvendus, 90, 1407.Spectrum of carbonic acid.Capron (J. Pv.). Photographed Spectra, London, 1877, p. 6S.Action of the spectral rays on the decomposition of carbonic acid inplants.Crookes (W.). Chem. News, 27, 133.Spectrum der Flamme von Kohlenoxyd.Dibbits (II. C). Ann. Phys. u. Chem., 122, 503.Combustion of carbonic oxide under pressure.Francklar.d (E.). Proc. Royal Soc, 16, 419, 421; Jour, prackt.Chemie, 105, 190.Erkennung der Yergiftung mit Kohlenoxyd.Hoppe-Seyle:- (F.). Zeitschr. f. analyt. Chem., 3,439; Phil. Mag.,(1) 30, 456.Funkenspectrum von kohlensiiurem Lithium,
.lahresbe:-. d. Chcn.ie (1S73), 152.Absorption of radiant heat by carbon dioxide.Keeler (J. E.). Amcr. Juur. Sci., (3) 28, 190-198; Nature, 31, 46(Abs.).
ISO LITERATURE OF THE SPECTROSCOPE.Die Wirkung der Spectralfarben auf die fTohlenaaurezeraetzung inPflanaen.Pfeffer W Versuchs-Stationen Organ, 15 J Chem.2 10. 1107 (Ahs.)j 11. 400 \ ; Ann. Phys. I148, BC- 'j'j; Chem. News, 27 LS tSpectrum von Kohlensiiure.Plfleker. Ann. Phys. u. Chem., 105. 7<~,Ueber die Ltaner der spectralanalytische Reaction von Kohlenoxyd.Balfeld K.i. Repert analyt Ch( Archiv. .1. Pharm.,(3) 21, 289 (Abs.); J<.ur. Chem. Soc., 46. 848 (Ahfl.).Proprietea optiquee d'acide <>x:ili<|u<'.irmont | II. de). Ann. Chim. et Phys., (3 41Die Zeretreuung der C i > durcfa die Pflanzen im direct* n Sonnenspectrum.Timiriaseff (K.). Mem. Acad. St. Pe'tersbourg, Sept., 1878; Ber. chem.
. 6. 1212 i Al.-.i; Jour. Chem. B 2 12 286 \Recherchea Bur la decomposition il-' 1'acide carbonique dana le BpectreBolaire par les parties vertes de vegetans extrait d'un <>iivr;i_-
">ur I'assimilatiorj <]«• la lumiere par lea veg6taux,'! St. P6tere-bourg, 1875.
)
Timiriaseff (C). Ann. Chim. et Phys., (5) 12, 356 •tin-. 84, ism: 9; Jour. Chem. Boc. (1877), 2 • 16 (Abs.).[Jeber <li' Nachweiaung von rlohlenoxydgas.7og( i II. W Ber. chem. Gea., 10. 7 lNote <'ii tli«' Bpectrum of carbonic acid.\V. endonck C.) P* i Royal Soc, 32. 880 2 \ « ; ei News, 44,Jour. Chei - 40 - I \CJeber die Molecularrefraction der geschwefelten Kohlensaureatleini en Bemerkungen fiber Molecularrefraction im Allgemeinen.w \ 1' ( F. 1744 : ! \ J . i 2, 1 \
I i dii Brechunjraexponenten der geaehwei - batitutidhc
• !• Kohli oaauri athera. c ;
• rilll) VOD K6k\\ ...: A A .44 617.
LITERATURE OF THE SPECTROSCOPE. 181PARATOLUIDINE.Description and measurement of the spectrum of paratoluidine.Hartley (W. N.). Jour. Chem. Soc, 47 (1885), 706.PARAXYLINE.Description and measurement of the spectrum of Paraxyline (Kahlbaum).Hartley (W. N.). Jour. Chem. Soc, 47 (1885), 707-10.PENTACRINUS.Colouring matter of pentacrinus.Nature, 21, 573. PHENOLS.On a new class of colouring matters from the phenols.Meldola (11.). Jour. Chem. Soc, 39, 37-40PICOLKNE.Description and measurement of the spectrum of picolene (Dr. Ramsay).Hartley (W. X.). Jour. Chem. Soc, 47 (1885), 719-21.PIPERIDIN'E.Description and measurement of the spectrum of piperidine (Kahlbaum).Hartley (W. N.). Jour. Chem. Soc, 47 (1885), 731.
Zur Theorie des Assimilations-processes in der Pflanzenwelt.Benkovich (E. von). Ann. Phys. u. Chem., 154, 408-73.Zur Frage uber die "Wirkung des farbigen Lichtes auf die Assimilations
-
thatigheit der Prlanzen.Lommel (E.). Ann. Phys. u. Chem., 145, 442-55; Jour. Chem. Soc,(2) 11, 292 (Abs.).Ueber den Einfluss des farbigen Lichtes auf die Assimilation und diedamit zusammenhiingende Vermehrung der Aschenbestandtheilein Erbsenkeimlingen.Weber (E.). Lsuvlwirthschaftl.-Versuchs-Statistik, 18, 18-4S; Jour.Chem. Soc, (2) 13, 1211-15 (Abs.).PURPURIN.Displacement of the absorption bands of purpurin in solutions of alum.Morton (H.). Chem. News, 42, 207 ; Jour. Chem. Soc, 40, 488.
182 LITEBATUBB OF THE BFSCTB08COFE.Note "ii the juirjilf 1 of the ancient.-.Schui ' 37, 618-17.
I )\ Purpurin-Thonerde-Magneeiareactioo
: II. W. . Ber.chei .G 10 lull. Boc. chim. Pn. s. 28, 475, 478.
.•• die Lichtempfindlichkeit dee Purpurins.
;i. W.). I5or. chem. Ges., 10. I
PYRIDINE.
I >. srription and measurement of the spectrum of pyridine CKuhlbaum).Hartley | W. N. . Jour. Chem. B c . 47 , 1885 , 711-16.QunroLiNX.
I ( scription and measurement of the spectrum of <juin<>line, specimens Iand II.Hartley fW. N. . Jour. Chem. Boc., 47 1 1885 , 721-7, 728-80.
I. bi low f : Tetrahydroquinolictrum of quinoline-red.Hoffmann A. W. - Ber. chem. Ges., 20. 1-20; Jour. < -52 [1887 , 380 (Aba.).
R L8PBERBT.
i '.. r die Untersuchungen von Hinbeersaft
I! W Ber. Ges., 10. 1 126 12; J ir Chem.
I • r R * saure. Cai H . Ann. Phys. u. Chem., 179. 184 !l J8-91.Bpectrum of roeaniline basliar'. , W. N Boc., 51
- ectrura of roeaniline hydrochloride.Hartley (W. N J ir. CI 53 171^Kf UK KINK.
( m the colouring matter ruberim atained in egaricua ruber.
< \ t€ .' >ur. Chen - 4416 244 V
LITEKATUKE OP THE SPECTROSCOPE. 183SAFRANIN.Absorptionsspectrum von safranin.Landaaer (J.). Ber. chem. Ges., 11, 1772-5; Jour. Chem. Soc, 36,101 (Abs.); Beiblatter, 3, 195-6.SODA (CARBONATE).
Proprietes optiques de sous-carbonate de soda.Senarmont (H. de). Ann. Chim. et Phys., (3) 41, 336.SP03SGILLA PLUVIATILIS.Chromatological relations of spongilla fluviatilis.Sorby (H. C). Quar. Jour. Microscop. Sci., 15, 47-52.CARBON AND SULPHUR.Note on the absorption spectrum of iodine in solution in carbon disulphide.Abney (W. de W.) and Festing (Lieut. Col.). Proc. Royal Soc, 34,480.Spectre du sulphure de carbone.Becquerel (H.). Comptes Rendus, 85, 1227.Spectrum von Schwefelkohlenstoff.Dibbits (H. C). Ann. Phys. u. Chem., 122, 531.Schwefelkohlenspectrum.Jahresber. d. Chemie (1875), 122, 125, 120 (Abs.). See Yogel (H. W.),Deutsch. chem. Ges., 1875, 96 ; Watts (W. M.), Phil. Mag., (4) 48,369 ; and Morton (H.), Ann. Phys. u. Chem., 155, 551.Absorptionsstreifen in Prismen von Schwefelkohlenstoff.Lamansky (S.). Ann. Phys. u. Chem., 146, 213, 215.Ueber das Spectrum der Sell'schen Schwefelkohlenstofflampe.Vogel (H. W.). Per. chem. Ges., 8, 96-8; Jour. Chem. Soc, (2) 13,C03 (Abs.). TKRKBINTHENK.Sur les chlorhydrates liquides de terebinthene.Barbier (P.). Comptes Rendus, 96, 1066-9; Jour. Chem. Soc, 44,809 (Abs.).Spectre de l'essence de terebinthene.Masson (A.). Comptes Rendus, 32, 129.
184 LITERATURE OF THE SPECTROSCOPE.TERPENS.
moleculare Brechungsvermogen <ler Terpene.Flawitsky | P.). Bar. chem. <;<>.. 15. 15-16.An examination i>f terpenes fur cymene by means of the ultra-v,Bpectrum.Hartley W. N".). Jour. Chem. Boc., 37. I !
TETRAIIYDROQUINOI.INK.
Description and measurement of the spectrum of tetrahydroquinoline.Bartley | W. N.). •J,,nr - Chem. Soc, 47 i 1885 . 781-4.Description and measurement of the Bpectrum of tetrahydroquinhydrochloride ECahlbaum .Hartley (W. N.). Jour. Chem. Boc., 47 1886 , 3TOUHMKI.1NK.
< >n the nature of the light emitted by heated t>«urmeline.Stewart (Balfour). Phil. Mag., I) 21
I r.irilKNYJ.MKNTIIANE.Bpectrum of triphenylmenthane.Hartley iW. N-.). Jour. Chem. Soc., 51 (1837), 162-4.
TBOPJtOLl N.Bpectrum of tropseolin 0.Hartley | W. N . J ur Chem. S . 51. 18!Bpectrum of tropseolin 0.Hartley W N •' , 51. 184-7.
. IKNTINK.
: rum of turpentine vapour.J. B P graphed Sjx -77. p. 71.
.
- die A 1 -- ipectren verechiedener DltramarinsorlWin. ler (J.). Bet I '• l.
'. t - II •'"• nann (B I 9
LITERATURE OF THE SPECTROSCOPE. 185
Researches into the colouring matters of human urine, with an account ofthe separation of urobilin.MacMunn (C. A.). Proc. Royal Soc, 30, 250-2; 31, 20-30; Ber.chem. Ges., 14, 1212-14 (Abs.).Observations on the colouring matter of the so-called bile of inverte-brates, and on some unusual urine pigments, etc.MacMunn (C. A.). Proc. Royal Soc, 35, 370-403 ; Jour. Chem. Soc,46, 194-8 (Abs.).Ueber das TJrorosei'n, einen neuen Harnfarbstoff.Nencki (M.) und Sieber (N.). Jour, prackt. Chcmie, 26, 333-30 ;Chem. News, 42, 12 (Abs.); Jour. Chem. Soc, 44, 101 (Abs.); Ber.chem. Ges., 15, 3087 (Abs.).Substances colorantes de l'urine.Neusser (E.). Les Mondes, (3) 2, 408-9; Jour. Che"m. Soc, 46, 93(Abs.). WINE.Recherche et determination des principales matieres colorantes employeespour falsifier les vins.Chancel (G.). Comptes Rendus, 84, 348-51 ; Jour. Chem. Soc. (1877),2, 371 (Abs.); Ber. chem. Ges., 10, 494.The detection of foreign colouring matters in winfc.Dupre (A.). Jour. Chem. Soc, 37, 572-5 ; Ber. chem. Ges., 13, 2004-5(Abs.).The detection of the colouring matters of logwood, Brazil-wood, andcochineal in wine.Dupr6 (A.). Analyst, 1, 20; Jour. Chem. Soc (1877), 1, 234 (Abs.).Zur Weinverfalschung.Lepel (F. von). Ber. chem. Ges., 9, 1900-11 ; 11, 1552-0.
Preliminary notes on a blue colouring matter found in certain wood un-dergoing decomposition in the forest.Girdwood (G. P.) and Bemrose (J.). Rept. British Assoc. (1884), G90.Absorptionsspectrurn von Brazilienholtzabkochung.Reynolds (J. E.). Jour, prackt. Chemie, 105, 358.Absorptionsspectrurn von Campecheholtzabkochung.Reynolds (J. E.). Jour, prackt. Chemie, 105, 359.
186 LITERATURE OK THE SPECTROBCXANTOl'IITLL.Notiz iiber die Strahlcn di B Lii-htes welche das Xantophyll der Pflanzenserlegi d.aer (J ). Ann. Phya. u. Chem., 153. I
CERIUM.Contribution to the chemistry of the cerite metals.Brauner (B.). J"ur. Chem. Soc, 43, 278-89 ; Chem. News, 47, 175(Abe.).Sulla diflusione del Cerio, etc.Cossft (A.). R. Accad. dci Lincei, (3) 3. 17-84; Beihllttcr, 4. i M(Ahs.).
T.'' didyme de la cerite est pr"l>ablement an melange de plusieurs <ifontaine. 07 I 14-6; Joar. Chem. Soc., 36, 119\ ; Beiblatter, 3, l'.<7-8 (Abe.).Bur lea terres de la cente.
. u, 103 (1-Contribution to the chemistry of cerium compounds.Hartley (W N . Jour. Chem. Soc., 41, 202 N 45.:
Le didyme de la samarskite differe-t-il de celui de la cerite?
:'. '. Com] Bfl I ter, 2
LITERATURE OF THE SPECTROSCOPE. 187
CHLORINE.
1, CHLORINE ALONE.Spectre du chlore clans les tubes de Geissler.Chauturd (J.). Comptes Rendus, 82, 273.Spectres appartenant a la famille du chlore.Ditte (A.). Comptes Rendus, 73, 738.Des spectres d'absorption du chlore.Gernez (D.). Bull. Soc. chim. Paris, n. s. 17, 258; Ber. chem. Ges.,5, 219; Comptes Rendus, 74, 465, 660.Absorptionsspectrum des Chlors.Jahresber. d. Chemie (1869), 182 (Abs. See Morrert, below).Reaction spectrale du chlore.Lecoq de Boisbaudran (F.). Comptes Rendus, 91, 902-3; Pbil. Mag.,(5) 11, 77-8; Beibliitter, 5, 118 (Abs.).Verbindungsspectrum zur Entdeckung von Chlor.Mitscherlich. Jour, prackt. Cbem., 97, 218.Absorptionsspectrum des durch Chlor gegangenen Sonnenlicht.es.Morren. Ann. Phys. u. Chem., 137, 165; Comptes Rendus, 68, 376.
2, CHLORINE COMPOUNDS.
Effect of the spectrum of silver chloride.Abney (W. de W.). Rept. British Assoc. (1881), 594.Sur les chlorhydrates liquides de terebinthene.Barbier (P.). Comptes Rendus, 96, 1066-9; Jour. Chem. Soc., 44,809 (Abs.).Spectre du bichlorure de titane.Becquerel (H.). Comptes Rendus, 85, 1227.Tin chloride spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 76.Sur l'indice de refraction du chlorure d'argent naturel.Cloiseux (Des). Bull. Soc. mineral, de France, 5, 143; Beibliitter, 7,25 (Abs.).
1SS LITERATURE OF THE BPEOTBOBCOPE.Spectrum von Kupferchlorid, mit einer Carte.
;..). Ann. Chiin. et Phys., 4 6. 1.
- dee me'talloides <1>- la famille <lu chlore.Ditte {A - Bull. So chim. Paris, n. s. 16, 229 ; Comptes Bei73, :LTeber Chlorsaure, ein neues Reagens auf Alkaloide.Praude (G.). Ber. chem. Ges., 12Spectrum von Chloroxyd und Unterchlorinsaure.Gernez | D . Ber. chem. Ges., 5. 218.Sur lee raies d'absorption produites dans le spectre par les solutionsacides chloreuz, etc;Q D.i. Com] 74 ; i 2 10280 A' - : Ber. chem. Ges., 5. 218 ASpectre d'absorption <lu chlorure d'iode.Gernez (D.). Comptes Bendus, 74, 660 ; Bull. Soc. chim. Paris, n. s.17Spectre d'absorption du vapeur de l'acide hypochloreux.
• !» . I Bendus, 74 BO B 3 I17. 267 j Ber. chem. Ges., 5 .Spectre d'absorption du vapeur de protochlorure de tellure.Gernez D.). Bull. Boc. chim. P 18. 172.
( »n the violet flame of many chlorides.Gladstone J. H . Phil Mag., I 24. 417.tres de chlorure de baryum, de chlorure de cadmium, de chlorure '!<calcium, de chlorure de cobalt, de chlorure de cuivre, de chlorurede fer, de chlorure de magnesium, de chlorure <!<• platine, de «.-li 1 < •-rure '1" strontium.Q iy. Comptes Bendus, 84, 281 ; 89 K 35,107.A-beorptionsspectrum des Mangansuperchlorids.Jahresher. d. Chen ; \ ' S L
;r:i d< r < !hlormetalla
.Trill r 'A.bsorption8spectrum des < lil<>rs und der unterchlorigen Saure.Jahreslx r . >\ < Ihemie 1 B72 .Abeorptionaspectrujp des ainfachen Chlor
.T j».li r
LITERATURE OP THE SPECTROSCOPE. 189Absorptionsspectrum des Chlorselens.Jahresber. d. Chemie (1872), 140 (Abs. See Gernez, above).Absorptionsspectrum des einfachen Chlortellurs.Jahresber. d. Chemie (1872), 140 (Abs. See Gernez, above).Spectrum des Phosphorenzlichts von Chlorophan.Kindt. Ann. Phys. u. Chern., 131, 1G0.Spectralanalyse des Chlorberylliums.Klatzo. Jour, prackt. Chemie, 106, 230.Protochlorure d'antimoine en solution.Lecoq do Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 150,planche XXIII.Chlorure de bar)Tum dans le gaz et en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 57, G2,planche VII ; p. 60, planche IX.Chlorure de bismuth en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 145,planche XXII.Chlorure de cadmium en solution, etincelle.Lecoq de Boisbaudran. Spectres Lumineux, p. 139, planche XX.Chlorure de calcium dans le gaz charge de H CI ; et en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 79,planche XI ; p. 81, planche XII.Sesquichlorure de chrome en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 10G,planche XVI.Chlorure de cobalt en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 129,planche XIX.Chlorure de cuivre en solution, etincelle; et dans le gaz.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 152,planche XXIV; p. 15G, planche XXIV.Chlorure de didyme en solution concentree, absorption; et en solution6tendue, absorption.Lecoq de Boisbaudran. Spectres Lumineux, Paris, 1S74, p. 87, plancheXIII: p. 90, planche XIII.
TOO LITERATURE OP THE 3P1 I l BOSI OPE.
i rure de L'erbium en Bolution, absorption.
I.. qde Boisbaudran. B Lumineux, Paris, 1874, p. 100\v.Spectre de chlorure d'or.
I.. Boisbaudran (P.). ' i; ' ,!l|; - 77 - n:'- ' : •' "Chei 2) 12. 217 \: •• B< r. i b< m. Get., 6. 1 11- \Bull. Soc. •him. Bans, a. b. 21. 125.Chlorure d'or en Bolution, gtincelle; et dans Le gaz.
I. ioq do Boisbaudran (P.). Spectres Lumineux, Paris, 1874, p. 17:2.planch X X \ "I : p. 176, planche XXVI.
P.Tchl'irurt' .1, t'<-r fii solution, t'tincelle.
I. . Boisbaudran Lumineux, Paris, 1874, p. 122,planch'' .Will.
rure de magnesium en solution, 6tincelle.
l. q de Boisbaudran. Bpectrea Lumineux, Paris, 1874, p. -XIIChlorure de manganese en Bolution, dans le gaz, etincelle courte, 6*tin-celle moyenne.
I de Boisbaudran (F Lumineux, Paris, 1874, p. 11".111. \-2n. planche* XVII. XVIII.Bichlorure de mercure en solution, (Stinc*
I. B ibaudran (P. . Bpectrea Lumineux, Paris, 1874, ;planche XXV.Chlorure de nicki 1 en solution, 6tincelle.I... iq de Boisbaudran. Bpectret Lumineu P r 1874 p IXI \Chlorure de palladium en solution, 6tincelle.
I
.
B ibaudran. Bj L Pai ,1874, p. 184XXVII.Chlorure de platine en Bolution, fitinoelle,
I. Bo ibaudran (P.) 374, p. 181,plam he \ X \ II.Chlorure de potassium dans Le gas.
I. | de Boisbaudran (P Lumineux, Paris, 1874
i v.Chlorure de rubidium <lun.« le traz.
I. B isbaudran (F Bpectrea Lumineux, Paris, l s 7i.planche IV.
LITERATURE OF THE SPECTROSCOPE. 101Chlorure de strontium dans le gaz charge de H CI ; et en solution, etin-celle.Lecoq do Boisbaudran. Spectres Lumineux, Paris, 1874, p. 72, 75,planche X ; p. CO, planehe IX.Bichlorure de l'etain en solution, etincelle.Lecoq de Boisbaudran. Spectres Lumineux, Paris, 1874, p. 143,planche XXII.Chlorure de zinc en solution, etincelle.Lecoq de Boisbaudran. Spectres Lumineux, Paris, 1874, p. 138,planche XX.Absorptionsspectrura des Mangansuperchlorids.Luck (E.). Zeitschr. analyt. Chemie, 8, 40o.Verbindungspectrura zur Entdeckung von Chlor.Mitscherlich (A.). Jour, prackt. Chemie, 97, 218.Entdeckung sehr geringer Mengen von Chlor in Verbindungen.Mitscherlich (A.). Ann. Phys. u. Chem., 125, G29.Spectroscopic anomalies, especially in chlorides.Palmieri (L.). Chem. News, 47, 247.Absorption spectra of bromine and of iodine monochloride.Eoscoe (II. E.) and Thorpe (T. E.). Proc. Royal See, 25, 4.Spectroscopic observations on dissolved cobaltous chloride.Russell (W. J.). Chem. News, 51, 2-59.Spectren organischer Chlorverbindungen.Salet (G.). Ber. chem. Ges., 5, 222; Bull. Soc. chim. Paris, 1 mars1872.Recent discoveries with the spectroscope, especially ia the absorptionspectrum of chromochloric anhydride.Stoney (Johnstone). Chem. Xews, 23, 104.Ueber die verschiedenen Modificationen des Chlorsilbers.Vogel (H. W.). Ber. chem. Ges., 16, 1170-9.Ueber die Brechung und Dispersion des Lichtes in Chlorsilber.Wernicke (W.). Ann. Phys. u. Chem., 142, 5'J0-7n ; Jour. Chem.Soc, (2) 9, 653 (Abs.); Ann. Chim. et Phys., (4) 26, 287 (Abs.).
192 LITERATURE OF THE SPECTROSCOPE.
CHLOROPHYLL.Propri6tea optiques de la chlorophylle.Ann. Chim. et Phys.. I 26, 277-9.Kt eherches sur les raies de la chlorophylle.Chautaru (J.). Comptea RenduB, 75. l-Exaraen apectroacopique de la chlorophylle dans lee residus de la digestion.Cliautard (J.). Comptes Rendu?, 76, 103-5; J"iir. I11Observations par M. Millardet. Comptes Rendus, 76, 105-7.Modifications du spectre de la chlorophylle sous 1'influence dee alcalia.
. itard (J.). Comptes Rendus 76. 670; Bull. Boc. chim. Paris, 20.89; Joui i 11- 582 A.bs.).Influence des ravons de diverses couleurs sur le spectre de la chlorophylle.Cliautard (J.). Comptes Rendu?. 76. 1081- . '11, :Examen des differences presentees par le sprctre de la chlorophylle, -la oaturs du dissolvant,Cliautard (J.). C 76. 1066-9 ; Jour. I11. 996-7.
sification dee bandea d'aheorption de la chlorophylle; rait -denl
I mtard (.1.) I 76. 1278.(Look below an l< - P
:• la chlorophylle. 77Nouvellea bandea surnumSrairea produitea dana lea Bolutiona de chloro-phylle Boua 1'influence d( b agenta Bulfur78, 412. I blorophylle.
. .! , A:. I tP 3)3,5-blorophyli
( . 79
LITERATURE OF THE SPECTROSCOPE. 193Recherches sur la chloroph)rlle et quelques uns de ses derives.Gerland (E.) et Rauwenhoff (W. H.). Arch. Neerlandaises, 6, 97-116 .Ann. Phys. u. Chem., 143, 231-9; Jour. Chem. Soc, (2) 9, 1201-2(Abs.).Ueber die Einwirkung des Lichtes auf das Chlorophyll.Gerland (J.). Ann. Phys. u. Chem., 143, 585-610 ; Jour. Chem. Soc.,(2) 10, 160 (Abs.).Ueber die Rolle des Chlorophylls bei der Assimilationsthatigkeit derPlanzen und das Spectrum der Blatter.Gerland (J.). Ann. Phys. u. Chem., 148, 99-115; Jour. Chem. Soc,(2) 11, 401 (Abs.).Purpurophyll, ein neues (?) Derivat des Chlorophylls.Hartsen (T. A.). Ann. Phys. u. Chem., 146, 158-60.Absorptionsspectrum des Chlorophylls.Jahresber. d. Chemie (1872), 136 (Abs. See Chautard, above).Spectroscopische Untersuchungen des Chlorophylls.Jahresber. d. Chemie (1873), 154-7 (Abs. See Chautard, above).Zur Kenntniss der Chlorophyll-farbstoffe.Krauss (G.). Archives de Geneve, (2) 46, 359 (Abs.).Untersuchungen iiber das Chlorophyll, den BlumenfarbstofF und derenBeziehungen zum Blutfarbstoffe.Liebermann (L.). Sitzungsber. d. Wiener Akad., 72 II, 599-618 ;Chem. Centralblatt, (3) 7, 615-16; Jour. Chem. Soc, 1877, 2, 208(Abs.).Ueber das Verhalten des Chlorophylls zum Licht.Lommel (E.). Ann. Phys. u. Chem., 143, 568-85; Jour. Chem. Soc,(2) 10, 150-60 (Abs.).Observations sur l'examen spectroscopique de la chlorophylle par M.Chautard.Millardet (A.). Comptes Rendus, 76, 105-7; Jour. Chem. Soc, (2)11, 996 (Abs.).Spectroscopic study of chlorophyll.Nature, 26, 636.M. Chautard's classification of the absorption-bands of chlorophyll.Pocklington (H.). Pharmaceutical Trans., (3) 4, 61-3.Ueber die Absorptionsspectra der Chlorophyllfarbstoffe.Pringsheim. Monatsber. d. Berliner Akad. (1874), 628-59.13 T
194 LITERATURE OF THE BFECTB08COPS.
• r natiirliche Chlorophyllrnodincationen und d itafie der Fluri-deen.Prir. • " • Lisber. d. Berliner Akud.Spectroscopic study of chlorophyll.
:: W. J. u i Lspraik W Jour. Chem. £ 4126 -9 ; Ber. chem. Get 1545 SUeber die Bedeutung dea Chlorophylls.Sachsse 2Chemisches Central':.... 7 Jour. Chem. 8oe. (1877 22 - A.bs.).Ueber cine neue Reaction dea Chlorophylls.Sachsse iR.). Chemisches Centralblatt. 9. 121—j: JSo. 34 -.).Die Reindarstellung des Chlorophyllfarbstoffea.
.irch (A.). Ber. ehem. G - 16, J 4557-4 -Untersuehungen iiber das Chlorophyll und einige seiner Derivate.
. Ann. Phys. u. Chem.. n. F. 21. 070--Beziehungen del Lichtes sum Chlorophyll.
"Wiesner (J.). ber. d. Wiener Akad., 59u. Chem.. 152. 4-". J _:. Chem. Soc.. - 12 \U.).
LITERATURE^DF THE SPECTROSCOPE. 195
CHROMIUM.On the colour properties and relations of chromium.Baylor (T.). Jour. Chem. Soc, 37, 828-3G.The chromium arc spectrum, photographed.Capron (J. R.). Photographed Spectra, London, 1877, p. 26On the optical properties of a new chromic oxalate.Hartley (W. 1ST.). Proc. Royal Soc, 21, 499-507 ; Ber. chem. Ges.. 6,1425 (Abs.).Distribution of heat in green oxide of chromium.Jacques ("W. W.). Proc. American Acad., 14, 142.Sesquichlorure de chrome en solution, etincelle.Lecoq de Boisbaudran (P.). Spectres Lumineux, Paris, 1874, p. 106,planche XVI.Absorptionsspectra der Alkalichromate und der Chromsiiure.Sabatier (P.). Beiblatter, 11, 223.
I'."'. LITEBATURK <>F THE SPECTROSCOPE.
COBALT.
< >n the colour, properties, and relations of cobalt, etc.Bayley (T.). Jour. Chem. Boc, 37, 82-Cobalt arc Bpectrum, photographed.Capron (J. R.). Photographed Spectra, London, 1877, p. 27.Spectre de chlorure de cobaltG iuy. Comptea Rendus, 84. 281 : Chem. News, 35. 107.Spectra of some cobalt compounds in blowpipe chemistry.Horner (C). Chem. Newi, 27. 241 ; Jour. Chem. Soc, (2) 11, 1161-9(Aba.).Spectrum von Kobalt.Jahreeber. d. Chemie (1872), 14.r>. (See Lockyer, below.)Spectrum von Kobaltverbindungen.Jahresber. d. Chemie (1873), 160. (See Horner, above.)
• re dt s sels de cobalt.Lallemand (A.). Comptes Rendu-. 78. 1272.Chlorure de cobalt en solution, elincelle. .
I de Boisbaudran (F.). Lumineuz, Paris, 1^74. p. 120,planche XIX.On the Bpectrum of cobalt.Lockyer (J. N.). Proc. Royal Boc., 17 28Absorption Bpectra of cobalt .-alts.
:: ,\\ .1 Proc. Royal Boc., 31, 61; 32, 268; Chem. N43. 27.Bpectroscopic observations on dissolved oobaltous chloride.
II | \V. ,i . Chem. News, 51Erkennung dee Kobalta neben Eisen and Nickel.II W B< r, G 12 5 B I \LU r. 4. 278Abe. . 5. 11- \Methods for the determination id" cobalt by Bpectra] analw ' I Newt, 39
LITERATURE OF THE SPECTROSCOPE. 197
COLOUR.Metachromism, or colour-change.Ackroyd (W.). Chem. News, 34, 75-7.Ueber die Aenderung des Farbentones voni Spectralfarben bei abnehmen-der Lichtstiirke.Albert (E.). Ann. Phys. u. Chem., n. F. 16, 129-60; Jour. Chem.Soc., 42, 1153 (Abs.).Influence de la lumiere sur les animaux.Beclard. Comptes Rendus, 46, 441.Influence des rayons colores du spectre sur le developpement des animaux.Beclard. Comptes Rendus, 73, 1487.Nouvelles recbercbes sur les impressions colorees produites lors de Tactionchimique de la lumiere.Becquerel (Ed.). Comptes Rendus, 39, 65.Ueber die Entstehirng von farbigem Licbt durch elective Reflection.Behrens (H.). Ann. Phys. u. Chem., 150, 303-11.Action of various coloured bodies on the spectrum.Brewster (Sir D.). Phil. Mag., (4) 24, 441.Etude experimental de la reflexion, de» rayons actiniques; influence dupoli speculaire.Chardonnet (E. de). Comptes Rendus, 96, 441 ; Jour, de Phys., 12, 219.La perception des couleurs.Charpentier (Aug.). Comptes Rendus, 96, 859.Recherches experimentales sur les anneaux colores de Newton.Desains (P.). Comptes Rendus, 78, 219-21 ; Phil. Mag., (4) 47, 236-7.Farbe und Assimilation.Engelmann (T. W.). Onderzoekingen physiol. Lab. Utrecht, (3) 7,209-33; Beiblatter, 7, 378-80 (Abs.); Centralblatt f. Agricultur-chemie (1883), 174-8 (Abs.); Jour. Chem. Soc, 44, 819 (Abs.).Bacterium photometricum.Engelmann (T. W.). Onderzoekingen physiol. Lab. Utrecht, (3) 7,252-90; Pfliiger's Arch. f. physiol., 30, 95-124; Proc. Verb. K.Akad. v. Wetenschappen, Amsterdam, Mar. 25, 1882, 3-6 (Abs.);Beiblatter, 7, 381 (Abs.).
1( ' LITERATURE OP THE SPECTROSCOPE.Dae Verhalten verschiedener Warmefarben beider Reflexion polarisirtcnBtrahlen von Metallen.Knol la •• ' !I i. Ann. Phye. u. Chem., n. P. 10. IUeber den neutralen Punckt im Spectrum der Farbenblind< n.Kdnig (A.). Verhandl. .1. phyaisiInfluence of colour upon reduction by lightLea (M. Carey). Amer. Jour. Sci., 7,2Influence of colour upon tin- refraction of LightLea | M. Carey). Amer. Jour. Sci., (8) 9. 865- 7.Dr. Void's colour theory.Lea (M. Can . . Amer. Jour. Sci., 8 i 12. IOn the development of the colour BernL\it.) k (Dr. Montague). Rept. British '. 1881 ,715.On the relatione of the colours of the spectrum.Maxwell (J. Clerk). Proc. Royal Boc., 10. I- 1.On the duration of colour impressions upon the retina.Nichols (E. L.). Amer. Jour. & i., (8 28. 248-62.Eine Beziehung zwiachen der F:irl>«- gewieser Flammen und den durchdas Licht gefarbten heliographischen Bildern.Niepce de Saint Victor. Ann. Phys. u. Chem., Ergauzungsband, 3(1868), U-: Ann. Chim. et Phys . 32. JOn the sensitiveness <>f the eye t<> Blight different - (' colour.Peirce (B. <>., Jr.). Amer. Jour. Sci., ' 26. .mentenkundc, 4, 87 s (Abs BBur I'achromatisme chimique.unowaki. 79. 107-110; J"ur. Chem. G12. 1126 '•
'
riments in colour.Raj |< igh . Lord). Nature, 25. 6 iSur ['application de la roocession anomale d< b couleurs dana le Bpectre deplusieurs subetamBellmeier. Jour, de Phys., 1. 104.
r. mi rkuugi n ya, a. Chem., 143. l'TJ.Colour in practical astronomy, Bpectroecopically examined.
I Pia B Edinburgh, 28 " - ; ; Bei<4
LITERATURE OF THE SPECTROSCOPE. 199Comparative vegetable chromatology.Sorby (H. C.). Proc. Royal Soc, 21, 442-83; Jour. Chem. Soc, (2)12, 279-85 (Abs.).Sur la transparence des milieux de l'ceil pour les rayons ultra-violets.Soret (J. L.). Comptes Rendus, 88, 1012-15; Beiblatter, 3, 620 (Abs.).On combinations of colour by means of polarized light.Spottiswoode (W.). Proc. Royal Soc, 22, 354-8.Farbenwahrnehmung.Weinhold (A.). Ann. Phys. u. Chem., n. F. 2, 631.De l'influence do differentes couleurs du spectre sur la devellopement desanimaux.Yung (E.). Comptes Rendus, 87, 998-1000.
CONE-SPECTRUM.
'The blowpipe cone-spectrum and the distribution of the intensity of lightin the prismatic and diffraction spectra.Draper (J. W.).. Nature, 20, 301.
200 LITERATURE uf THE BPECTR08COPE.
constants.Beziehungen zwischen physikaliseln-n < "ii.stanten chemischer Verbin-dungen.Bruhl (J. W.). Ber. chem. Ges., 15. 467troecopische Untersuchnng der Constanten von Losungen.Burger (H.). Ber. chem. Ge>., 11. 1876.On a new optical constant.Gfbha (Wolcott). Proc. Amer. Acad., 10, 101-16; Ann. Ph]Chem., 156, 120-44.Optische Constanten.Janowsky (J. V.). Ber. chem. On -.. 13. 2272-77.Ueber die Ucfractionsconstante.Lorenz (L.). Ann. Phys. u. Chem., n. V. 11. 7"Experimentelle [Jntersuchungen fiber die Refractionsconstante.Prytz (K.). K. Dan. Gee. d. Wiaa. 1--". 6 22; Ann. PChem., n. F. 11. 104 20.Ueber einige von den Berrn J. W. Brfihl und V. Zenger aufgestellteBeziehungen iwischen physikalischeii Constanten chemischer Ver-bindungen.Wiedemann. Ber. chem. Gea., 15, i I 70.; Beihlitl G377 (Aha.).
LITERATURE OF THE SPECTROSCOPE. 201
COPPER.On the colour, properties, and relations of the metals copper, nickel,cobalt, iron, manganese, and chromium.Bayley (T.). Jour. Chem. Soc, 37, 828-36.On the colour relations of copper and its salts.Bayley (T.). Phil. Mag., (5) 5, 222-4.On the analysis of alloys containing copper.Bayley (T.). Phil. Mag., (5) 6, 14-19.On the colour properties and colour relations of the metals of the iron-copper group.Bayley (T.). Jour. Chem. Soc., 39, 802-70.Copper spark spectrum; copper arc spectrum; copper and silver arcspectrum; copper, gold, and silver (alloy) arc spectrum; copperand iron spark spectrum.Capron (J. P..). Photographed Spectra, London, 1877, p. 27, 31, 43.Spectrum of nitrate of copper.Chem News, 35, 107.Renversement des raies spectrales de cuivre.Cornu (A.). Comptes Rendus, 73, 332.Spectre du cuivre.Debray. Comptes Rendus, 54, 169.Spectre du bromure de cuivre, et du chlorure de cuivre.Diacon (E.). Ann. Chim. et Phys., (4) 6, 1Spectre de l'azotate de cuivre.Gouy. Comptes Rendus, 84, 231 ; Chem. News, 35, 107.Caracteres des flammes chargees de l'oxyde de cuivre et de l'acjetate decuivre.Gouy. Comptes Rendus, 85, 439.Black oxide of copper.Tacques (W. W.). Proc. Royal Soc, 14, 159.
202 LITERATURE OF THE SPECTROSCOPE.
;•
. di - Kupfers.Jahresber. d. Chemie, 15, 80, (See Debray, above.)Spectre de I'oxyde de cuivre.Lull. Comptes Rendua, 78. 1272.Sur la diffusion lumineusc du sulfure et du phosphure de cuivnBans precipitation.Lallemand (A.). Comptes Rendus, 79.Chlorure de cuivre en solution, 6tincelle; chlorure de cuivre dans le lmz.Boisbaudran, Paris, 1874, p. 152, 156, plancbe XXIV.Erkennuug von Chlor, Brom und Eod durch <la> Spektrum der Kupfer-verbindung.Mitacherlich (A.). Ann. Phya. u. Chem., 125. • .Spectrum von Kupfer.Bimmler 1 11. Th.). Ann. Phya. u. Chum., 115, 249.Methods f<>r the determination of copper by spectral analysis,w Iff. Chem. Newa, 39, 124.
LITERATURE QF THE SPECTROSCOPE. 203
CRYSTALS.Sur le pouvoir rotatoire du quartz dans le spectre ultra-violet.Croullebois. Comptes Rendus, 81, 666.Action rotatoire du quartz sur le plan de polarization des rayons calor-ifiques obscurs d'un spectre.Desains (P.). Comptes Rendus, 84, 1056.Amvendung des Spectroskops zur optischen Untersuchung der Krystalle.Ditscheiner (L.). Sitzungsber. d. Wiener Akad., 58 II, 4, 15-29.Indices de refraction ordinaire et extraordinaire du quartz, pour lesrayons de differentes longueurs d'onde jusqu'a l'extreme ultra-violet.Sarasin (E.). Arch, de Geneve, (2) 61, 109-19 ; Comptes Rendus, 85,1230-2 (Abs.); Beiblatter, 2, 77 (Abs.).Indices de refraction ordinaire et extraordinaire du spath d'Islande pourles rayons de diverses longueurs d'onde jusqu'a l'extreme ultra-violet.Sarasin (E.). Comptes Rendus, 95, 680.Indices de refraction du spath-fluor pour les rayons de differentes longueursd'onde, jusqu'a l'extreme ultra-violet.Sarasin (E.). Comptes Rendus, 97,850.Proprietes optiques de quelques cristaux ; acide oxalique, hyposulnte desoude, sous-carbonate de soude, borax.Senarmont (H. de). Ann. Chim. et Phys., (3) 41, 336.Sur la polarization rotatoire du quartz.Soret (J. L.). Arch, de Geneve, (3) 8, 5-59, 97-132, 201-28 ; Jour, dePhys., (2) 2, 281-6 (Abs.).Sur la polarization rotatoire du quartz.Soret (J. Li.) et Sarasin (£.). Comptes Rendus, 83, 818; 95, 635.
204 LITERATURE UF THE SPECTROSCOPE,
D LINE.Dark double line D in the spectrum from the electric arc.Foucault, L'Institut (1848), 45.Darstellung der dunklen Fraunhofer'schen Linie I >.Kirehhoff (G.). Ann. Phys. u. Chem., 109. I 18Die Ursache der dunklen Linie D nicht in dem A.tmosphare.Kirehhoff (O.). Ann. Phys. u. Chem., 109Determination de la valeur absolue do la longuear d'onde de la raie D.Mac'' de Lepinay (J.). Ann. Chim. et Phys., (8 10 L887), 170-199.Determination de la longueur d'onde de la raie D,.M i.-i- do Lepinay (J.). Jour, du Phys., (2) 5, 411-16.Indice du quartz pour la raie D.Sarasin (Ed.). Coniptes Rendus, 85, 1280.D line spectra.Btokei (G. G.). Nature, 13. 247Monographic du groupe D du spectre solaire.Thollon (L.). Jour, do Phys., 13, 5.
LITERATURE OF THE SPECTROSCOPE. 205
DARK LINES.Etude des bandes froides des spectres obscurs.Dessains (P.) et Aymonnet. Comptes Rendus, 81, 423.Die brechbarsten oder unsichtbaren Lichtstrahlen im Beugungsspectrum,und ihre Wellenliinge.Eisenlohr (W.). Ann. Phys. u. Chem., 98, 353.Dark double line D in the spectrum from the electric arc.Foucault. L'Institut (1849), 45.Anwendung der dunklen Linien des Spectrums als Reagens auf Uranund Mangansiiure.Jahresber. d. Chemie, 5, 125. (See Stokes in L'Institut, 1852, p. 392.)Umwandlung heller Linien in Dunkle.Jahresber. d. Chemie, 14, 44. (See Kirchhoff, below.)Dunkle Spectrallinien der Elemente.Jahresber. d. Chemie, 17, 108. (See Hinrichs (G.) in Amer. Jour.Sci., [2] 38, 31.)Umkehrung der hellen Spectrallinien der Metalle, insbesondere desNatriums, in Dunkle.Jahresber. d. Chemie, 18, 90. (See Madan (H. G.) in Phil. Mag., [4]29, 338.)Die Ursache der dunklen Linie D nicht in dem Atmosphare.Kirchhoff (G.). Ann. Phys. u. Chem., 109, 297.Umkehrung der hellen und dunklen Linien.Kirchhoff (G.) und Bunsen (R.). Ann. Phys. u. Chem., 110, 187.Spectrum des Phosphorescenzlichtes von Chlorophan, etc., mit dunklenLinien.Kindt. Ann. Phys. u. Chem., 131, 1G0; Phil. Mag., Dec, 18G7.Absorptionsspectren dunkler Wiirmestrahlen in Gasen und Dampfen.Lecher und Pernter. Sitzungsber. d. Wiener Akad., 82 II, 2G5.Dunkle Linien in den Spectren einiger Fixsterne.Merz (L.). Ann. Phys. u. Chem., 117, 654.
200 LITERATURE OF THE SPECTROSCOPE.Dunkle LinieD in dem photographirten Spectrum weil fiber dei i sicht-barerj Theil hinaus.Muller (J.). Ann. Phys. u. Chem., 97Wellenlange und Brechungsezponent der aussersten dunklen WaiBtrahleu dee Sonnenspectrums.Muller (J.). Ann. Phya. u. Chem., 116. 543 ; B116. 644.A method of examining refractive and dispersive powers by prismaticreflection. Contains trie first discovery of the dark Bolax lisWollaston (W. H.i. Phil. 1Ursache dvr un^leichen [ntensitat der dunklen Linieu iru Spectrum derSonne und der Fbcsterne.X illn it | V. Ann. Phys. u. Chem., 141. 878.
DAVYUM.Spectre (lu davyum.Ken - I imptea Rendua, 85. ire, 17, 245; CI36. ill. 156, 164 : Beiblitter, 1. 819.
LITERATURE OF THE SPECTROSCOPE. 207
DECIPIUM.
S\ir le decipium, metal nouveau de la samarskite.Delufontaine. Comptes Rendus, 87, G32-4 ; Jour. Chem. Soc, 36,117-8; Araer. Jour. Sci., (3) 17, 61-2 (Abs.); Beiblatter, 3, 197-8(Abs.).Remarques sur le decipium et ses principaux composes.Delafontaine. Comptes Rendus, 90, 221-3 ; Arcb. de Geneve, (3) 3,250-60; Beiblatter, 4, 549 (Abs.).Spectre du nitrate de decipium.Lecoq de Boisbaudran (F.). Comptes Rendus, 89, 212.
DENSITY.Ueber den Einfluss der Dichte und der Temperatur auf die Spectren vonDiimpfen und Gasen.Ciamician (G.). Wiener Anzeigen (1878), 158-60; Chemiscbes Cen-tralblatt (1878), 689-90; Jour. Chem. Soc., 36, 101 (Abs.).Ueber den Einfluss der Dichte und der Temperatur auf die Spectren vonDiimpfen und Gasen, 1879.Ciamician (G.). Sitzungsber. d. Wiener Akad., 78 II, 867-90 ; Chem-iscbes Centralblatt (1879), 507-9, 537-42, 555-7; Nature, 20, 90(Abs.); Beiblatter, 3, 609-11.Ueber den Einfluss der Dichtigkeit eines Korpers auf die Menge des vonihm absorbirten Lichtes.Glan (P.). Ann. Phys. u. Chem., n. F. 3, 54-82.De l'intensite lumineuse des couleurs spectrales.Parinaud (II.). Comptes Rendus, 99, 937.
20S LITERATURE OF THE BPE4 rBOSCOF*.
I > ['influence qu'exerce L'intenate* <J*- la lumiere coloree, etc.Prillieux. Comptet Rendua, 69. 294, 408, 412.
I . bcrdie Abhangigkeil di r Brechungaexponenten anomal diapergirendi rMedien von <1<t Concentration <ltr Loeung and der Temperatur.Sieben (G.). Ann. Phy«. n. Chem., 23. 812.N^ir Bni un procecle' deBtine* a tnesurer rintenaite* relative des elementsconstitutifa <l«s differentes scources luniineuses.Trannin i II. - Compfc - Eli ndus, 77. 1 105.Aenderung der Lage und I'>r. ate der Lini< n in Salpetergas and anderenSubetanzen mil der Dicke und Scbicbt.Wei A Am, Phyi. u. Chem., 112. lUebcr den Einflusa der Dichtigkeit und Temperatur auf die Spectragluhender G«Zollner 1' Ber. Sacl Be Wire., 22 5 Ann. Ph;Chun., 142, 88-111 ; Phil. Mug., (4) 41, 130-206.
LITERATURE OF THE SPECTROSCOPE. 209
DIDYMIUM.Sur les variations des spectres d'absorption du didyme.Becquerel (H.). Comptes Rendus, 103 (1887), 777-80; Chem. News,55, 148 (Abs.).Sur le didyme.Brauner (B.). Comptes Rendus, 94, 1718-19; Chem. News, 46, 16-17;Jour. Chem. Soc, 44, 18 (Abs.); Ber. chem. Ges., 15, 2231 (Abs.).Das Absorptionsspectrum des Didyms.Biihrig (H.). Jour, prackt. Chemie, (2) 12, 200-15; Amer. Jour.Sci., (3) 11, 142 (Abs.).Erscheinungen beim Absorptionsspectrum des Didyms ; Aenderung beiAnwendung polarisirten Lichtes.Bunsen (R.). Ann. Phys. u. Chem., 128, 100.On the inversion of the bands in the didymium absorption spectra.Bunsen (R.). Phil. Mag., (4) 28, 246; 32, 177. (See Roscoe's Spec-trum Analysis, Lecture 4, Appendix F, Third Edition.)Photograph of the didymium arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 28.Note preliminaire sur le didyme.Cleve (P. T.). Comptes Rendus, 94, 1528-30; Chem. News, 45, 273;Jour. Chem. Soc, 44, 18 (Abs.); Ber. chem. Ges., 15, 1750 (Abs.);Beiblatter, 6, 771-2 (Abs.).Quelques remarques sur le didyme.Cleve (P. T.). Comptes Rendus, 95, 33; Jour. Chem. Soc, 42, 1165(Abs.); Beiblatter, 6, 772 (Abs.).Note on the absorption spectrum of didynnum.Crookes (W.). Chem. News, 54 (1886), 27.Vergleich der Absorptionsspectra von Didym, etc.Delafontaine. Ann. Phys. u. Chem., 124, 635.Sur les spectres du didyme ct du samarium.Demarcay (Eug.). Comptes Rendus, 102 (1886), 1551-2.Absorptionslinien der Didymlusuugeu.Erdmann. Jour, prackt. Chemie, 85, 394 ; 94, 303.14 T
210 LITERATURE OF THE SPECTROSCOPE.
( )n an optical test for didymium,
.1.11. .1 iur. Ch( tn. Boc. (1858). 10. 219A-bsorptionsspectrum dee Didymnitrats.Jahresber. <1. Chemie 1 1870), 821.Chlorure de <li<lviu.- en Bolution concentres, absorption; <]<>. en solutionadne, absorption.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 87,90, .Mil.The didymium absorption spectrum.Ro d •' V Ami r. Jour. Bci., (2) 34. 129; Ann. Phyi. u. Chcm.,113. 860.Sur le spectre <lu nitrate de didyme.Smith (Lawrence) et L i'.oisbaudrnn (F.). C88, 1167.
]•• I'absorption dee rayons ultra-violeta par divergesBtancea ; Bpectre du didyme.
.ti. Gei C3 36.1062 I : Bi iblatter, 2. 410-11 ; 3. 1
erches but Lea Bpectres d'absorption <lu didyme et <le quelquBubstano a extraites de la Bamarskite.
I I lus, 88. I.Om de lysande spectra hos Didym och Samarium (Sur les spectres brill-iants du didyme el du samarium I.Thalen (B Akad. Porhandl., 407. 8-16; Jour. d< P 2 Qes., 16
: Beiblatter, 7Om spectra tillhorande didym, yttrium, erbium och lanthan.Tltui :: K. Svensk Veb kape Akad. Forhandlingar, 12.r. (5 2.? 4aveo une planton the spectrum of didymium.Thoi - . M ( ':,. m. N 55
LITERATURE OF THE SPECTROSCOPE. 211
DIFFRACTION.Spectrum der brechbarston Strahlen.Crookcs. Cosmos, 8, 90; Ann. Phys. u. Chem., 97, 621.Kriinnnung der Spectrallinien.Ditscheiner (L.). Sitzungsber. d. Wiener Akad., 51 II, 341, 368-383.On diffraction spectrum photography.Draper (II.). Amer. Jour. Sci., 106, 401-0; Phil. Mag., (4) 46, 417-25; Nature, 9, 224-6; Ann. Phys. u. Chem., 151, 337-50.Beugungsspectrum auf fluorescirenden Substanzen.Eisenlohr (W.). Ann. Phys. u. Chem., 99, 163.Albertotypie eines photographirten Diffractionsspectrums.Jahresber. d. Chemie (1873), 166. (See Draper, above.)Diffraction bands in the spectrum.Moreland. Amer. Jour. Sci., (3) 29, 5.
"Warmevertheilung im Diffractionsspectrum.Miiller (J.). Ann. Phys. u. Chem., 105, 355.Comparison of prismatic and diffraction spectra.Pickering (E. C). Proc. Amer. Acad., 11, 273/On diffraction spectra.Quincke (G.). Phil. Mag., (4) 45, 365-71.Beugungserscheinungen im Spectrum.Rosiky. Sitzungsber. d. Wiener Akad., 71 1, 391.Reduction for diffraction in spectrum observation.Rosenberg (E.). Jour. Franklin Inst., 106, 95.Sur les phenomenes de diffraction produits par les reseaux circulaires.Soret (J. L.). Archives de Geneve, (2) 52, 320-37; Ann. Phys. u.Chem., 156, 99-113; Ann. Chim. et Phys., (5) 7, 409-24.Einige Bermerkungen iiber die Diffractionsspectra.Spee (E.). Bull, de l'Acad. de Belgique, (3) 12, 32-4; Beiblatter, 11(1887), 99 (Abs.).Imitation des spectres de diffraction par dispersion.Zenger (Ch. V.). Comptes Rendus, 96. 521.
212 LITERATURE OF JUL SPECTROSCOPE.
DISCONTINUOUS SPECTRA.
< »,i discontinuous Bpectra in high vacua.Crooket (\V.). Proc. Royal 5oc., 32 206-18; Nature, 24 IChem. News, 43, 287-0; Ber. chem. <•-.. 14. II
DISPERSION SPECTRA.Experimentelle Priifuni: <ler aelteren und neueren Dispersionsformeln.
I'.rulil (.1. W.)- Ber. chem. <;• 19 1886 . 2821-87; Beiblatter, 11.:\\ 8; Jour. Chem. Boc., 52. 196 - \Note on the curvature of lines in the dispersion Bpectrum, and the methodof correcting it.Chrisl e W B. M M athly N 34N ite "ii this by Simms, Bame vol., 868-4.
ific refraction and dispersion of light by Liquids.
il Rept. British A 24 IB< • 6, 21 | Aha.).
ific refraction and dispersion of isomeric l»"li--.Gladstone .1 ll Pr B yal 4 11.
<. 14 : Jour. Chem. B • .. 4CLttei 5 27 \Zur Theorie der anomalen Dispersion.b »11 II Monal - \ 1874), 667r . ' 154
I i j : rsui bungen jiber das Dispersions]
II I A- : P ' 11. B71-
LITERATURE OF THE SPECTROSCOPE. 213Sur la dispersion anomale.Hurion. Jour, de Phys., 7, 181; Ann. de l'Ecole normale, (2) 6, 367-412; Beiblatter, 2, 79 (Abs.).Zusamrnenhang zwischen Absorption und Dispersion.Ketteler (E.). Ann. Phys. u. Chem., 160, 466-86.Das speeifische Gesetz der sogenannten anomalen Dispersion.Ketteler (E.). Ann. Phys. u. Chem., Jubelband, 166-82.Notiz, betreffend die Dispersionscurve der Mittel mit mehr als einemAbsorptionsstreifen.Ketteler (E.). Ann. Phys. u. Chem., n. F. 1, 340-51.Einige Amvendungen des Dispersionsgesetzes auf durchsichtige, halb-durchsichtige und undurchsichtige Mittel.Ketteler (E). Ann. Phys. u. Chem., n. F. 12, 3S3.Attempt at a theory of the (anomalous) dispersion of light in singly anddoubly refracting media.Ketteler (E.). Verhandl. d. naturhist. Yereinsd. preuss. Iiheinlandeund Westphalens, 33 (1876); Phil. Mag., (5) 2, 332-45, 414-22,508-22. *Zur Handhabung der Dispersionsformel.Ketteler (E.). Ann. Phys. u. Chem., (2) 30, 299-31Recherches sur la dispersion prismatique de la himiere.Klercker (C. E. de). Bihang till k. Svensk. Vet. Akad. Handl., 7,1-55; Comptes Kendus, 97, 707 (Abs.).TJeber anomale Dispersion der Korper mit Oberfliichenfarben.Kundt (A.). Ann. Phys. u. Chem., 142, 163-171 ; 143, 149-52, 259-79; 144,128-37; 145,67-80; Nachtrag, 145, 164-66 ; Ann. Chim.et Phys., (4) 25, 404-10 (Abs.), 413-19 (Abs.), 419-21 (Abs.).Ueber einige Beziehungen zwischen der Dispersion und Absorption desLichtes.Kundt (A.). Ann. Phys. u. Chem., Jubelband, 615-24.Ueber anomale Dispersion in gliihendem Natriumdampf.Kundt (A.). Ann. Phys. u. Chem., n. F. 10, 321-5; Phil. Mag., '510, 53-57.Ueber die Dispersion des Aragonits nach arbitrarer Richtung.Zang (V. von). Sitzungsber. d. "Wiener AknJ.. 83 PI, 671-6 ; WienerAnzeigen (1881), 84 (Abs.).
214 LITBBATUBE OF THE BPECTE08COPE.On the dispersion of a solution of mercuric iodide.Liveing Gh D.). Proft Philosoph. Soc. Cambridg 3 268-60; Bei-blatl 4 l \
rie der normalen und anomalea Dispersion.
I. (E.). Ann. Phys. u. Chem., . P 3
• r * - i 1 1 1 _r « - zweiconstantige Dispersionsfbrmel.
. Phys. u. Chem., n. F. 8 L
: das I tispersionsgesetz.Lomi Ann. Phys. a. Chem., n. I" 13Das Gesetz der Rotationsdispersion.Funnel (E.). Ann. PI I in., n. F. 20.
rie der Dispersion.Lorenz (L.). Ann. Phys. u. Chem., n. P. 10, 1-21.Einige Versuche ufa R >n und anomale Dispersion.
i (E.) und Arbes (J.). Ann. Phys. u. Ch< - 27,436-44.
la dispersion des gaz,M .- • .-. 78. 67 I -82; Amer. Jour. Sci., 7a;Versuch einer Erklarung der anomalen Farbenzerstreuung.p (O. E Ann. Phys. u. Ch< . 145. - - nn. <Phyt i 43 121- -Quelquee phenomenes de decomposition produita par la lumi(M -: :.. i ' 69Une m6thode pour mesurer la dispersion dans les difierentes pafourni par an prism i un spectroscope quelconqMou I 65, 18; Ann. P 148.
i in Ann. i . 149. 270Sur les lois de la dispersion.M I B8 " 3in ,D rsion de la lumiere. GO 70. 116.
• it von hohem Bpecifischen Gewicht, ^ooemMr- chungsei p >nent< a und Du\ 1' | .1 Amei Jour.26 i \ 46. 145 A
LITERATURE OF THE SPECTROSCOPE. 215Recherches concernant la dispersion electromagnetique sur une spectrede grande etendue.Schaik (W. C. L. von). Arch. Neerlandaises, 17, 373-90; Beiblatter,7, 919 (Abs.).Ueber das Dispersionsaquivalent von Diamant.Schrauf (A.). Ann. Phys. u. Chem., n. F. 22, 424-9; Jour. Choin.Soc, 48, 14 (Abs.).Ueber die durch die Aetherschwingungen erregten Mitschwingungen derKorpertheilchen und deren Riickwirkung auf die erstern, beson-ders zur Erkliirung der Dispersion und ihrer Anomalien.Sellmeier (W.). Ann. Phys. u. Chem., 145, 399-421, 520-49; 147,386-403, 525-54.Untersuchungen iiber die anomale Dispersion des Lichtes.Sieben (G.). Ann. Phys. u. Chem., n. F. 8, 137-57.Micrometrical measures of gaseous spectra under high dispersion.Smyth (C. Piazzi). Trans. Royal. Soc. Edinburgh, 32 III, 415-60,1884, with plates.Sur la dispersion anormale de quelques substances.Soret (J. L.). Arch, de Geneve, (2) 40, 280-3 ; Ann. Phys. u. Chem.,143, 325-7; Phil. Mag., (4) 44, 395-6; Ann. Chim. et Phys., (4)25, 412 (Abs.).Sur la refraction et la dispersion des aluns crystallises.Soret (C). Arch, de Geneve, (3) 10, 300-2 ; Beiblatter, 8, 374 (Abs.).On an easy and at the same time accurate method of determining theratio of the dispersions of glasses intended for objectives.Stokes (G. G.). Proc. Royal Soc, 27, 485-94 ; Beiblatter, 3, 185-7(Abs.).Minimum de dispersion des prismes ; achromatisme de deux lentilles dememes substances.Thollon (L.). Comptes Rendus, 89, 93-6; Beiblatter, 4, 32-4.Ueber die Beziehung zwischen chemischer Wirkung des Sonnenspec-trums und anomaler Dispersion.Vogel (II.). Bcr. chem. Ges., 7, 976-9; Jour. Chem. Soc, (2) 12,1121-2.Theorie der Dispersion.Voigt (W.). Gottinger gelehrten Nachr. (1884), 262.
216 LITERATURE OF THE SPECTROSZur Dispersion farblos durchsichtiger Medien.WtUlner ( A . Ann. Thy.-,, u. Chem., n. F. 17, .j«0-7; Juur. do Phy».,(2) 2. 281 iA'Auadehnung der Dispersionstheorie auf die ultra-rothen Strahlen.Wullner (A.). Ann. Phys. u. Chem., n. V. 23. 806 : Jour, in Phji ,(2) 4, 324 (Al.Sr.r la dispersion du chromate de BOude a. 4 II, O.
"Wyrouboff (G.). Bull. Soc. mineral. Je France, 5, 160-1.
DISSOCIATION.Dissociation of the elements.Crookei (W.). Chem. News 39. 05-6.Ueber die neuen Wasserstolflinn-n und die Dissociation des Calcium.-.Vogel II. W.). Ber. chem. Gee., 13, 271-';; Jour. Chem. Soc., 38,Beiblatter, 4, 274Ueber Lockyer's Dissociationstheorie.Vogel II W i. Sitzungsber. d. Berliner Akad. (1882), 905-7 ; Nature,27. 288; Ann. Phys. u. Chem., n. F. 19. 284-287 : PI M15. 28 BO; Jour. Chem. Boo., 44. 762 (Aba.); Ohem. Nows, 49.(Abe.).
LITERATURE OF THE SPECTROSCOPE. 217
DISTRIBUTION IN THE SPECTRUM.The distribution of heat in the visible spectrum.Conroy (Sir J.). Proc. Phys. Soc, 3, 106-12; Phil. Mag., (5) 8,203-9; Beiblatter, 4, 44 (Abs.).On the distribution of lines in spectra.Hinrichs. Amer. Jour. Sci., July, 1864.Vertheilung der chemischen Wirkung im Spectrum.Jahresber. d. Chemie (1873), 160.Distribution de l'energie dans le spectre normal.Langley (S. P.). Ann. de Chim. et de Phys., (5) 25, 211.Warmevertheilung im Normalspectrum.Lundquist (G.). Ann. Phys. u. Chem., 155, 146.Sur la distribution des bandes dans les spectres primaires.Salet (G.). Comptes Rendus, 79, 1229-30; Ber. chem. Ges., 7, 1788(Abs.); Bull. Soc. chim. Paris, 22, 543.
DOUBLE SPECTRA.Secondary Spectrum.Rood (0. N.). Amer. Jour. Sci., 106, 172.Sur les spectres doubles.Salet (G.). Jour, de Phys., 4, 225.On double spectra.
"Watts (W. M.). Quar. Jour. Sci., Jan., 1871.
215 LITEBATUBE OP THE B] ul'K.
DYSPROSIUM.Spectre du dysprosium.Lecoq do Boisbaudran (F.). Comptcs Rendus, 102, 1005-0 ;CLi-m. Boc., 50, 667 (Abs.).
ELECTRIC SPECTRA.Relation between electric energy and radiation in the spectrum pf incan-de8cence lumps. tin-. Pi 37. 167.Continuirlichea Spectrum dea electrischen Funkens.Alt A . Ann. I'liys. u. Chem., • I'. 7. 159; K. IWiw. in Buda-Pest, D 11, 1*7*: Jour. Chem. Soc., 36. iA-..- r. Jour. Sri.. 10 --9.
• rischen Lichfc s.
J \- •.. I'liy-. u. Chem., 94, 1 15 ; Phil. Mag., I 9.
Pouvoir phosphoreBcenl de la lumiere electrique.
. odus, 8. 217 : 101. 205-1 I hem.g . 40. 1008Nouvellee triquea produiti ioiu 1'influenod< - rayons solain 9,561;Now nr le meme nijet. 9, 711 ; r. par M.
LITERATURE OF THE SPECTROSCOPE. 219Sur le ra)ronnement chimique qui accompagne la lumiere solaire et lalumiere electrique.Becquerel (E.). Comptes Rendus, 11, 702 ; rapport de M. Biot a proposdo ce memoire, 12, 101.EfFets electro-cbimiques produits sous l'influence de la lumiei'e.Becquerel (E.). Comptes Rendus, 32, 85.A new form of absorption-cell.Bostwick (A. E.). Amer. Jour. Sci., Dec., 1885; Phil. Mag., (5) 21,80 (Abs.).Einfluss des Drucks auf das Spectrum des electrischen Funkens in Gasen.Cailletet. Ber. chem. Ges., 5, 482.Kleinste im Inductionsfunken durch die Spectralanalyse noch erkennbareGewicbtsmenge verscbiedener Metalle.Cappel (E.). Ann. Phys. u. Chem., 139, 631-6.Wolfram arc spectrum, photograpbed.Capron (J. R.). Photographed Spectra, London, 1877, 50.Sur la pbotographie du spectre de l'etincelle electrique.Cazin (A.). Bull. Soc philom. de Paris, 1877, (7) 1, 6-7 ; Beibliitter,1, 287-8 (Abs.).Sur le spectre de l'etincelle electrique dans les gaz sounds a, une pressioncroissante.Cazin (A.). Comptes Rendus, 84, 1151-4; Phil. Mag., (5) 4, 153-6;Bei blatter, 1, 620 (Abs.); Jour. Chem. Soc, 34, 357 (Abs.); Jour,de Phys., 6, 271 ; Amer. Jour. Sci., (3) 15, 148 (Abs.).Pbenomenes observes dans les spectres produits par la lumiere des cou-rants d'induction traversaut les gaz rarefies.Chautard (J.). Comptes Rendus, 59, 383.Action exercee par un electro-aimant sur les spectres des gaz rarefies*traverses par des decbarges electriques.Chautard (J.). Comptes Rendus, 79, 1123-4.Action des aimants sur les gaz rarefies renfermes dans les tubes capillaireset illumines par un courant induit.Chautard (J.). Comptes Rendus, 80, 1161-4.Pbenomenes magneto-cbimiques produits au sein des gaz rarefies dans lestubes de Geissler.Chautard (J.). Comptes Rendus, 81, 75-7 ; 82, 272-274 ; Jour. Chem.Soc, 1876, 1, 29 (Abs.).
220 LITERATURE OP Tin: SPBCTBOSCOPE.Observations of the Bpectrum of lightning.Clark J. W . Chem. News, 30, 28; 32. 65; 35. 'J; Beil itter, 1192.Den Einflusa welchen <lir Natur der electrischen Btromquelle auf dasAussehen von Gasspectren ausubt.
I bowicz. Versammlung russischer Naturforscber und Aertzte inWarschau, Sept., 1870; Ber. G 9 L59S \ ; .<.).Analyse Bpectrale de l'6tincelle electrique produite dans lea Liquidea et leagaz.Daniel. Comptea Rendus, 57Notice aur la constitution de I'univera. Premiere partie, analyse spec-trale.Delaunay. Ann. <lu Bureau dea Longitudes, Paris, 1869Sur les spectres des 6tincellee des bobinea a gros fil.Demarcay | E.). Comptea Rendus, 103 L887 I 78Spectre dii pole negatifde l'azote.Deelandea (H.). Comptea Rendus, 103 L88 " I; J..ur. <50 957.Recherches sur l'influeuce des Omenta Electro negatifi but Le apectrtnit'taux.Diacon | E.). Ann. Chim. et Phya . i 6. 5.Ueber den (Jnterschied der prismatischerj Spectra dea am positiven andnegativen Pol im Luftverdunnten Banme bervortretenden •trischen Ldchtes.
II \V.,. Ann. Phys. u. Chem., 104. 184Over de zamenstellung vojp zonlicht, gaslicht en he! von Edison's lam]!
• lijkend onderzocht nut behulp der bacterien-methode.Bngelmann (T W Pr verb. k. Aka w • Amster-dam, Nov. 25, 1885 I t 7 — ,\Sur lea changementa de reTrangibilite* observes dana lea sp< cl n -".:•de I'hydrogene ft du magn&ium.Y\:- l; . A . . . Belgiqu 7. 245-7
Sp. ctrnm of lightning.Qibboi • -1 I IS 24 40 •Spectrum <>t' lightning.Qmu : I. ' '
LITERATURE OF THE SPECTROSCOPE. 221Note of an experiment on the spectrum of the electric discharge.Grove (Sir W. R.). Proc. Royal Soc, 28, 181-4; Beiblatter, 3, 360(Abs.).Das Stokes'sche Gesetz.Hagenbach (E.). Ann. Phys. u. Chem., n. F. 8, 369.The investigation by means of photography of the ultra-violet sparkspectra emitted by metallic elements and their combinationsunder varying conditions.Hartley (W. N.). Chem. News, 48, 195-G ; Nature, 29, 89-00 ; Jour.Chem. Soc, 46, 137 (Abs.); Beiblatter, 8, 302 (Abs.).Spectrum of lightning.Herschel (Lieut. John). Proc. Royal Soc., 16, 418; 17, Gl.Spectra of lightning.Hoh (Th.). Chem. News, 30, 253; Ann. Phys. u. Chem., 152, 173.Spectrum of lightning. .Holden (E. S.). Amer. Jour. Sci., (3) 4, 474-5.Spectrum of the electric light.Hopkins-Walters (J.). Nature, 25, 103.Electric spectra in various gases and with electrodes of various sub-stances.Huggins (W.). Phil. Trans., 1864; Ann. Phys. u. Chem., 124, 275-292, 621.Photographische Wirkung electrischer Metallspectren.Jahresber. d. Chemie, (1862) 33, (1863) 104, 106, 107, 113, (1864) 109,110, 115, (1865) 90, 91, 92, (1868) 126-7, (1872) 148, (1873) 150-2,'(1875) 123.Spectrum des Blitzes.Jahresber. d. Chemie, (1864) 109, (1868) 126, 127, (1872) 148.Spectralanalyse mittelst des Inductionsstroms.Jahresber. d. Chemie, (1865) 91, 92, (1873) 150, 151-2, (1864) 110.Spectrum of lightning.Joule (J. P.). Nature, 6, 161.Spectra of two hundred and fourteen flashes of lightning observed at theastrophysical observatory in Hereny, Hungary.Konkoly (N. von). Observatory (1883), 267-8; Beiblatter, 7, 862(Abs.).
222 LITERATURE OP TH] ROSCOPE.Warmevertheilung im Spectrum dee Kalklichtea 1» i Flintglas-und Stein-salz-prismen. Ann. Phys. u. Chom., 146.
la loi de Btok<
. (S.). Jour, de Phys., 0. 367; A.nn. Phys. u. Chem., n. P.8. 024.Observationa Bur quelques points d'analyse Bpectrale el bui la constitutiondea 6tincelles d'induction.
; do Boisbaudran (P.). Compto • R< n lus, 73
:ro de l'ammoniaque par renversement du couranl induit
I. | de Boisbaudran | P. |. C imptea Rendus, 101
... Soc., 48. 1025 i Al.s.).Sur mi Bp trique particulier aux terrea raree du groupe terbique.Boisbaudran. Comptea Rendus, 102 (1886 . 1
"
Fluorescence des composes du manganese, soumia ft L'effiuve 61ectriqu<dans le vide.Le
-I de Boisbaudran. Com] ±'o'31064 7. 1107 j Jour. Chem. Soc., 52 Abs. A:,..-. Jour. &33. 1 19-51 I A.bs.); Beiblatter, 11. 87, 8 AAn arrangement of the electric arc for the study, with theof the radiation of vapours, together with preliminary results.Liveing G D.) and Dewar (J.). Proc. B ,34,119.
on Borne phenomena attending the reversal of lines in thiduced by a Siemens machine.Lockyer (J. N".). Proc. R yal Boc., 28,428.
I r die Gluherecheinungen an Metallectroden innerhalb einer W(Btoffatraosphare von verschiedenen Drucke,Lobse A-: . Phys. u. Chem., n. P. 12. 109-114.Das Stok< ' setz.Lommel iK.). Ann. Thy-, u. Chom., i.. I". 8. I'll.
weitausgedehnten ultravioletten Strahlen im Spectrunjtrischen Punkens mil dem Auge vrahrnehmbar.Man •• Ami. Phys. a. Chem., 137. 16 ISpectre de La lumiere dea piles dans I'air.Kuaon < A. |, Con 32 Ohim. ct Phj31
LITERATURE OF THE SPECTROSCOPE. 223On the photographic effects of metallic and other spectra obtained bymeans of the electric spark.Miller (W. Allen). Proc. Royal Soc., 12, 159; Phil. Trans. (18G2),8G1.Spectre de la lumiere electrique dans le vide.Du Moncel. Comptes Eendus, 49, 40.Spectre fluorescent de l'etincelle electrique.Miiller (J.). Ann. Chim. ct Phys., (4) 13. 465.Report on spark spectra, from the British Association Report on thePresent State of our Knowledge of Spectrum Analysis.Nature, 26, 459. (By A. Schuster.)Ueber das Sauerstoffspectrum und fiber die electrischen Lichterscheinun-gen verdfinnter Gaze in Rohren mit Fliissigkeitselectroden.Paalzow. Monatsber. d. Berliner Akad. (1878), 705-9; Phil. Mag.,(5) 7. 297-300; Ann. Phys. u. Chem., n. F. 7, 100-5; Jour. Chem.Soc., 36, 801.Photographing spark spectra.Parry (J.). Chem. News, 36, 140.Experimented Untersuchung fiber das electrischc Lichtspectrum inBeziehung auf die Farben der Doppelsterne.Pctzval (Jos.). Sitzuhgsber. d. Wiener Akad., 41, 5G1, 5S1-9.Spectra der electrischen Lichtstromungen.Plucker. Ann. Phys. u. Chem., 104, 122; 105, G7 ; 107,497, 505,50G, 518-G42; 116, 27.Spectrum of lightning.Proctor (H. E.). Nature, 6, 161, 220.Spectra negativer Electroden und lange gebrauchter Geissler'schenRohren.Eeitlinger (Edm.) und Kuhn (M.). Sitzungsber. d. Wiener Akad., 51II, 405, 408-16 ; Ann. Phys. u. Chem., 141, 135-6.Electric spectra.Eobinson (Dr.). Phil. Trans. (18G3).Recherches sur les raies du spectre solaire et des differentes spectres elec-triques.Eobiquet. Comptes Eendus, 49, GOG.
"Spectrum des electrischen Glimmlichts in atmosphiirischer Luft.Schimkow (A.). Ann. Phys. u. Chem., 129, 513.
224 LITERATURE OP THE BPECTBOBCOPE.On the spectra of lightning.Schuster (A.)- Phil. Mag 7 816-21; Beiblatter, 3, 872 (Abs.).But lea Bpectrea de I'e'tincelle electrique dans les gaz compo^e-s et en ] >:;rticulier dans le fluorure de Bilicium.
.in (J. M. . Comptea Rendu*, 54.Spectrum dea [nductionaranken.Bimmler | R. Th; |. Ann. Phys. u. Chem., 115. 268.Beitrage znr Electricitatsleitung der Gase.Stenger F. , Ann. Phys. u. Chem., (2) 25, 81-48; J.>ur. Chem. S48. 1028 VSee Phil. Trans., 171. •
( >n the long spectrum of the electric lightStokes <. G.). Proc. Royal Soc, 12. 166; Phil. Trans. (1862
. Phys. u. Chem., 123, 80, ):. 472.Effluviography.Tomassi (D.). Bull. Soc. chim. Paris, 45, 878 ; Jour. Chem. S ..50,969 ALTeber » 1 1 «.- Spectra der Blitze.Vogi : II . Ann. Phys. u. Chi m., 143. IChemische Lntensitat dea magnesium and electrischen Lichtes.li w • igraphischo Mittheilungen, 16, 187-8; I'. -4 \i.-. .trum of the electric' (Jablochkoff light.Wn 10 >t : Beiblatter, 3. 602 \Spectra dea electrischen Funkenstroma in verdunnten Grasen.Waltenhofen (A. von). Dh mtrum of the electric light.Walter J. Hopkins . Nature, 25prismatic decomposition of the electric, voltaic, and electro-magneticrks.Wheats! I I N 3
I ..uclitt n der ' rase durch electrische Entladui GDas then • be und optische Verhalten von Grasen unter dem Einfiuse*trischer Entladungi n.\ l • I 10
LITERATURE OF THE SPECTROSCOPE. 225Das electrische Leuchten der Gase.Wiedemann (E.). Ann. Phys. u. Chem.. n. F. 18, 509-10.Note au sujet d'un memoirc de M. Lagarde.Wiedemann (E.). Ann. Chim. et Phys., (G) 7, 140; Anicr. Jour. Sci.,(3) 31, 218 (Abs.).Das electrische Spectrum.Willigen (S. M. von der). Ann. Phys. u. Chem., 106, 615, G19, 621,622, 624, 628 ; 107, 473.Sur le spectre de l'etiucelle electrique dans les gaz sounds a une pressioncroissante.WCillner (A.). Comptes Rendus, 85, 280-1 ; Ann. Chim. et Phys., (G)12, 143-4; Beibliitter, 1, 620.Das Linienspectrum gchort dem Fuuken, das Bandeuspectrum gehort derLichthiille an.Wiillner (A.). Ann. Phys. u. Chem., 147, 324-48.
15 T
LITERATURE OF Tin: >v\:<ii;<>>r<>i<i:.
EMISSION SPECTRA.Bur la variation des spectres d'absorption et dea Bpectrea d'emission parphosphorescence d'un meme corps,Becquerel (H.). Comptea Rendus, 102, 106-10.Notes "ii photographs of the ultra-violel emission spectra of certain ele-ment-.Hartley (W. N.). Chem. News, 43, 289 ; B : 19295D - Verhiiltniss zwischen Emission und Absorption ist bei alien Korpern(lasselbe.KirchhofT (G.). Ann. Pbys. u. Chom., 103. iDeber den Zusammenhang zwischen Emission und Absorption von Lichtund Warme.Kirchhoff G.). Monatsbcr. d. Berliner Akad., Oct 127, 1869; Phil
. I, 19, 168.
LITERATURE OF THE SPECTROSCOPE. 227
ENERGY IN THE SPECTRUM.Etude experimentale de la reflexion des rayons actiniques.Do Chardonnet. Jour, de Phys., 11, 549.Distribution of chemical force in the spectrum.Draper (J. W.)- Amer. Jour. Sci., 105, 25, 91-8 ; Phil. Mag., (4) 44,422-43 ; Jour. Chem. Soc, (2) 11, 232-5.Actinometry.Duclaux (E.). Comptes Rendus, 103, 1010-12; Jour. Chem. Soc, 52,189 (Abs.).Einfiihrung des Princips der Erhaltung der Energie in die Theorie derDiffraction.Frohlich (J.). Ann. Phys. u. Chem., n. F. 3, 376.The Bolometer and radiant energy.Langley (S. P.). Proc. Amer. Acad., 16, 342—58; Zeitschr. Instrti-mentenkunde, 4, 27-32 (Abs.).Distribution de l'energie dans le spectre normal.Langley (S. P.). Comptes Rendus, 93, 140; Ann. Chim. et Phys., (5)25, 211.Distribution of energy in the spectrum.Rayleigh (Lord). Nature, 27, 559.La distribution de l'energie dans le spectre solaire et la chlorophylle.Timiriaseff. Comptes Rendus, 96, 375.
228 LITERATURE OF THE BPECTROSGOPE.
ERBIUM.Erbinerdelosungen coincidirend mit den hellea Streifen leuchtenderErbinerde.Bahr und Bunsen. Jour, prackt. Cbemie, 97, 'J77 ; Ann. i". Cbem. u.Pharm., 137, 1.AfinltTuiiLT <bs Absorptbinsspectnims v<>n Erbium bci Anwendung polar*isirten Lichtes.Bunsen (R.). Ann. Phys. u. Chem., 128. 100.Erbium arc spectrum.Capron (.1. R.). Photographed Spectra, London, 1877. p. 29.Sur deux nouveaux £16ments dans l'erbine.Clave (P. T.). Comptea Rendus, 89, 178-60; Amer. Jour. Sci., (3)18, 400-1 ; Beiblatter, 4, 43 (Abs.).Spectre de l'erbine.Cleve (P. T.). Comptea Rendus, 89, 708; 91, 381.Sur lee combinaisons de l'yttrium et de Terbium.Cleve (P. T. ) el Hoegland (O.). Bull. Boc. chim. Paris 18, 198 201 ,289-97 : Jour. Chem. Boc., (2) 11, 136.Note on the spectra of erbia.Crook- (W. . Chem. News, 53 (1886), 75, 164, 179; PiBoc., 40, 77-9, Jour. Chem. Boc, 50, 749 (Abs.); Comptea Rendu*,102, 606AbBorptionaepectrum von Erbiumldsungen.Delafontaine. Jour, prackt Chemie, 94Vergleich der Abeorptionespectra von Didym, Erbium and Terbium.Delafontaine. Ann. Phys. u. Chem., 124, 686 ; Chem. News, 11Ann. Chim. et Phys., 135, L94Note on the Bpectra of erbia and of some other eartha.Huggini W Chem. News, 22Bpectren der Erhinerde,
: d. Chem - 160.
LITERATURE OF THE SPECTROSCOPE. 229Phosphate de l'erbine, emission ; erbine, emission ; chlorure de Terbiumen solution, absorption.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 92,97, planche XIV ; p. 100, planche XV.Spectre d'emission de l'erbine.Lecoq de Boisbaudran (F.). Comptes Rendus, 76, 1030.Spectre du nitrate de Terbium.Lecoq do Boisbaudran (F.). Comptes Rendus, 83, 11G7.Examen spectral de l'erbine.Lecoq de Boisbaudran (F.). Comptes Rendus, 88, 1342-44; Jour.Chem. Soc, 36, 861 (Abs.); Amer. Jour. Sci., (3) 18, 21G-7 ; Bei-blatter, 3, 871 (Abs.).Spectre de l'erbine.Lecoq de Boisbaudran (F.). Comptes Rendus, 89, 51G ; Beibliitter, 4,43 (Abs.); Chem. News, 40, 147.Remarques a M. P. T. Cluve " Sur deux nouveaux elements dans l'erbine."Smith (L.). Comptes Rendus, 89, 480-1; Beiblatter, 4, 43 (Abs.).Om spectra tillhorande yttrium, erbium, didym och lanthan.Thalen (R.). K. Svensk. Vetcnskaps. Akad. Forhandlinger, 12, No.4, 24; Bull. Soc. chim. Paris, (2) 22, 350 (Abs.).Spectrum of erbium.Thalen (R.). Chem. News, 42, 184 ; Comptes Rendus, 91, 326 ; Jour,de Phys., (2) 4, 33.Spektralundersokningtir rorande skandium, ytterbium, erbium och thulium.Thalen (R.). Ofversigt af Kongl. Vetensk. Acad. Forhandlingar, 38,No. 6, 13-21; Jour, de Phys., (2) 2, 3-5-40; Chem. News, 47, 217(Abs.); Jour. Chem. Soc, 44, 954 (Abs.).
230 LITERATURE OF THE BPECTROBCOPE.
EXCHANGES.On the Theory of Exchang -.Stewart (Balfour). Trans. Royal Boc. Edinburgh (1868 Vol.22part I, 1 : Kept. British Assoc. (1861), 97.
EXPLOSIONS.Spectroscopic studies on gaseous explosion.-.Liveing (G. D.) and Dewar ' , Proc Royal £ c, 36, 471-8; C
,49,227-9; Nature, 29, 614-16; Beiblatter, 8, 644 6
: nil lin< a of the metals developed by exploding gaa -Liveing (G. D.) and Dewar (J.). Phil. M. 10 L61-7 : Jour.Uhem. Soe , 40 17 Abs.).troscopic Btudiea of explosions.
I. nd Dewar (J.). Kept British AssJour, de P iSpectrum des Lichtes explodirender Schiessbaumwolle.u. Chem., ii. !' 3
LITERATURE OF THE SPECTROSCOPE. 231
FLAME AND GAS SPECTRA.The dichroisni of the vapour of iodine.Andrews (T.). Chem. News, 24, 75; Jour. Chem. Soc, (2) 9, 973(Abs.).Spectres des gaz simples.Angstrom (A. J.). Comples Eendus, 73, 3G9 ; Bull. Soc. chim. Paris,n. s. 16, 228.Recherches experimentales sur la polarization rotatoire magnetique dansles gaz.Becquerel (H.). Comptes Rendus, 90, 1407.Spectres d'emission infra-rouges des vapeurs metalliques.Becquerel (H.). Comptes Rendus, 97, 71-4; Chem. News, 48, 46(Abs.); Nature, 28, 287 (Abs.); Beibliitter, 7, 701-2 (Abs.); Amer.Jour. Sci., (3) 26, 321 (Abs.); Ber. chem. Ges., 16, 2487 (Abs.);Jour. Chem. Soc, 46, 1 (Abs.); Zeitschr. analyt. Chem., 23, 49
i (Abs.).Spectres d'emission infra-rouges des vapeurs metalliques.Becquerel (H.). Comptes Rendus, 99, 374; Amer. Jour. Sci., (3) 28,459; Phil. Mag., Oct., 1884.Spectres de quelques corps composes dans les systemes gazeux en equilibre.Berthelot et Richard. Comptes Rendus, 68, 154G.Experimentaluntersuchung zur Bestimmung der Brechungsexponentenverfliissigter Gase.Bleekrode (L.). Ann. Phys. u. Chem., n. F. 8, 400Experiments on Flame.Burch (G. J.). Nature, 31, 272-5; Jour. Chem. Soc, 48, 46G (Abs.).Einfluss des Drucks auf das Spectrum des electrischen Funkens in Gazen.Cailletet. Ber. chem. Ges., 5, 482.Spectrum of coal gas.Capron (J. It.). Photographed Spectra, London, 1877, p. 24, 01, G2,71, 72.Relative intensity of the spectral lines of gases.Capron (J. R.). Phil. Mag., (5) 9, 329-30; Jour. Chem. Soc, 38, G85(AL.s.) ; Beiblatter, 4, 613-14 (Abs.).
LITERATURE OF THE SPEC! ft iSCOPE.Spectre de l'e"tincelle electrique dans lea gaz Boumia d tine rois-sante. Compl , 04. 1 151-4 ; Phil, M , - . I 4 .
i dea ainmants but lee gaz rarefiea renfermes dan- Lea tubea capil-[aires et illumines par un courant induit.Chautard (J.). Comptes Bendus, 59, 888; 79. 1128; 00. 11G1 ; 01,75; Phil. Mag., Nov., 1864.Ueber den Einfluss des Drucka und der Temperatur auf die Spectrenvon Dampfen und Gaaen.Ciamician Q Sitzungsher. d. Wiener Akad., 77 II, 889 U;.Chi 3G \ Nature, 23, 160 ; Beiblatter, 3, 193-4.Viscosity of gases at high exhaustions.Crookea (W.). Phil. Trans., 173. 387 t:i 43(Ahs.); Nature, 23. 421 Beiblatter, 5.Position of the chemical rays in the Bpectra of sunlight and gaslight.Crookes W Cosmos, 8,90; Ann. Phys. u. Chem., 97, 619; Bull.London Photogr. Soc., 21 Jan., l£Etude dea radiations §misea par lea corpa incandescents.Crova A.). Ann. Chim. et P 19. 172 550; Beiblatter, 5, 117
Spectre du pole uegatif de I'azote.Di landres II. i. Comptes Rendus, 103, 875-9 ; Beiblatter, 11,
ctra zusammengesetzter Gase.[. C.j A'. Ph j - u, i Ihem., 122.
! d'analyse Bpectrale appliqu6"e a L'examen de gaz simples et de I uraint'lan^es.Dubrumfaut. B I . . 69, L245; B .,2Flame-spectra.
•: i News, 54. 212Preliminary note of researches on gaseous in relation to the |ical constitution of th<- Sun, fix< 1 stare and aebulFranckl . J N P , 17,10Sur lea Bpectrea d'absorption <\<-^ vaj :16nium, de protochlorude In-!. inure de selenium, de tellure, de protochlorure et dbromure de tellure, protobromure d'iode et d'alizarine.
;>. 741 Chem. 2 1043 ;
LITERATURE OF THE SPECTROSCOPE. 233Blue flame from common salt.Gladstone (J. H.). Proc. Royal Soc, 19, 582.Note on the atmospheric lines of the solar spectrum, and on certain spectraof gases.Gladstone (J. H.). Proc. Royal Soc, 11, 30-3.Beobachtungen an Gasspektris.Goldstein (E.). Monatsber. d. Berliner Akad. (1874), 593-610; Ann.Phys. u. Chem., 154, 128-149; Jour. Chem. Soc., (2) 13, 527 (Abs.);Phil. Mag., (4) 49, 333-45; Bemerkunsjen dazu, von A. Wullner,Monatsber. d. Berliner Akad. (1874), 755-61; Phil. Mag., (4) 49,448-53.Recherches photometriques sur les flammes colorees.Gouy. Comptes Rendus, 83, 269-72; Phil. Mag., (5) 2, 317-19.Recherches sur les spectres des metaux a la base des flammes.Gouy. Comptes Rendus, 84, 231.Recherches photometriques sur les flammes colorees ; sodium, lithium,strontium, calcium, etc.Gouy. Comptes Rendus, 85, 70.Sur le caracteres des flammes chargees de calcium, de poussieres salines,de chlorure de cuivre, de l'azotate et du chlorure de calcium, duchlorure de strontium, du chlorure de baryum, de l'oxyde decuivre, de 1 'acetate de cuivre.Gouy. Comptes Rendus, 85, 439.Sur la transparence des flammes colorees, spectres continus du potassium,du sodium, des sels de l'alumine et de magnesie, du strontium, ducalcium et du baryum.Gouy. Comptes Rendus, 86, 878.Transparence des flammes colorees pour leurs propres radiations ; ladouble raie du sodium, la double raie du potassium; lithium,strontium, rubidium, calcium.Gouy. Comptes Rendus, 86, 1078.Du pouvoir eraissif des flammes colorees.Gouy. Comptes Rendus, 88, 418.Ueber ein einfaches Verfahren die Umkehrung der farbigen Linien derFlammenspectra, insbesondere der Natriumlinie, subjectiv dar-zustellen.Giinther (E.). Ann. Phys. u. Chem., n. F. 2, 477.
234 LITERATURE OP TITK BPECTROSCOPB.De la recherche dea composes gazeux et de l'6tude de quelques-unei deleur proprie'tes a I'aide du Bpectroacope,Hautefeuille I P | et Chappuia (J.). Comptea Rend is, 92,8 k240. 221-222 A!-. : B< ibl&tter, 5. 817 \Bemerkangen eu dem Auftatze von W. 6iem< oa: uber das Leuchten derFlamme.Bittorf i\V. i. Ann. Phys. u. Chem., n. P. 19, 78-7; Jour. I ISoc, 44.Prismatische Zerlegung dea Lichtee gluhender oder brennender BLorper.Jahresber. d. Chemio, 1, 161 : 3 165.Verschiedene Spectren desselben Gases.Jahresber. d. Chemie (1868), 126.Spectra der Flammen grunfarbender Substanzen.Jahresber. d. Chemie, 14, 43.
I Sag Spectra.Jahresber. d. Chemie, (18G4) 109, (1803) 125, (1809) 170-80,(1872) 148, (1873) 148, 1875 122.Bur le Bpectre de la vapeur de l'eau.J.). Ann. Chim. et P , I 24, 215-7 ; Jour. C2 10, -JsO (Abs.).Flamme bleue du gaz d'eclairage.
I. B l" Bpectret Lumineux, Tar:-, 1874, p. 41,planche III.Spectra kohlenatoffhaltiger Gaae.
I. .1 .ur. prackt Chemie, 103. 507; P M I 37. .tJntersuchungen uber <li.' Spectra gaaformiger Korper.Lippich (P Bitzungsber. d. Wiener Akad., 82 II. 16Phys. u. chem., n. P. 12.Erklarung der Verbreiterung der Spectrallinien in den Gaien.Ann. Phys. u. Chem., 139. IOrigin of the spectrum of the hydrocarbon flame,Llveii - Q D and Dewar (J.). Nature, 27, 267.On the reversal of the lines of metallic vapoi
I. . . :,.- i,D ..!' R - •' N I in 1' 27[I in do., 27, 860-4 ; No. Ill in do., 27, 49420 J; No V in 20. 57 72; N VI in do., 28, 471-6
;
VII in d . 29. (OS 2, 23 4 1 \
LITERATURE OF THE SPECTROSCOPE. 235Disappearance of some spectral lines and the variation of metallic spectradue to mixed vapours.Liveing and Dewar. Proc. Royal Soc, 33, 428.An arrangement of the electric arc for the study, with the spectroscope, ofthe radiation of vapours, together with preliminary results.Liveing and Dewar. Proc. Royal Soc., 34, 110.Spectral lines of metals developed by exploding gases.Liveing (G. D.) and Dewar (J.). Phil. Mag., (5) 18, 161-73; Jour.Chem. Soc, 48, 317 (Abs.); Jour, de Phys., (2) 4, 51.Spectroscopic studies on gaseous explosions.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 36, 471-8 ; Jour.Chem. Soc, 48, 4G5.Spectroscopic Notes. Note I, on the absorption of great thicknesses ofmetallic and metalloidal vapours ; Note II, on the evidence ofvariation in molecular structure ; Note III, on the molecularstructure of vapours in connection with their densities ; Note IV,on a new class of absorption phenomena.Lockyer (J. N.). Proc. Royal Soc, 22, 371-8.On a new method of studying metallic vapours.Lockyer (J. N.). Proc. Royal Soc. 29, 2GG-72 ; Beiblatter, 4, 36(Abs.).On the spectra of metals volatilized by the oxyhydrogen flame.Lockyer (J. N.) and Roberts (W. C). Proc. Royal Soc , 23, 344-9;Phil. Mag., (5) 1, 234-9 ; Jour. Chem. Soc, 187G, 2, 15G (Abs.).Sur les spectres des vapeurs, aux temperatures elevees ; hydrogene, nitro-gene, potassium, carbone, sodium, zinc, cadmium, antimoine, phos-phore, soufre, arsenic, bismuth, iode, mercure, lithium.Lockyer (J. N.). Comptes Rendus, 78, 1790; Nature, 30, 178. "On the indices of refraction of certain compound ethers.Long (J. n.). Amer. Jour. Sci., (3) 21, 279-8G.Comparaison des spectres des flammes eclairantes et des flammes pales.Magnus (G.). Ann. Chim. et Pbys., (4) 6, 159.Refraction des gaz.Mascart. Comptes Rendus, 78, 417; Ann. Phys. u. Chem., 153, 153.Sur la comparaison des gaz et des vapeurs.Mascart. Comptes Rendus, 86, 321-3; Jour. Chem. Soc, 34, 359(Abs.).
236 I [TEBATURE OF n\). BP1 I TROS< OPE.Bur la refraction des corps organiquea conside'rees & l'6tal gazeux.M : a I ; Rendus, 86. :;i'l 8, 1182 ". : Jour. Chem. Soc., 34.Ann. de : 6. • 78; Beiblatfc i l
Examination of coloured flames by the priMelvill (T.). Edinburgh Physical and Literary Essays, 2. 12, 1762.Experiments and observations on Borne cases of lines in the pri-'Bpectrum produced by the passage of lighl through colouredvapour- an 1 gases, and from certain coloured flames.Miller | W. A. . Phil. Mag., (8) 27. 81.Flame Bpectra.Mil, ; . G L). Chem. News, 54. 225.Spectra von Flammen im Ailgemeinen.jcherlich | A Ami. Phys. u. Chem., 121. 1-;Ueber die Beziehung der chemischen Beschaffenheil zu der lichtbrech-(.•inlcn Kraft der ( raze.B£ohr(F.). Ber. chem. Ges., 4, 149-65; J in CI m. Soc., (2) 9, 188IS.).Bur les moyens propres a la reproduction photographique des Bpultra-violet- des gaz.
•khoven (van). Bull, de I'Acad. de Belgique, r_\ 43. l- -Beibliitter, 1. 2(
I),- la flamme de quelques gaz carbures,M rei M.A.. Ann. Chim. ct Phys., I 4. 05; Chem. News, 9,185.
J);is Saucrstuilspcctruin und die electrischen Erscheinungen verdunnter
-<• in Kohren mil Flussigkeitselectroden.
I' . i v. \. A:,n. Phys. u. Chem., a. P. 7. lThe spectroscopic examination of the vapours evolved on beating iron,etc. at atmospheric pressure.Chem. News, 49, 241 2 50 108-4 : Ber G 17& • A; Jour. Chem B 46 B01 \ .); Bei itter,
I IComparaison '1'- indices de refraction dans quelquec76rum von FlutrborjPlucki r .i i"4
LITERATURE OF THE SPECTROSCOPE. 237Spectra der vcrscliiedenen Gase wenn durch dieselben bei starker Ver-dunnung die electrische Entladung hindurehgeht.Plficker (J.). Ann. Phys. u. Chem., 105, G7.Constitution dcr electrischen Spectra der verschiedenen Gase und Dampfe.Pliicker (J.). Ann. Phys. u. Chem., 107, 497.Zusammengesetzte Gase haben wie die einfachen ihr eigenthiimlicbesSpectrum.Pliicker (J.). Ann. Phys. u. Chem., 113, 27G.Eecurrente Strtime und ihre Anwendung zur Darstellung von Gas-spectren.Pliicker (J.). Ann. Phys. u. Chem., 116, 27.On the spectra of ignited gases and vapours, with especial regard to thedifferent spectra of the same elementary gaseous substance.Pliicker (J.) and Hittorf (S. W.). Proc. Royal Soc, 13, 150; Phil.Trans., 1865, p. 1.De la flamme du soufre et des diverses lumieres utilisables en photo-graphicRiche (A.) et Bardy (C). Comptes Rendus, 80, 2G8-41 ; Ber. chem.Ges., 8, 182-3.Sur le spectre d'absorption de la vapeur du soufre.Salet (G.). Comptes Rendus, 74, 8G5-G ; Jour. Chem. Soc., (2) 10,382 (Ahs.); Ber. chem. Ges., 5, 323 (Ahs.).Coloration of the hydrogen flame.Santini (S.). Gazzetta, XIV, 274-G ; Jour. Chem. Soc., 48, 4G5 (Abs.).Veriinderlichkeit der Spectra gliihender Gase.Schenck (O.). Zeitsehr. analyt. Chem., 12, 386-90 ; Jour. Chem. Soc,(2) 12, 1122-3 (Abs.).Notiz iiber das Flammenspectrum dcr Schiessbaumwollc.Schottner (F.). Carl's Repert., 14, 55-6; Beiblatter, 3, 279.Harmonic ratios in the spectra of gases.Schuster (A.). Mature, 20. 533; 31, 337-47; Beiblatter, 4,37; 5,435-8 (Abs.).Spectrum des Bunsen'schen Gasflamme, oder Spectrum des innerenFlammenkegels.Simmler (K. Th). Ann. Phys. u. Chem., 115, 247.Spectra der verschiedenen grunen Flammen.Simmler (R. Th.). Ann. Phys. u. Chem., 115, 249.
238 LITERATURE OP THE BPE( CROSCOPE.Blue flume from common Bait.Smith | A. P.). Nature, 19, 48 I ; 20. 6 : Chem. NTowt, 39, 141 ; .1 t36, \:>7 (Abe.).Gaseous spectra in vacuum tubes.Smyth (C. Piazzi). Proc. Royal Soc. Edinburgh, 10. 711-1!Trans. Royal Soc. Edinburgh, 32, Part III. #16 80, with piObservations Bur la note de M. ML Btoney et Reynolds sur 1> -gaz,Soret (G. L.). Arch, do GerieVe, 42, 82-4; Phil. Mag., 42, IAnn. Chim. et Phys., (4) 26, 209.Spectres d'absorption ultra-violets <les ethers azotiques et azoteux.
- rel J. L.) et Rilliet (Alb. A Comptec Rendus, 89, 747.
( )n the effect of pressure on the character of the spectra of gaSteam (C. II.) and L G. U.). Proc. Royal Soc., 21. 282-3; JChem. Sue, (2) 11 -.); Ber. chem. Gee., 6. 978 (Aba,); PhilMag., (4) 46, 406-7.Zur Spectralanalyse gefarbter Flussigkeiten, Glaser und Dampfe.Stein (W.)- Jour, prackt. Chemie, 10. 868-84; Jour. Chem. Soc., (2)13. 412-14 (Abs.).On the cause of the interrupted spectra of gaa s.Stonejf Q J.). Phil. Mag., (4) 41. 291-6; 42,41-52; Ann. Chim.
;. - . I 26. 21 - '(Look under Soret, above.)
( )n the blue lines of the Bpectrura of the non-luminous gas-flame.Swan (YV.i. Bdinburgh Philosoph. Trans., 3. 876; 21. B68.Prismatic spectra of the flames of carbon and hydrogen.Swan W Edinburgh Philosoph. Trans., 21 (1867), 411-29; Ann.Phys. u. Chem., 100. 806.Borne experiments on coloured flami -Talbot H I' 5CFeber die photographische Aufhahme von Bpectren der in Geisslerrohren
, ing( schlossenen ( ' :i ~''-H. W.). M d. Bsrlini r Akad 1879I
opische Notizen. 1 Ke Waseerstoffflamme in der Bpectralanalyse.H. W.) Ber. chem. Gee., 12. 2818-16; Beiblatter, 4 278(Ab«.)i 5. 11- LI
LITERATURE OF THE SPECTROSCOPE. 239Gasspectra in Geissler'schen Rohren ; bei zunehniender Verdiinnung derGase verschwinden die minder brechbaren Streifen zuerst.Waltenhofen (A. von). Ann. Phys. u. Chem., 126, 527-37.On the spectrum of the Bessemer flame.Watts (W. M.). Phil- Mag., (4) 45, 81-00; Jour. Chem. Soc, (2) 11,460 (Abs.).Untersuchungen uber die Natur der Spectra: 1, Theorie; 2, Spectragemischter Gase.
"Wiedemann (E.). Ann. Phys. u. Chem., n. F. 5, 500-24; Phil. Mag.,(5) 7, 77-95; Amer. Jour. Sei., (3) 17, 250-1.Das Leuchten der Gase durch electrische Entladungen ; Nachtrag zu derArbeit uber die Natur der Spectra.Wiedemann (E.). Ann. Phys. u. Chem., n. F. 6, 298.Das thermische und optische Verhalten von Gasen unter dem Einflusselectrischer Entladungen.Wiedemann (E.). Ann. Phys. u. Chem., n. F. 10, 202.Ueber die Dissociationswiirme des Wasserstoffraoleculs und das electrischeLeuchten der Gasen.Wiedemann (E.). Ann. Phys. u. Chem., n. F. 18, 509-10.Spectroscopic examination of gases from meteoric iron.Wright (A. W.). Amer. Jour. Sci., (3) 9, 294-302 ; Jour. Chem. Soc,1876, 1, 27 (Abs.).Spectra der Gase unter hohem Druck.Wiillner (A.). Ann. Phys. u. Chem., 137, 337-56; Phil. Mag., (4)37, 405; 39, 365.Ueber die Spectra einiger Gase in Geissler'schen Rohren.Wiillner (A.). Ann. Phys. u. Chem., 144, 481-525 ; 147, 321-5:3
;
149, 103-12; Ann. Chim. et Phys., (4) 26, 25S-63 (Abs.); Bull.Soc. chim. Paris, n. s. 12, 445.Ueber die Spectra der Gase.Wiillner (A.). Verhandl. d. naturwiss. Ges. zu Aachen, Dec, 1874;Ann. Phys. u. Chem., 154, 149-56; Jour. Chem. Soc, (2) 13, 527(Abs.).Reinheit der Spectren von Gasen.Wiillner (A.). Ber. chem. Ges., 3, 100.Spectres des Gaz simples.Wiillner (A.). Comptes Eendus, 70, 125, 890.
240 LITERATURE OP THE SPECTROSCOPE.Sur le Bpectre <!* l'6tincelle 61ectrique dans les gaz soumis & une preasioncroiseante.Wullner (A. . Comptes Rendus, 85, 280-1 j Ann. Chim. et Phy«12. 11-: l : Beiblitter, 1. 620 [Abs.).Des transfiriiiatiniis <jue Bubissenl Irs spectres dea Lr a/. incandescents ila pr< Bsion e1 la temperature.Wullner (A.). Arch, de Q 40 (6-10.Bemerkungen eu Herru Goldstein's Beobachtungen an Gasspectri-.Wullner (A.). Monatsber. d. Berliner Akad., 1874, 766-61; Phil.Mag., | 1 49. 148-63.Uebir den Einfluss der Dichtigkeit uml Tgraperatur auf die Spectragluhender I rase.Zolli Ber. chem. d, k. Sachs. Ges. d. Wias., 22 Ann.
.... 142, 88-111; Phil. Mag., (4) 41. 190-205.
LITERATURE OF THE SPECTROSCOPE. 241
FLUORESCENCE.Observations relatives a, une note de M. Lamansky ayant pour titre "Surla loi de Stokes."Becquerel (E.). Comptes Rendus, 88, 1237-9; Beiblatter, 3, 619;Jour. Chem. Soc, 36, 862 (Abs.).(Look below, under Lamansky.)Sur la phosphorescence da sulfure de calcium.Becquerel (E.). Comptes Rendus, 103, 551-3 ; Chem. News, 55, 123.Action du manganese sur le pouvoir de phosphorescence du carbonate dechaux.Becquerel (E.). Comptes Rendus, 103, 1098-1101.Zur Geschichte der Fluorescenz.Berthold (G.). Ann. Phys. u. Chem., 158, 623.Ueber die Fluorescenz der lebenden Netzhaut.Bezold (M. von) und Engelhardt (G.). Sitzungsber. d. MiinchenerAkad., 7, 226-33; Phil. Mag., (5) 4, 397-400.On the crimson line of phosphorescent alumiua.Crookes (W.). Proc. Royal Soc, 42, 25-30; Chem. News, 55,25;Natuce, 35, 310; Amer. Jour. Sci., (3) 33, 304 (Abs.).Beugungsspectrum auf fluorescirenden Substanzen.Eisenlohr (W.). Ann. Phys. u. Chem., 99, 163.Les vibrations de la matiere et les ondes de Tether dans la phosphores-cence et la fluorescence.Fav& Comptes Rendus, 86, 289-94.Action des fluorures sur l'alumine.Fremy et Varneuil. Comptes Rendus, 103 (1887), 738-40.De la fluorescence.Gripon (E.). Jour, de Phys., 2, 199, 246.Versuche uber Fluorescenz.Ilagenbach (E.). Ann. Phys. u. Chem., 146, 65-89, 232-57, 375-405,508-38; Jour. Chem. Soc, (2) 10, 1058-61 (Abs.); Phil. Mag., (4)45, 57-64 (Abs.); Chem. News, 26, 173 (Abs.).Fernere Versuche uber Fluorescenz.Hagenbach (E.). Ann. Phys. u. Chem., Jubelband, 303-13.16 T
242 LITERATURE OF TIIJC SPECTROSCOPE.Das Aufleuchten, die Phosphorescenz and Fluorescenz dee Flussspaths.Eagenbach (E.). NaturforscherversammlunGes., 10. 2282 (Abs.).Fluorescenz naeh Stokes's Gr<
II igenbach i E.). Ann. Phys. u. Choui., n. F. 18. 16-66 ; Jour. Cheni.Soc, 44. 687-8 (AlDaa Stokes'sche Gesetz.Eagenbach (E.). Ann. Phys. u. Chem., n. F. 8, 309-400.(in the behavior of certain fluorescent bodies in castor oil.Homer (C). Phil. Mag., (4) 48, 166-6.Herstellung des Spectrums fluorescirender Substanzen.Jabresber. <i. Chemie (1867), L05.Bemerkungen zu den Arbeiten der Herrn Lomniel, Glazebrook undMatthieu.Ketteler (E.). Ann. Phys. u. Chem., n. F 15,618.Ueber Fluorescenz.
. Ann. Phys. u. Chem., n. F. 11. 908-12; Jour. C
. 40. 214 (Abs.).Ueber das Stokes'sche Gesetz.Lamansky (S.). Ann. Phys. u. Chem., n. F. 8. I 24 - I
«ln-. 88. 1192- 1. L861 j Jour. Chem. So !., 36, 862 (Abs3. 619.I. Becquerel, and below, under LubanBur la fluorescence des terres rares.Lee* . B ibaudran. Comptes 11- i du . 101 | ! v -".Chem. Soc., 48. iiti (AlLea fluon /. et 2 . appartiennent-ellee ft des terres di
I. baudran. I Rendus, 102, 899-902 ; .1 I50 \[dentate* d'origine de la fluorescence Z I par i lenl et des bandesobtenua dans le vide par M. Crook -.
I. | B isbaudran. Comptea Bendus, 103, 118-17; Jour. Chem.50Fluon Boence d< - composes du manganese Boumis a L'effluve eUectrique dansle vide.Leooq de Boisbaudran. ComptesB i lui 103 IllnT; four. I 52. 189, 191 { Ain-r. Jour - 33.149-61.
LITERATURE OF THE SPECTROSCOPE. 243Fluorescence rouge de l'alumine.Lecoq de Boisbaudran (F.). Comptes Rendus, 104, 330-4; Jour.Chem. Soc, 52, 409 (Abs.).Ueber die Fluorescenz in der Authracenreihe.Liebermann (C). Ber. chem. Ges., 13, 913-16.Ueber Fluorescenz.Lommel (E.). Sitzungsber. d. phys. med. Ges. Erlangen, 1871, 39-60;Ann. Phys. u. Chem., 143, 26-51; Ann. Chim. et Phys., (4) 26,283 (Abs.).Ueber Fluorescenz.Lommel (E.). Ann. Phys. u. Chem., 159, 514-36 ; Jour. Chem. Soc,1877, 1, 676; Amer. Jour. Sci., (3) 13, 380 (Abs.).
Intensitiit des Fluorescenzlichtes.Lommel (E.). Ann. Phys. u. Chem., 160, 75-96.Fluorescenz.Lommel (E.). Naturforscherversammlung in Miinchen, 1877; Ber.chem. Ges., 10, 2232 (Abs.); Ann. Phys. u. Chem., n. F. 3, 113-25;Jour. Chem. Soc, 34, 358 (Abs.).Theorie der Absorption und Fluorescenz.Lommel (E.). Ann. Phys. u. Chem., n. F. 3, 251-83.Zwei neue fluorescirende Substanzen, Anthracenblau und bisulfobichlo-ranthracenige Siiure.Lommel (E.). Ann. Phys. u. Chem., n. F. 6, 115-118.Ueber das Stokes'sche Gesetz.Lommel (E.). Ann. Phys. u. Chem., n. F. 8, 244.Die dichroitische Fluorescenz des Magnesium platincyanurs.Lommel (E.). Ann. Phys. u. Chem., n. F. 8, 634; 9, 108.Ueber Fluorescenz.Lommel (E.). Ann. Phys. u. Chem., n. F. 10, 449-72, 631-54.Die Fluorescenz des Ioddampfes.Lommel (E.). Ann. Phys. u. Chem., n. F. 19, 356.Die Fluorescenz des Kalkspatbes.Lommel (E.). Ann. Phys. u. Chem., n. F. 21, 422; Jour. Chem.Soc, 46, 649 (Abs.).Beobacbtungen iiber Fluorescenz, Didymglas und Aescorcin.Lommel (E.). Ann. Phys. u. Chem., (2) 24, 288-92.
244 LITERATURE OF THE SPECTROSCOPE.Zur Theorie der Fluorescenz.Lommel (B.). Ann. Phys- u. Chem.,.(2) 25 i(2) 5, 'AG (Abs.).Ueber Fluorescenz.Lubarsch (0.). Ann. Phys. u. Ohem.,153, 420-40; n. F. 6, 24-Ji up. Chem. Boc., (2) 13. 528 A.bs.).Das Stokes'sche I Si -Lubarsch (O.). Ann. Phys. u. Chem., q. 1" 9 665-71.Neue Experimentaluntersuchungen fiber Fluorescenz.Lubarsch (O.). Ann. Phys. u. Chem., a. V. 11. 46-69; Jour. Chem.Soc., 40, 70 (Abs.).Bernerkungen zu den Arbeiten des Hernn Lamansky fiber Fluoresce n/..Lubarsch (O.). Ann. Phys. u. Chem., n. F. 14. 576-80.Observations on the colour of fluorescent solutions.M rton (II. i. Chem. News. 24. 77; Jour. Chem. Soc, (2) 9.(Abs.); (2) 10. 27; Amer. Jour. Sci., (8 2. 198, 865.Fluorescent relations of certain solid hydrocarbon* found in coal-tar andpetroleum distillates.\| •• II.). Phil. Mag., ill 44. 845-9; Ann. Phys. u. Chem., 148.292-7 j Chem. News, 26, 199-201, 272-4; Jour. I 11,5 (Abs.).Fluoresoenzverhaltnisse gewisser rTohlenwasseratoffverbindungen in denakohlen-und Petroleum-Destillaten.M II ). Ann. Phys. u. Chem., 155, 651-79.Fluorescence and the violet end of a projected spectrum.k£ rton II Chem. News, 27.Investigation ofthe fluorescent and absorption Bpectraofthe uranium -alt-.Mortoi M and Bolton II C I ' • , News, 28. 47-50, 11
i . 1 1 267-9, 268 70; Jour. I m. 8 , (2) 12, 12
Fluorescent relations of the basic salt- of uranic oxide.M • ii Ch< - N ws, 29. 17-18; Jour Oh 12
Fluorescent relations ofchrysene and pyrene,\1 :. II 31
< )n the connection between fluorescence and absorption.Borbj B. C -M •••:•. M ; r.. 13. 1
LITERATURE OF THE SPECTROSCOPE. 245Sur la fluorescence des sels des inetaux terreux.Soret (J. L.). Comptos Rendus, 88, 1077-8; Jour. Chem. Soc, 36,862 (Abs.); Beiblatter, 3, 620 (Abs.).Zur Kenntniss der Fluorescenzerscheiuungen.Stenger (Fr.). Ann. Pbys. u. Chem., (2) 28, 201-30; Berichtigungdazu, do., 368.On the change of refrangibility of light.Stokes (G. G). Phil. Trans. (1852), 463-562.(His discovery of what has since been known as fluorescence.)Sur la fluorescence de la matiere colorante des champignons.Weiss (A.). Acad, de Vienne, Wiener Anzeiger (1885), 111 ; Jour,de Phys., (2) 5, 240; Chem. Centralblatt (1886), 670-1 ; Jour. Chem.Soc, 52, 314.Fluorescence des Naphthalinrothes.Wesendonck (K.). Ann. Phys., (2) 26, 521-7; Jour. Chem. Soc, 50,585; Jour, de Phys., (2) 5, 517.Berichtigung zu einer Notiz des Herrn Lommel betreffend die Theorieder Fluorescenz.Wiillner (A.). Ann. Phys. u. Chem., Erganzungsband, 1878, 8, 474-8.
240 LITERATURE OF THE SPECTROSCOPE.
FLUORINE.
Silicic fluoride spectrum.
I R i. Photographed Sj.. • . I. odon, l s 77. j> 76, 76.
- iiv (hi fluorure de Bilicium dans les tubes de Geiasler.Chautard (J.). Comptes Etendus, 82. 278.Das Aufleuchten, die Phosphorescenz und die Fluorescenz des Fluss-Bpatns.Bagenbacb H.]. Naturforscherversammlung in Miinchen, 1877 \ Beichem. 6ea., 10. 2282 (Altrum des Fluors.Jahresber. d. Chemic, 15 (1862), 33.Spectrum dee Phoaphoreacenzlichtea von Flussspath.Kindt. Ann. Phys. u. Chem., 131. 160.Note on the spectra of calcium fluoride.Liveing (G. D.). Proc Cambridge Philosoph. Soc, 3, 9G-8 ; Bei-blatter, 4, 611 (Abs.).Spectrum von Fhmrborgas.Plucker. Ann. Phys. u. Chem., 104. 126.
In. lie. - de refraction du Bpath fluor.Sarasin I E. |. Arch, de Geneve, (8) 10, 303-4.Spectre du fluorure de Bilicium.tin :.i. M i. Comptea Rendus, 54,
ar die Spectra des Fluoniliciuma und dea SiliciumwaeaentoA.Wesendonok (K A.nn. Phys. u. Chem., n. F. 21, 127 ' -Jour.Ch< - 66, I »*».)•
LITERATURE OF THE SPECTROSCOPE. 247
GADOLINITE.New elements in gadolinite and samarskite.Crookes (W.). Proc. Royal Soc, 40, 502-9 ; Jour. Chem. Soc, 52, 334.Remarques sur la gadolinite.Delafontaine. Comptes Rendus, 90, 221.Gadolinium, le Ya de Marignac.Lecoq de Boisbaudran (F.). Comptes Rendus, 102, 902; Jour. Chem.Soc, 50, 667 (Abs.).Sur les terres de la gadolinite.Marignac (C). Ann. Chim. et Pbys., (5) 14, 247-258; Jour. Chem.Soc, 36, 113 (Abs.).Sur l'ytterbine, nouvelle terre contenue dans la gadolinite.Marignac (C). Comptes Rendus, 87, 578-81; Amer. Jour. Sci., (5)17, 62-3 (Abs.); Jour. Chem. Soc, 36, 118-19 (Abs.).Notice sur les nouveaux metaux obtenus du gadolinite.Mendelejeff. Jour. Soc. phys. chim. russe, 13, 517-20 ; Bull. Soc. chim.Paris, 38, 139-43.Recherches sur l'absorption des rayons ultra-violets par diverses sub-stances. II, Sur les spectres d'absorption des terres de la gado-linite.Soret (J. L.). Arch, de Geneve, (2) 63, 89-112 ; Comptes Rendus, 86,1062-4; Beiblatter, 3, 196 (Abs.); 2,410-11; Jour. Chem. Soc, 2,410 (Abs.).Ueber die Erden des Gadolinits von Ytterby.Welsbach (C. Auer von). Sitzungsber. d. Wiener Akad., 88 II, 332-44, 1237-51 ; Zeitschr. analyt. Chem., 23, 520 (Abs.); Chem. News51, 25 (Abs.).
248 LITERATURE OF THE BPE< rROSCOPE.
GALLIUM.C.iracteres chimiques et spectroscopiquea d'un nouveau metal, le gallium,(Ii'iuuvert dans une blende de la mine de Pierrefitte, v:il !«'«• d'Ar-geles (Pyr6un6es).Lecoq do Boislmudrnn (F.). Cotuptea Bendus, 81. 492-6; 821030, 1098; Bull. 8oc. chim. Paris, n. b. 24, 870; Jour. Chem. Soc.,1876, 1, 190 (Abs.); Ai.ht. Jour. Sri., (3) 11, 820 A AmOhim. et Phys., (6) 10, 117 j Ann. Phys. u. Chem., 159, <New-. 32. 159, 2 •!Reninrqut's a propoB de la decouverte du gallium.Ifendelejef (D.). Comptea Bendus, 81. 969.
GERMANIUM.Ueber das Spectrum des Germaniums.Kobb(G.). Ann. Phys. u. Chem,, (2)89 (1888), 670-2; Jour. G
, 52, 818 (Abs.); Amer. Jour. B 33. 161 (A1Spectre do germanium.Lecocj d>- Boisbaudran (F.) I ;• Bendus, 102, L291-6; J"iir.Ohem. Soc, 50. 768 (Abs.).
LITERATURE OF THE SPECTROSCOPE. 249
GLASS.Pruning des gelben Glases fur Dunkelzimmer der Photographen.Foster (Le Neve). Dingler's Journal, 207, 427; Jour. Chem. Soc,(2) 11, 948 (Abs.).Phasenveranderung des Lichtes bei Reflexion an Glas. ,Glan (P.). Ann. Phys. u. Chem., 155, 14.On the influence of temperature on the optical constants of glass.Hastings (C. S.). Amer. Jour. Sci., (3) 15, 269-75; Beiblatter, 2, 338(Abs.).Refractive indices of glass.Hopkinson (J.). Proc. Royal Soc, 26, 290-7; Beiblatter, 1, 680(Abs.).Vertheilung der Warme ira Flintglasspectrura.Lamansky (S.). Ann. Phys. u. Chem., 146, 207, 209.The yellow glass of commerce lets through portions of nearly the wholespectrum.Lea (M. Carey). Amer. Jour. Sci., (3) 33, 363.On the refractive and dispersive powers of various samples of glass.Lohse (J. G.). Monthly Notices Astronom. Soc, 40, 563-4; Bei-blatter, 4, 891 (Abs.).Spectra produced in glass by scratching.Love (E. J. J.). Nature, 32, 270.Spectrale Untersuchung eines longitudinaltonenden Glasstabes.Mach (E.). Ann. Phys. u. Chem., 146, '316-17.Ueber die Dispersionsverhiiltnisse optischer Glaser.Merz (S.). Zeitschr. f. Instrunientenkunde, 2, 176-80; Beiblatter, 6,673 (Abs.).Zur Spectralanalyse gefiirbter Fliissigkeiten, Glaser und Diimpfe.Stein (W.). Jour, prackt. Chemie, 10, 368-84; Jour. Chem. Soc, (3)13, 412 (Abs.).Methoden zur Bestimmung der Brechungsexponenten von Fliissigkeitenund Glasplatten.
"Wiedemann (E.). Ann. Phys. u. Chem., 158, 375-86.
250 LITERATURE OF THE SPECTKOSCOI'E.
GOLD.Gold arc spectrum.Oapron (J. R.). P pbed Spectra, London, 1877, p. 30.L'or n'a donue* aucune apparent-*.' il<- ivnv.-r.-cim-nt.Comu (A.). Comptea Rendus, 73Spectrum des Goldchlorids.Juhroshcr. J. Chemie (1M^), 152.Chlorure d'or en Bolution, fitincelle ; chlorure d'or dans le gaz.Lecoq do Boisbaudran (F.). Sp<ctres Lumin<_-ux, Paris, 1*71. p, 172,176, planche XXVI.Spectre de chlorure d'or.Lecoq de Boisbaudran (F.). Bull. Soc. chim. Paris D. -. 21. 125.Bur ipuelques spectres me'talliquea, chlorure d'or.Lecoq de Boisbaudran (F.). Comptes Rendus, 77, 1152-4; Jour.Ohem. Soc, (2) 12, 217 (Abs.); Ber. chem. Ges., 6, 1418 (Abs.).
LITERATURE OF THE SPECTROSCOPE. 251
HEAT SPECTRA.Measurement of the so-called thermospectrum.Abney (W. de W.). Chem. News, 40, 21.Sur un moyen d'isoler les radiations calorifiques des radiations luinineuseset chimiques.Asscbe (F. von). Comptes Rendus, 97, 838.Spectres calorifiques.Aymonnet. Comptes Rendus, 82, 1153.Pouvoirs absorbants des corps pour la chaleur.Aymonnet. Comptes Rendus, 83, 971.Nouvelle rnethode pour etudier les spectres calorifiques.Aymonnet. Comptes Rendus, 83, 1102.Ein einfacher Versuch zur Versinnlichung des Zusammenhanges zwischender Temperatur eiues gliihenden Drahtes und der Zusammensetz-ung des von ihm ausgehenden Lichtes.Bezold (W. von). Ann. Phys. u. Chem., n. F. 21, 175-8.Verschiebung der Spectrallinien unter Wirkung der Temperatur desPrismas.Blaeerna (P.). Ann. Phys. u. Chem., 143, 655.Einfluss der Temperatur auf die Empfindlichkeit der Spectral reaction.Cappel (E.). Ann. Phys. u. Chem., 139, 628.Einfluss des Druckes und der Temperatur auf die Spectren von Dampfenund Gasen.Ciamician. Sitzungsber. d. Wiener Akad., 77 II, 839; 78 II, 867.Distribution of heat in the visible spectrum.Conroy (Sir J.). Proc. Royal Soc, 3, 106-12; Phil. Mag., (5) 8,203-9; Beiblatter, 4, 44 (Abs.).Etude des radiations emises par les corps incandescents. Mcsure optiquedes hautes temperatures.Crova (A.). Ann. Chim. et Phys., (5) 19, 472-550; Beiblatter, 5,117-18 (Abs.).
252 LITERATURE OP THE H'ECTROSCOPE.Mesure Bpectrome'trique dee hautee temperaturCrova i A.). Com] B7 JO .- de Phj \I9iRecherches Bur les spectres calorifiquee obscure.Desains (P.). Comptea Rendus, 67 " 1097; 70,986; 8488. lot:; 89. L89j 94, 1144; 95. 188 Jour. Chem. Soc., 36(Aba Beit itt« r, 3 - 9 A
I 1 termination dee longueurs d'onde dee rayons calorifiquee a basse tem-perature dans le spectre.Desains P.) et Curie (P.). Comptea Rendus, 90. 1606.Measurement of high temperatures.Dewar (J.). Chem. News, 28. 174.Distribution of heat in the spectrum.Draper (J. W.). Amer. Jour. 8ci., (8) 4. 161-75; Phil. Mag.. i4 44104-17; Jour. Chem. Soc, (2) 10. 968 (AAbsorption of light at different temperatures.
1 issner. Phil. Mag., (4) 29. 471: M - d. Berliner Akad.,Bfarz, 1866.De l'influence de ha temperature Bur les caracteree dee raies Bpectrales.Fievez (C). Bull.de I'Acad, de Belgique, 8 7,848-66; B< blatter,8. 646 (Abe.); Les Mondes, (8) 8 181 I tern News, 50 L2S
i Ah*.).Influence of temperature on the optical constants ofglatBastings (C. S.). Amer. Jour. 8ci., (8) 13, 269-76; B tter, 2(Abs.).Distribution of beat in the spectra of various Bources of radiation.Jacques (W. W.). Dissertations of tin' Johns Hopkins University,1-7'.'; Proc. Amer. Acad., 14, 142-61 ; Beiblatter 3 - \Einfluse der Temperatur der Plamme auf das Spectrum.Jahn iber. d. Chemie, 15 l- 21 23 . 148,17.-.; 26 1878 IDurchgang der Btrahlendec Warms duroh polirtes und berusstes Btein-salz; Diffusion der Warmeetrahlen ; Lage dee WarmenjAximumsim Sonnenspectrum.Knoblauch H Ann. Phys. u. Chem., 120. 177.Einfluss <ler Temperatur auf spectroscopische Beobachtungen.Krfi- ( G.V Ber. ol G 17, 27 2 J ir. ( 3 40 .(Al •
LITERATURE OF THE SPECTROSCOPE. 253Geschichtliches uber das Wiirmespectrum der Sonne; Vertheilung derWarme im Flintglasspectruin.Larnansky (S.). Ann. Phys. u. Chem., 146.. 200-30.Abhiingigkeit des Brechungsquotienten der Luft von der Temperatur.Lang (V. von). Ann. Phys. u. Chem., 153, 450.Observations on invisible heat-spectra and the recognition of hithertounmeasured wave-lengths, made at the Alleghany Observatory tAlleghany, Pa.Langley (S. P.). Amer. Jour. Sci., (3) 31 (1886), 1-12; 32, 83-106;Phil. Mag., (5) 21, 394-409: 22, 149-173; Jour, de Phys., (2) 5,377-80; Ann. China, et Phys., (6) 9, 433-506; Beiblatter, 11, 245.Ueber die spectrale Vertheilung der strahlenden Warme.Lecher (E.). Wiener Anzeigen (1881), 193-4.Spectra of vapours at elevated temperatures.Lockyer (J. N.). Chem. News, 30, 98.Nothwendigkeit bei spectroscopische Messungen die Temperatur zu be-riicksichtigen.Lommel (E.). Ann. Phys. u. Chem., 143, 656.Om Varmefordelningen i Normalspektru.ru (Ueber die Warmevertheilungim Normalspectrum).Lundquist (C). Oefversigt af K. Vetensk. Acad. Hand., 1874, 31, X,19-27; Ann. Phys. u. Chem., 155, 146-55.Maximum de temperature.Magnus (G.). Ann. Chim. et Phys., (4) 6, 155.Sur l'identite des diverses radiations lumineuses, calorifiques et chimiques.Melloni. Comptes Rendus, 15, 454.Temperature des diflerentes parties du spectre solaire.Melloni. Comptes Rendus, 18, 39.Recherches sur la reflexion metallique des rayons calorifiques obscurs etpolarises.Mouton. Comptes Rendus, 84, 650.Spectse calorifique normal du Soleil et de la lampe a platine incandescentBourbouze.Mouton. Comptes Rendus, 89, 295.Warmevertheilung im Spectrum eines Glas-und Steinsalzprismas.Mullcr (J.). Ann. Phys. u. Chem., 105, 347.
254 LITERATURE OF THE BP1 >PB.Warmevertheilung im Diffractionsapectrum,MEuller (J.). Ann. Phys. u. Ohem., 105. •;CTnterauchungen fiber <lie thermischen Wirkungen dee Sonnenapectrunia.Muller (J.). Ann. Phys. u. Chem., 115. 887.Wellenlange unci Brechungaexponent der auaaeraten dunklen WaiBtrahlen dee Bonnenepectrums.Muller (J.). Ann. Phys. u. Chei . LIS htigung116. 844.
Effect of increased temperature upon the nature of the light emitted bythe vapour of certain metals or metallic compounds.K and Clifton. Chem. News, 5. 1*33.On spectral lines of low temperature.Salisbury (The Marquis of ). Phil. Mag., I 45, 241-5 ; Jour. Chem.2 11,711 (Al - 6, 141 (Ab«Stickatoffgibt je nach der Temperatur drei Spectra.Schimkow (A.). Ann. Phys. u. Chem., 129. 518.Qeber die Abhangigkeit «ler Brechungsexponenten anomal diapergiren-der Medien von Concentration der Loaung und der Temperatur.Sieben (G.). Ann. Phys. u. Chem., n. F 23Einfluaa der Temperatur auf das optiache Drehvermand dee chlorsauren Natrona.Bohnke (L.). Ann. Phys. u. Chem., a. P. 3. 516.Rapport Bur un travail de M. Fievez concernanl ['influence de la tem-perature -iii- lea caracterea dee raiea BpectralBull. .1" I'Acad. de Belgiqui , 7 2Deberden Einflusa der Warme auf .In- Brechung dee Lichtee in :Korpern.
i ). Bitzungsber. d. \\ \ :ad ,6311Ceber den Einfluaa der Dichtigkeit and Temperatur auf die Spectra glu-bender < taae.Zdlli B r. d. k. E Gee. d. Wisa . 22 Am P j142 38-111; Phil. M . 1)41,1 •" -
LITERATURE OF THE SPECTROSCOPE. 255
HELIUM.Sur la raie dite de Thulium.Spee (E.)- Bull, de l'Acad. de Belgique, (3) 49, 379-96; Beiblatter,4, 614 (Abs.).
SPECTRA AT HIGH ALTITUDES.Notes on some recent astronomical experiments at high altitudes on theAndes.Copeland (R.). Nature, 28, 606; Beiblatter, 8, 220 (Abs.).Ascension scientifique a grande hauteur, executee le 22 mars 1874.Croee-Spinelli (J.) et Sivel. Comptes Rendus, 78, 946-50; AmerJour. Sci., (3) 8, 36 (Abs.).(Look below under Janssen and Pecchi.)Note sur des observations spectroscopiques, faites dans l'ascension du 24Spet. 1874, pour etudier les variations des couleurs du spectre.Fonvielle (W. de). Comptes Rendus, 89, 816-17.Die Fraunhofer'schen Linien auf grossen Hohen dieselben wie in der Ebne.Heusser (J. C). Ann. Phys. u. Chem., 90, 319.Remarques sur le spectre d'eau a l'occasion du voyage aerostatique de M.M. Croce-Spinelli et Sivel.Janssen (J.). Comptes Rendus, 78, 995-8.Sunlight and skylight at high altitudes.Langley (S. P.). Nature, 26, 586-9; Amer. Jour. Sci., (8) 24, 393-8 ;Beiblatter, 7, 28 (Abs.); Jour, de Phys., (2) 3, 47 (Abs.).Observations relatives a une communication de M. Croce-Spinelli surles bandes de la vapeur d'eau dans le spectre solaire.Secchi (A.). Comptes Rendus, 78, 1080-81.
256 LITERATURE OF THE SPECTROSCOPE. /HOLMIUM.Spectre de holmium.Cldve (P. T.). Comptes Rendus, 89, 478.Remarques sur le holmium ou philippine.Delafontaine. Comptes Rendus, 90, 221.Holmium, <>u l'x de M. Soret.Lecxj de Boisbaudran (F.). Comptes RenduB, 102. L008-4; Jour.Chem. B 50 667 (Aba.).
HOMOLOGY'S SPECTRA.Or* homologous spectra.Hartley W. N , Jour. Ch( 43 100; Nature, 27(Abs.); Obem. News, 47. 188 \ \ r. Jour. Sci., (8) 26. 401[Aba.); Ber. G L6 Beiblitter, 8, 217 (A
LITERATURE OF THE SPECTROSCOPE. 257
HYDROGEN.Spectrum von Wasserstoff.Angstrom (A. J.). Ann. Phys. u. Chem., 94, 157.Wasserstoff hat nur ein Spectrum; die vielfachen Spectren riihren beiBemengungen her.Angstrom (A. J.). Ann. Phys. u. Chem., 144, 302, 304.Spectres des gaz simples ; l'hydrogene, etc.Angstrom (A. J.). Comptes Rendus, 73, 309.Notiz iiber die Spectrallinien des Wasserstoffs.Balmer (J. J.). Ann. Phys. u. Chem., "(2) 25, 80-7; Jour. Chem.Soc, 48, 1025 (Abs.); Jour, de Phys., (2) 5, 515 (Abs.).Absorptionsspectrum des durch Wasserstoffsuperoxyd gebraunten blau-siiurehaltigen Blutes.Buchner. Jour, prackt. Chemie, 105, 345.Hydrogen tube spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 61, 62, 63.Sur le spectre ultra-violet de l'hydrogene.Cornu (J.). Jour, de Phys., (2) 5, 341-54.Continuous spectra of hydrogen observed by combustion of hydrogen inoxygen and chlorine.Dibbits. Ann. Phys. u. Chem., 122, 407.Recherches sur l'intensite relative des raies spectrales de l'hydrogene etde l'azote en rapport avec la constitution des nebuleuses.Fievez (C). Bull, de l'Acad. de Belgique, (2) 49, 107-113; Phil.Mag., (5) 9, 309-12; Beiblatter, 4, 461 (Abs.); Ann. Chim. et Phys.,(5) 20, 179-85; Jour. Chem. Soc, 40, 69 (Abs.).Sur l'elargissement des raies de l'hydrogene.Fievez (C.). Comptes Rendus, 92, 521-2; Beiblatter, 5, 281 (Abs.);Jour. Chem. Soc, 40, 955 (Abs.).Combustion of hydrogen and carbonic oxide under great pressure.Pranckland. Proc. Royal Soc, 16, 419.17 T
258 LITERATURE OF THE BPECTROSCOPE.The refraction equivalents of carbon, hydrogen, nitrogen, and oxygen inorganic compounds.(iladsl mi •' II.-. Pr -. B jral - « - 31. 827-30; B14. 1658 A).Qntersuchungen iiber das zweite Spectrum des Wassi rstoflHasselberg (B i. Mem. Acad, imp. Bl P •• ; irg 30 N31, No. 14,80; Beiblatter, 8, 881 I \ M m Spettr. ital., 13,97 (Abs.)i Phil. Mag., (5) 17. 329-62; Jour. Chem. Boc., 48, 817
,\ : Jour, de Phys., (2) 4. 241 ABemerkungen zu Brn, Wullner's Aufsatz; " Deber die Spectra des Was-Berstoffi und des Acetylene."Easselberg | B.). Ann. Phys. u. Chem., n. P. 15.Zusatz zu meinen Ontersuchungen fiber das zweite Spectrum des Wasser-Btona.H isselberg (B.). ' Melanges phys. ef chim. tires du Bull, de I'Acud. deSt. Pe*terBbourg, 12, 208-14 ; Beiblatter, 9. 619 i Abs.).Die Spectralerscheinungen dee Phosphorwasserstofis und des Ammoniaks,Hofmann (K. B.). Ann. Phys. u. Chem., 147. 92-6.On the spectrum of the flame of hydrogen.Huggina fW.). Proc. Royal Soc, 80, 676; Amer Jour - 20.121 8; Beiblatter, 4. 658 fAbs.).
L'intensite* relative dea raies Bpectrales de I'hydrogene el de I'azrapporl avec la constitution dee ix'lnileuses.Huggins (W.)'. Bull. del*Acad. deBelgique, (2)49,266 1 B4, 658 \
• turn dc- Wasserstntls.Jahresber. d. Chftnie, 16 1 1888), 111.Abeorptionsspectrum dea Phoephorwaaserstofls,Jahresber. d. Chomie, 25 L872 , 1 12.Absorptionsspectra von Kohlenwasserstoffen.Jahresber. d. Uhemie, 28 (181Abeorptionsspectrum des W (ft.d. Chemie, 25 (1872), 141, I IRecherches photome'triques Bur le spectre de I'hydrogene.
I. i •->• Li II . A- I . li ' P *, 248-JoUT. <!•• Phj S 5 I A ''• I in E . Ann.7
LITERATURE OF THE SPECTROSCOPE. 259Spectre de l'hydrogene phosphore.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 187,planche XXVII.Action de la lumiere sur l'acide iodhydrique.Lemoine (G.). Comptcs Rendus, 85, 144-7; Beibliittcr, 1, 510 (Abs.).Spectra of compounds of carbon with hydrogen.Liveing (G. D.) and Dewar (J.). Nature, 22, 620.Note on the reversal of hydrogen lines, and on the outburst of hydrogenlines when water is dropped into the arc.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 35, 74-0; Chem.News, 47, 122; Nature, 28, 21 (Abs.); Beiblatter, 7, 371 (Abs.);Jour, de Phys., (2) 4, 51.Note on the spectrum of hydrogen.Lockyer (J. N.). Proc. Royal Soc, 30, 31-2 ; Beiblatter, 4, 3G3 (Abs.).Sur les spectres des vapeurs aux temperatures elevees; hydrogene.Lockyer (J. N.). Comptes Rendus, 78, 1790; Cbem. News, 30, 98.(Original in French.)De l'elargissement des raies spectrales de l'hydrogene.Monckhoven (D. von). Comptes Rendus, 95, 378.Spectrum von Wasserstoff in der Geissler'schen Rohre.Pliicker. Ann. Phys. u. Chem., 104, 122; 105, 70.Spectrum von Wasserstoff.Pliicker. Ann. Phys. u. Chem., 105, 81.Spectra am negativen Pol in Stickstoff-und Wasserstoff-rohren ; Modifi-cation beider Rohren nach langer Gebrauch.Reitlinger (E.). Ann. Phys. u. Chem., 141, 135-6.Coloration of the hydrogen flame.Santini (S.). Gazzetta chim. ital., 14, 142-6; Jour."Chem. Soc, 48,209 (Abs.); Beiblatter, 9, 32 (Abs.).On the spectrum of hydrogen at low pressure.Seabroke (G. M. ). Monthly Notices Astronom. Soc, 32, 63-4; Phil.Mag., (4) 43, 155-7; Chem. News, 25, 111; Ann. Chim. et Phys.,(4) 26, 204 (Abs.).Remarques sur la relation entre les protuberances et les taches solaires;interet qu'auraient les experiences sur la lumiere spectrale de l'hy-drogene brulant sous une tres forte pression.Seechi (A.). Comptes Rendus, 68, 237-8.
260 LITJ.KA I ri;i; OP I EE -l I I ] IHydrogene et la raic D, dane le Bpectre de la chromosphere Bolaire.\ 73. l:;00.Prismatic Bpectra of the flamee of compounds of carbon and hydrogen.Swan. Phil. Trans. Edinburgh, 21. Hi ; Ann. Phys. u. Chem., 100806.
tree de I'hydrogfoe, etc., Bur la Burface du SoleiLlire (E.). Coi -.76. 1640.8p< ctrum von WasserstoffiV U C Ann. Thy-, u. Chem., 146
I'cliir die Spectra lies Wasserstofls.
I I Hoi itsber. d. Berliner Akad 187 Ihkitt. 4 .; :i>: Aincr. J..ur. Sci., (8) 19, 406 ADie WasserstonHamme in der Spectralanalyse.v.. -j. I II. W.i. Ber. chem. Ges., 12, 2818 ; Beiblatter, 4, 278 (A5. ll~ AUeber die oeuen Wasserstofflinien.II W Ber. i :.• m. G( -.. 13, 274-6 : J< ur. Chem. a .. 38.
- \ Beiblatter, 4, 274 \Die Photographie dee Wassi rstonapectrums.II. W . Photograph ische Mittbeilungi i , 16. 2Ueber ilie Spectra d< - Fluorsiliciuma und des Silicrimwasserstoffs.W. -• . i :. •. K . Ann. Phys. u. Chem., n. P. 21. 127-87; Jour.46 19 (AlUeber die I issociationswarme dee WaaserBtofFmoli culs.\\ i( ... \ Phys. u. Chem., a. P. 18. 609-10.Electrische Bpectra in Wasai rstoff.Willigen (S. M. van der). Ann. Phys. • 106
I )r. i Bp ctra I" i W - rtoffiWullner | A. . Ann. Phys. u. Chem., 135 i • •trader Gase unter hohem Druck; Wasserstoff gibl dahjei etn con-tinuirliches Spectrum ; vier Spectra beim WasserstoffWullner A Ai n Phys. I 137 i:Bpectra d( - Was» rstoflfe.
• \ Am PI ;• Chi . '' 14
I.
LITERATURE OF THE SPECTROSCOPE. 261
INDIGO (THE).The indigo color in the spectrum.Eood (0. N.). Amer. Jour. Sci., (3) 19, 135
INDIUM.Indium arc spectrum.Capron (J. TL). Photographed Spectra, London, 1877, p. 30, 45.Spectra of indium.Clayden (A. W.) and Heycock (C. T.). Phil. Mag., (5) 2, 387-9;Amer. Jour. Sci., (3) 13, 57 (Abs.); Beiblatter, 1, 90-2.Sels d'indium en solution, etincelle.Lecoq de Boisbaudran. Spectres Lumineux, Paris, 1874, p. 142,planche XXI.Vorliiufigc Notiz uber ein neues Metall (Indium).Reich (F.) und Richter (Th.). Jour, prackt. Chemie, 89, 441.Ueber das Indium.Reich (F.) und Richter (Th.). Jour, prackt. Cheinie, 90, 172; Phil.Mag., (4) 26, 488.Spectrum des Indiums.Schrdlter. Jour, prackt. Gnomic, 95, 44G.Spectrum dcs Indiums.Winkler. Jour, prackt. Chemie, 94, 1.Zur spectralanalytische Ermittelung des Indiums.Wleugel (S.). Correspondenzblatt d. Vereins analytischer Chemiker,3, 39; Beiblatter, 5, 281 (Abs.); Zeitschr. analyt. Chemie, 20, 115(Abs.).
2 _' LITERATURE OF THE Bl
INTERFERENCE.Beobachtungen duukkr Interferenzstreifen im Spectrum dee weissenLie I.Abt (A.). Math, naturwiss, Bi : 1 _'-4.Interferenzstreifen im Spectrum.Arons (L.). Ann. Phys. u. Chem., 2 24,669-71.Sur lcs phe'nomenee d'inter&rence produits par lea reeeauz parallCrova (A.). Comptea Rendus, 72. B56-8 ; 74. 932-86.Qeber Interferenzstreifen welche durch zwei getriibte Flachen erzeugtword' ii.ESxnei iK.i. Sitzungsber. d. Wiener Akad., 72 II. 676.Sur lee conditions d'achromatisme dans lee phenomenes d'interference.Hurion (A.). Comptea Rendus, 94. 1845; 95. 7'..Projection der [nterferenz der Fluesigkeitewellen.Lommel (L.). Ann. Phys. u. Chem., 2 26, 166.Sur ['application du spectroscope a 1'obeervation des phenomenes d'inter-ti'rtiicc.
t. Jour, de Phys., 1, 17 j 3.Bedeutung von NVwton'.s Construction der Farbenordnungen dunnerBlattchen fiir die Spectraluntereuchung der [nterferenzfarben.Rollett (Alex.). Sitzungsber. d. Wiener Akad., 75 III, IT*.Graphieche Daretellung der Spectren der [nterferenzfarben Rk einen
( lypekeil.Rollett \ Sitzungsber. d. Wiener Akad., 77 III, 177.Ueber die an beetaubten und unreinen Spiegeln Bichtbare [nterfereischeinung. \ •:. Phys. u. Chem., 154, :'.08.Prismatischea and BeugungBspectrum, [nterft leinu^gen in dem-Belben. Sitzungsber. d. Wi \ lead., 50 1 1. 127, 188 12 .Phj l 123 509Interferenzetreflen im priamatiechen and im BeugungBspectrum.\\ • berg M I . 10 •
LITERATURE OF THE SPECTROSCOPE. 263
INVERSION.Reversal of the sodium lines.Ackroyd (W.). Chem. News, 36, 164-5.Renversement des raies spectrales des vapeurs metalliques.Cornu (A.). Comptes Rondus, 73, 332.Sur les raies spontanement renversables.Cornu (A.). Comptes Rendus, 100, 1181-1188; Jour. Chem. Soc,48, 853 (Abs.), 1885.Sur le renversement des raies du spectre.Duhem. Jour, de Phys., (2), 4, 221-4.Ueber ein einfaches Verfahren die Umkehrung der farbigen Linien derFlammenspectra, insbesondere der Natriumlinie, subjectiv darzu-stellen.Giinther (C). Ann. Phys. u. Chem., n. F. 2, 477.Umkehrung der hellen Spectrallinien der Metalle, insbesondere desNatriums in dunkle.Jahre.sber. d. Chemie (1865), 90.Umkehrung der Spectra.Kirchhoff (G.). Ann. Phys. u. Chem., 109, 275, 295 ; 110, 187 ; Jour,prackt. Chemie, 80, 480-3.
"Wandlung der Spectren.Lepel (F. von). Ber. chem. Ges., 11, 1146.Reversal of the lines of metallic vapours.Liveing (G. D.) and Dewar (J.). Nature, 24, 206 ; 26, 466.Note on some phenomena attending the reversal of lines.Lockyer (J. N.). Proc. Royal Soc., 28, 428-32; Beibhitter, 3, 608(Abs.).Wandlung der Spectren.Moser (J.). Ber. chem. Ges., 11, 1416.Umkehrung der Spectra.Tyndall. Jour, prackt. Chemie, 85, 261.
264 LITERATURE OF THE SPECTROSCOPE.Wandlung der Bpectren.Vogel | II. W.). Ber. chem. Qea., 11. 622, 918, 1S68, ILeichta Umkehrung der Natriumlinie.Weinhold (A.). Ann. Thy-, u. Chem., 142. 821.
renal of sodium lines.Young (C. A.). Nature, 21, 274-5 ; Beiblatter, 4
LITERATURE OF THE SPECTROSCOPE. 2G5
IODINE.Note on the absorption spectrum of iodine in solution in carbon disul-phide.Abney and Festing. Proc. Royal Soc, 34, 480.The dichroism of the vapour of iodine.Andrews (T.). Chem. News, 24, 75; Jour. Chera. Soc, (2) 9,993(Abs.).Action des rayons differemment refrangible sur l'iodure et le bromured'argent.Becquerel (E.). Comptes Rendus, 79, 185-90; Jour. Chem. Soc, (2)13, 30 (Abs.).Iodine vapour; spark in iodine vapour.Capron (J. R.). Photographed Spectra, London, 1877, p. 76.Spectre de l'iode dans les tubes de Geissler.Chautard (J.). Comptes Rendus, 82, 273.Absorption spectra of iodine.Conroy (Sir John). Proc. Royal Soc, 25, 46.
"VVellenlange der auf Iodsilber chemisch wirkenden Strahlen.Eisenlohr (W.). Ann. Phys. u. Chem., 99, 162.Spectre d'absorption du chlorure d'iode.Gernez (D.). Comptes Rendus, 74, 660.Spectre d'absorption des vapeurs de protobromure d'iode, etc.Gernez (D.). Comptes Rendus, 74, 1190-92; Jour. Chem. Soc, (2)10, 665 (Abs.); Phil. Mag., (4) 43, 473-5; Amer. Jour. Sci., (3) 4,59-60.Spectre d'absorption du chlorure d'iode.Gernez (D.). Bull. Soc. chinu Paris, n. s. 17, 258; Ber. chem. Ges.,5, 219.Iodure. Gouy. Comptes Rendus, 85, 70.Spectrum des Iods.Jahresber. d. Chemie, 16, 109.Absorptionsspectrum des IoddampfeJahrosber. d. Chemie, 23, 174.
2GG LITERATURE OF THE -lECTROSCOFE.Absorptionsspectrum dea einfachen Cblorjods.Jahresber. d. Chemie, 25, 130.Absorjitiun.— piciruin dea Bromjods.Jahresber. d. Chemie, 25, 140.Absorptionsspectrum dea Cods.Jahresber. d. Chemie, 25, ill.On the action of the less refrangible ray8 of light on silver iodide.
!.• i If. Carey). Amer. Jour. Sci., (8) 9. 269-78; Jour. Chem -1876, 1, 28 (Abs.).Iodure de baryum dans le gaz charge1 d'iode.Lec'"| de Boiabaudran (P.). Spectres Lumineuz, Pari-, 1^74, p. 88,planche VIII.Action <lo la lumiere sur l'acide iodhydrique.
.oine (G.). Comptes Rendus, 85, 141-7; Beiblatter, 510 (Abs.).
( )n the dispersion of a solution of mercuric iodide.Liveing (G. D.). Proc. Philosoph. Soc. Cambridge, 3, 268blatter, 4, 610 (Abs.).
.Sur les spectres des vapeurs aux temperatures ele*veea ; fade.
I. .1. N.). Comptes Bendus, 78, 1790; Nature, 30, 78 ; Chem.News, 30Die Fluorescein dea [oddampfes.Lommel (E.). Ann. Phys. a. Chem., n. P. 19, 866.V( rbindungsspectren sur Entdeckung von Iod.M herlicb (A.). J. air. i>r.i<kt. Chemie, 97. :Ms.Kntdcckung sehr ^-ringer Mengon von C'hlor, Brown und Iod in Yerlin-dungen.Mitscherlich (A.). Ann. Phys. u. Chem., 125. I
I i di assorbimento del vapore di jodio.\ Mej -i ttr. ltul., 13. 127 Bl !' iblitter, 8Utl R A . ! . i oAbsorption-apt ctra of bromine and of iodine-monochlaride.II K j and Thorpe (T. B.). Proc. Royal Boo . 25. i.Sur la lumiere eaaise par la vapeur d'iode.74. 1249.
LITERATURE OF THE SPECTROSCOPE. 267Le spectre primaire de Fiode.Salet (G.). Comptes Rendus, 75, 76 ; Bull. Soc. chim. Paris, n. s. 18,216.Absorptionsspectrum des Ioddampfes.Thalen (R.). Ann. Phys. u. Chem., 139, 503.Ueber die Brechung und Dispersion des Lichtes in Iod-Silber.Wernicke (W.). Ann. Phys. u. Chem., 142, 500-73; Jour. Chem.Soc, (2) 9, 653 (Abs.)j Ann. Chim. et Phys., (4) 26, 287 (Abs.).Uebereinstimmung des Absorptionsspectrums und des ersten Iodspectrumsmit dem Spectrum dessen Dampfes.Wiillner (A.). Ann. Phys. u. Chem., 120, 159, 161.
IRIDIUM.Iridium arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 30.
LITERATURE OF THE 9P£< [ROSCOPE
IRON.
<)n the estimation of small quantities of phosphorus in iron and steel byspectrum analysis.Alleyne (Sir .J. G. N.). Jour. Iron and Steel Inst. 1 187
I r on Bpark spectrum, and iron arc spectrum; iron meteoric Bpectrum.Capron (J. R.). Photographed Spectra, London, 1877, p 81-8.Le frr n'a donne* aucune apparence de renversement.u (A.). Comptea Rendus, 73. 332.Bpectre du chlorure de fer.Gouy. Comptes Rendus, 84. 281 ; Chem. News, 35. 107.Ueber plmsphorhaltigen StahLGreiner (A.). Dingler'a Jour., 217,88-41; Jour. Chem. S1, 454 (Aba.).Distribution of beat in the various scources of radiation ; black oxide ofiron, eta
.I... (ues [W. W.). Proc Amer. Acad., 14. 161.Spectrum di-r ]'>.>.-. nitTthuninr.Jahreaber. d. Chemie, (1867) 106, i 1878) 160Perchlorure de fer en solution, Stincelle.
I. j de Boisbaudran (P.). Specti I. 122,planche .WillBpectrum der Bessemtrtlamme.LieleggLA.). Sitzungsber. d. Wiener Akad., 55 1 1. 160, 168-81 ; 56 1 1.
I Jour, prackt. Chemie, 100, 888; Phil. Blag., i 34,802.On the iron lines widened in solar spots.Lockyer (J. N. P - 31On the examination <>f tin- H.-.-.-fin.r llamc with color. and withth< !'<•Parker (J. Bp< Cb< m. News, 23The spectroscopic examination of the vapours evolved on heating iron atatmospheric pressure.
i .i. Chem. Soc., 49. 241-2; 50 '.17\ I 46 801 (A Bo • i Aba.).
LITERATURE OF THE SPECTROSCOPE. 269The spectroscope applied to the Bessemer Process.Koscoe (H. E ). Chem. News, 22, 44; 23, 174 ; Phil. Mag., (4) 25,318.Employment of spectrum analysis in the Bessemer Process.Koscoe (H. E.). Jour. Iron and Steel Inst., 1871, 2, 38-62 ; Ber. chem.Ges., 4, 419-21 (Abs.).Spectre du fer dans l'arc voltaique.Secchi (A.). Comptes Rendus, 77, 173.Examination of the Bessemer Flame with colored glasses and with thespectroscope.Silliman (J. M.). Chem. News, 22, 213 ; 23, 5.Ueber das Eisenspectrum, erhalten mit dem Flammenbogen.Thalen (Rob.). Nova Acta. Roy. Soc. Upsala, (3) 1884; Beiblatter,9 (1885), 520 (Abs.).Spectre du fer sur la surface du Soleil.Vicaire (E.). Comptes Rendus, 76, 1540.Ueber die Absorptionsspectren einiger Salze der Eisengruppe.Vogel (H. W.). Ber. chem. Ges., 8, 1533-40.Ueber eine empfindliche spectralanalytische Reaction auf Thonerde.Vogel (H. W.). Ber. chem. Ges., 9, 1641.Erkennung von Thonerde neben Eisensalzen.Vogel (H. W.). Ber. chem. Ges., 10, 373; Jour. Chem. Soc, 1877, 2,269 (Abs.).Ueber die Erkennung des Kobalts, neben Eisen und Nickel.Vogel (H. W.). Ber. chem. Ges., 12, 2313-16; Beiblatter, 4, 278(Abs.); 5, 118 (Abs.).Spectrum of the Bessemer flame.Watts (W. M.). Phil. Mag., (4) 34, 437 ; 45, 81 ; Chem. News, 23,49; Jour, prackt. Chemie, 104, 420.Coincidence of the spectrum lines of iron, calcium, and titanium.Williams (W. M.). Nature, 8, 46.Methods for the determination of metallic iron by spectral analysis.Wolff. Chem. News, 39, 124.Spectroscopic examination of gases from meteoric iron.Wright (A. W.). Amer. Jour. Sci., (3) 9, 294-302 ; Jour. Chem. Soc1876, 1, 27 (Abs.).
270 LITERATURE OF THE BPEI rROSCOPE.
JARGONIUM.inium, :i oew element accompanying zirconium.Sorby(H. C.). Ohem. News, 19, 121 ; Pi RoyalB ,17
LA NTH AN I'M.Bur le poids atomique du lanthane.
I P T.i. Bull. Soc. chim. Paris, 39, 151-6 ; .-.47.154 Sj Amer. Jour. Sci., (8) 25, 381 (Abs.).
tre 'lu lanthane, aver une planche.Thulen (Rob.). J»ur. de Phys., 4, 33.
LITERATURE OF THE SPECTROSCOPE. 271
LEAD.Ueber den Einfluss der Temperatur auf die Brechungsexponenten dernatiirlichen Sulfate des Baryum, Strontium uud Blei.Arzruni (A.). Zeitscbr. f. Krystallogr. u. Mineral., 1, 165-92; Ja'hrb.f. Mineral. (1877), 52G (Abs.); Jour. Cbem. Soc, 34, 189 (Abs.).Lead arc spectrum, lead and antimony spark spectrum, lead and magne-sium spark spectrum.Capron (J. R.). Pbotograpbed Spectra, London, 1877, p. 34, 35.Renversemeut des raies spectrales du plomb.Cornu (A.). Comptes Rendu*, 73, 332.Spectre de l'azotate de plomb.Gouy. Comptes Rendus, 84, 231 ; Chem. News, 35, 707.Spectren zwischen Bleielectroden.Jahresber. d. Chemie (1873), 152.Spectre du sulfure de plomb.Lallemand (A.). Comptes Rendus, 78, 1272.Spectre du plomb.Lecoq de Boisbaudran (F.). Comptes Rendus, 77, 1152 ; Chem. News,24, 10.Plomb metallique, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 147,planche XXIII.
272 LITERATURE OP IHE BPECTR08COPB.
LIGHT.Vitesse <le la lumiere fait que lea bonl- <lu -pectre sont diffus.
:. ndus, 36Sur la rayonnemenl chimique qui accompagne la lumi&electriques en resultent.
I'.- iere] Ed |. Comptes Rendus, 13. 198.impagnanl la presentation du 1 1, volume de son ouvrage intitule
" Lumiere, Bee ( !a - Effets."Bi . 67, 8.Etude sur la pari de la lumiere dans les actions chimiqP A- ... ' •. I'v . • 11 I 15 22 : .1 »ur. Chem.1877, 2 r. 1. 615-20 \
'•
mischen Strahlen im Spectrum dea Bonnen-und Gas-Li\V . Ann. Phys. u. Chem., 97, l I 3,8,90; Bull,graphical Soc, 21 Jan., 1 vBur I'emploi <1<' la lumi&re monochromatique, produite par lee -bou 76. 222 1 \ A . ' in. i:.169. 272 : Dingl( r - Jour., 207. 405-7.
1 tanz der Lichtspectren.
- d. Chem 174.Sur li snormal de la lumiere. B9 ' I 8. 571 -2;
- 4 278 i.Lichtspectren. 3
/. »r Tim orie d< a Lichfr 9.
I \ !
'
I ::.!'. 16. 127 1
1
!..i <lu b] i pour distinguer une lumiere plus fiuble dans uneplus fort GO
LITERATURE OF THE SPECTROSCOPE. 273Chastaing's neue Theorie der chemischen "Wirkung des Lichtes.Vogel (H. W.). Ber. chem. Ges., 10, 1638-44; Beiblatter, 1, 681(Abs.).Les observations spectroscopiques a la lumiere monochromatique.Zenger (Ch. V.). Comptes Eendus, 94, 155; Amer. Jour. Sci., (3)23, 322,
LIGHTNING.(Look under Electricity.)
LIMITS.Limites des couleurs dans le spectre.Listing. Ann. China, et Phys., (4) 13, 460.Limites des couleurs dans le spectre.Thalen (Kob.). Ann. Chirn. et Pbys., (4) 18, 218.
18 T
•271 LITERATURE OF THE SPECTROSCOPE.
LINES OF THE SPECTRUM.Welchen Btoffen die Fraunhofer'schen Linieo angehoren.A \. J.). Ann. Phys. u. Chem., 117. 2Die Fraunhofer'schen Binge, die Quetelet'schen Btreifen uml verwandteErscheinungen.raer (K.). Sitzungsber. d. Wiener Akad., 76 II. 522.
lli'stiininiiiiL' tlt-s ] ,.icchuii'_r>-untl Farbenzerstreuungs-Vi • verschie-dener ( ila>arten.Fraunhofer Jot Denkschr. d. k. Akud. d W -- su MijV (1814-15), 198-226, mit drey Kupfertafeln, Munchen, 1817 INote on the theoretical explanation of Fraunhofer'a lines.Eartshorne (II.). Jour. Franklin [nst, 75 88 I 105 - I.Blondes, 45. 617-22; Beiblatter, 2. 661
I>i-- Zusammensetzung des Bpectrums.Jahresber. d. Chemie, 1, 197 : 5. 126, 181 ; 8. 128.
I'. ber die Fraunhofer'schen Linien.resber. d. Chemie, 3, 164; 4. 162; 5. 124 : 6. 167; 7. I 7Anwendung der Fraunhofer'schen Linien als chemischi - R igens.Jahresber. d. Chemie, 5, 125.Kuiiitliclir- Spectrum einer Fraunhofer'schen Linie.Jahresber. d. Chen 124.Newton, Wollaston, and Fraunhofer'a lines.Johni A. 26. 572; B( ibl . 7 aOn certain remarkable groups in the lower spectrum.3. P.). !' • Am A 14Erklarung der Linien and Btreifen in den Li n a.
I. , : B isbaudran (F Ges., 3Mutual attraction of spectral lirj
• ire, 21. 108; Beibl itl 4 278 AOn Bpectral linea of low temperature.M Phil. Ma • 1)45,241 'horn.2)11,7 Ami r. Jour. 8 6, 14
LITERATURE OF THE SPECTROSCOPE. 275The relation between spectral lines and atomic weights.Vogel (E.). Pharmaceutical Jour. Trans., (S) 6, 464-5.Darstellung eines Spectruras mit einer Fraunhofer'schen Linie.Wullner (A.). Ann. Phys. u. Chero., 135, 174.
270 LITEBATUBE OF THE BPECTEOSCOPE.
LIQUIDS.Pouvoirs absorbante dee corps pour lachaleur; solutions dam L'eau, etc.Aymonnet Comptes Rendus, 83. 971.[Jeber i ine einfache Methode zur approximutiwn Bestimmung ck-r l>reeh-ungsexponenk-n flussiger Korper.
i: lvn-ki (J.). Carl's Repertorium, 18. 602-4; Beiblatter, 6(AbiMolecular-Refraction flussiger organischer Verbinduugen von hohem1 bpersifvermogen.
.1. W Ann. Phys. u. Cheno., 235, 1-106 ; Ber. chem. I19. 2746 ir. Chem. Boc., 52. i I] \Bp ctroscopische Untereuchung der Constanten von Losungen.Burger < II. . Ber. chem. Qes., 11. 1876.Methoder til al maale Brydningsforholdel for farvede Vaedsker (Ueberdie Blessung dee Brechungsverhaltnisses gefarbter Flussigkeiten .Christians I I rsigt kgl. Dai Vidensk. Selsk. Porh. (1217 Phys. u. Chem., a. P. 19, 257-87 Nature, 28(At*Nouvelle methode de determination dee indices de refraction dee liquid* -.Croulleboie M Am I P I 22. L89-60:Recherchee sur le pouvoir r€fringenl dee liquides.Dai B. «' . Ann. de I'Ecole normale, 2) 10 B -blatter, 5,679-84 \ J mr. de Phys., 10. 394 101, 181-84 (AOn the specific refraction and dispersion of light by liquids.
I .-.. .ill . R< p| British \ 24\ Beiblatter, 6. 21 \[Jeber R< genbogen, gebildet durcb Flussigkeiten von verschiedenenl'.i. chungsexponenten.Sammerl II Sitzungsber. d. W i \ ... ; . 86 11. •_'< " 16 B -blatfc 7 -Preliminary notice of experiments concerning the chemical constitutionof saline solutions.w \ p i: . ,. B • .. 22. 241-8 \ Ch( m News, 29
LITERATURE OF THE SPECTROSCOPE. 277On the action of heat on the absorption spectra and chemical constitutionof saline solutions.Hartley (W. N.). Proc. Royal Soc, 23, 372-3; Phil. Mag., (5) 1,244-5; Ber. chem. Ges., 8, 765 (Abs.).Application des franges de Talbot a, la determination des indices de re-fraction des liquides.Hurion. Comptes Rendus, 92, 452-3.Spectren gefiirbter Losungen.Jahresber. d. Chemie, 15, 34.Ueber die Constitution von Losungen.Kriiss (G.). Ber. ehom. Ges., 10, 1243-9; Jour. Chem. Soc, 42, 1018(Abs.); Nature, 26, 568 ; Beiblatter, 6, 677 (Abs.); Amer. Jour. Sei.,(3) 24, 141 (Abs.).Ueber das Absorptionsspectrum der fliissigen Untersalpetersiiure.Kundt (A.). Ann. Phys. u. Chem., (2) 7, 64 (Abs.); Jour. Chem.Soc, (2) 9, 185 (Abs.).Ueber den Einfluss des Losungsmittels auf die Absorptionsspectra gelosterabsorbirender Mittel.K-undt (A.). Sitzungsber. d. Miinchener Akad. (1877), 234-62; Ann.Phys. u. Chem., n. F. 4, 34-54.Recherches sur l'illumination des liquides, etc.Lallemand. Comptes Rendus, 69, 182.Ueber die Molecularrefraction fliissiger organischer Verbindungen.Landolt (H.). Sitzungsber. d. Wiener Akad. (1882), 62-91 ; Ann.Phys. u. Chem., 213,75-112; Beiblatter, 7, 843; Ber. chem. Ges.,15, 1031-40; Jour. Chem. Soc., 42, 909 (Abs.).Absorption des Lichtes durch gefiirbte Fliissigkeiten.Melde (F.). Ann. Phys. u. Chem., 124, 91 ; 126, 264.Observations on the colour of fluorescent solutions.Morton (H.). Amer. Jour. Sei., (3) 2, 198-9, 355-7; Jour. Chem.Soc, (2) 9, 992 (Abs.); 10, 27 (Abs.); Chem. News, 24, 77.Ueber die Aenderung des Volumens und des Brechungsexponenten vonFliissigkeiten durch hydrostatischen Druck.Quincke (G.). Ann. Phys. u. Chem., n. F. 19, 401-35; Sitzungsber.d. Berliner Akad. (1883), 409 (Abs.); Nature, 28, 308 (Abs.).
278 LITERATURE OF THE BPECTROSCOPE.
I r , in.- in >ue Flussigkeit von hohem Bpecifischen Gewicht, hoheraB hungsexponenten and grosser Dispersion.i; - Ann. Phys. u. Cbem., n. F. 1,169-|4; Amer. Jour.Bci., 8 26. H Jour. Chem. Soc, 46. i r. A
< >n the absorption bands in the visible Bpectrum produced by certain col-ourless liquids,Russell W -I. and Lapraik (W. , Jour. Chem. So 39 I\ Jour.Sci., 21 " a bs. : Nature, 22. 81 8-70; Beibl il5. I
r die Absorption <k-s Lichtes durch Flussigkeiten.inn J. I- Ai n. I M i \ - . u. Chem., n, F. 6. 2l 7 70Untersuchungen fiber die Abhangigkeit der Molecularrefraction flfissVerbindungen von ihrer chemischen Constitution.Schroder (H.). Ber. chem. Ges., 15. 994 B; Jour. Chem. So .42.
'.•in | AlFernere Untersuchungen fiber die Abhangigkeit der Molecularrefractionflfissiger V( rbindungen von ihrer chemischen Zusammensetzung.Schroder ill.'. Sitzungsber. d. Muncbenei 1882), 57 104;Ann. Phys. u. Ch< ., n. 1' 15. 636-75; 18. 148-76; .J. air. < :
-
. 42. 1158 (Abs. : 44. 588 \Bur les Bpectres d'absorption ultra-violets des dimlrents liqu
- • .1. L.). Arch. d( G 2 60 298 100; Beiblatter, 2, 80\U.).Zur Spectralanalyse gefarbter Flussigkeiten, Glaser und Dam]St. ii W Jour. pr%ckt. Chemie, 10, 808 54 ; Jour. Chem. 813. H2 | \M6thode oouvelle pour determiner I'indice de refraction des liquid* 8.Terquem <'t Tranpin. Comptea Readus, 78, l v J '.-'> : D Jour.,212. 562-4; Jour, de Phye., 4, 282-8 ; Ann. Phys. n I 157.
Ueber eine Methode zur Untersuchung der Abs irption di - Lichfc - durch
: arbte Loeungen.Tumlira (O.). Wiener An - 7\ I News, 49. 201 \Absorption spectra of certain organic liquids.w fl C. B ' 47. 178.
LITERATURE OF THE SPECTROSCOPE. 279
LITHIUM.Ueber quantitative Bestimmung des Lithiums mit dem Spectral-Apparat.Ballmann (H.). Zeitschr. analyt. Chemie, 14, 307-301 ; Jour. Chem.Soc, 187G, 2, 550 (Abs.).On the presence of lithium in meteorites.Bunsen. Phil. Mag., (4) 23, 474.Existence de la lithine et de l'acide borique dans les eaux de la mer Morte.Dieulafait. Comptes Rendus, 94, 1852-54 ; Jour. Chem. Soc, 42, 1037(Abs.); Ann. Chim. et Phys., (5) 25, 145-67.La lithine, la strontiane et l'acide borique dans les eaux minerales deContrexeville et Schinznach (Suisse).Dieulafait. Comptes Rendus, 95, 999-1001 ; Jour. Chem. Soc, 44,301 (Abs.). *Les salpetres naturels du Chili et du Perou au point de vue du rubidium,du csesium, du lithium et de l'acide borique.Dieulafait. Comptes Rendus, 98, 1545-8 ; Chem. News, 50, 45 (Abs.).On the blue band in the lithium spectrum.Frahckland. Phil. Mag., (4) 22, 472.Recherches photom£triques sur le lithium.Gouy. Comptes Rendus, 83, 209 ; 85, 70.Transparence des flammes colorees pour leur propres radiations; lithium,etc.Gouy. Comptes Rendus, 86, 1078.Spectrum des Lithiums in der Wasserstofflamme.Jahresber. d. Chemie, 15, 30.Funkenspectrum von kohlensiiuren Lithium.Jahresber. d. Chemie (1873), 152.Sels de lithine en solution.Lecoq de Jloisbaudran (F.). Spectres Lumineux, Paris, 1874, p. fifi.planche VI.Spectre du lithium.Lecoq de iJoisbaudran. Co nptes Rendus, 77, 1152; Bull. Soc. chim.Paris, n. s. 21, 125.
280 LITERATURE OP THE BPECTROSCOPE.On the spectra of magnesium and lithium,Liveing (G. D.) and Dewar (J.). Pro Royal Soc., 30, •blitter, 4
on the order of reversibility of the lithium lines.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc., 35. " INews, 47. 188.Bur lea .»i>ftr<> dcs vajK-urs aux u-mperaturea elGvees, lithium.Lockyer (J. N.). Compl Rendus, 78, 1790 j Nature, 30, 78 I30. 98.8ur I'origine <!<• l'arse*nic et de la lithine dans lea '-aux Bulfateea calciqui b.Schlagdenhauffen. Jour, de Pharos 6 ; >ir. Chem. H44 102 A.D8.).
< )» the flame of lithia.Talb-t II Fox). Phil. Mag., (8) 4, 11De la presence <U' la lithine dans 1<- bo! de la Limagne et dea eaux mine'r-
:ilr.- df rAuvt-rgne. Dosage de eet alcali au moyen du bd<scope.Truchot (P.). Comptea Rendus, 78, 1022-4; Ber. chem. Ges., 7(Abs.).The blue band in the lithium spectrum.Tyndall and Pranckland. PhiL Mag.. (4) 22, 161, r_
LITERATURE OF THE SPECTROSCOPE. 281
LONGITUDINAL RAYb.Note sur les raies longitudinales observees dans le spectre prismatiquepar M. Zantedeschi.Babinet. Comptes Rendus, 35, 413. (Look below.)Raies longitudinales du spectre.Porro. Comptes Rendus, 35, 479.Sur les lignes longitudinales du spectre.Wartmann (E.). Arch, des Sciences phys. et nat., 7, 33; 10, 302;Phil. Mag., 32, 499.Sur les causes des lignes longitudinales du spectre.Zantedeschi (P.). Archives des Sciences phys. et nat., 12, 43 ; Corresp.scient. di Roma, No. 9, 69.
LUMINOUS SPECTRA.Observations sur le rayonnement des corps lumineux.Baudrimont. Comptes Rendus, 33, 496.Divers effets lumineux qui resultent de Taction de la lumiere sur les corps.Becquerel (E.). Comptes Rendus, 45, 817.Constitution du spectre lumineux.Lecoq de Boisbaudran (F.). Comptes Rendus, 69, 445, 606, 657, 694 ;73, 658.Recherches d'analyse spectrale.Volpicelli. Comptes Rendus, 57, 571.Sur les causes des effets lumineux, etc.Volpicelli. Comptes Rendus, 69. 730.
282 LITERATURE OF THE SPECTROSCOPE.
MAGNESIUM.Lead and magnesium .-park Bpectrnm, magnesium .-park spectrum, inesiuin arc spectrum.Capron (J. R.). Photographed Spectra, London, l v 77. p. 84, 16Determination des longueurs d'onde des radiations tres reTrangiblee dumagnesium, <lu cadmium, du zinc et <le L'aluminium.iu (A.). Archives de <• 2. 119 L26 ; Beihlatter, 4 I\ Jour . 1' 10. 125 tl.Renversement des raies Bpectrales du magnesium.A i. Comptea Rend .-. 73
K' cherches .*ur lc spectre <lu magnesium en rapport avec la constitutiondu Boleil.Fiev.i Bull, de I 50. '.>1-*; l?..il,4. :- m. et Phyj 5 23. 866-72.8p I'tre de chlorure de magnesium.Qouy. Comptea Rendus, 84. 281.Spectre continu des Bels de magntGtouy. Comptea Rendus, 84, 878.Spectrum des Magnesiumlichtes.Jahresber. d. Chemio, 18. 96; 23. 17 1; 25, 145.Chlorure de magnesium en solution.
: de Boiabaudran (F.). Lumineuz, P:iri-. 1^7 1. |plan* she XII.Permanganate de potasse en solution.
I.. |i B sbaudran | P P*ri», 1874plam !-• XVI.
I'.l). r • ine < mpfindliche spectralanalytische Reaction auf Thonerde andMagnesia.
I . | Q 9 1 1 1
1
I', b r den Nachweia der Magnesia mil Eulfe des Spectrossvon). B G 9 - : io Bull. 820 Ohem. 8oc., 1877,
1
I
LITERATURE OF THE SPECTROSCOPE. 283Der AlkannafarbstofF, em neues Reagens auf Magnesiumsalze.Lepel (F. von). 13er. chem. Ges., 13, 763-6.Pflanzenfarbstoffe als Reagentien auf Magnesiumsalze.Lepel (F. von). Ber. chem. Ges., 13, 766-8; Jour. Chem. Soc, 40,63 (Abs.).On the spectra of magnesium and lithium.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 30, 03-9; Bci-Llatter, 4, 366 (Abs.).Investigations on the spectrum of magnesium.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 32, 189-203 ;Nature, 24, 118.Die dichro'itische Fluorescenz des Magnesiumplatincyanurs.Lommel (E.). Ann. Phys. u. Chem., n. F. 8, 634; 9, 108; 13, 247.Osservazioni delle inversioni della coronale 1474 k, e delle b del magnesiofatte nel Osservatorio di Palermo.Rieco (A.). Mem. Spettr. ital., 10, 148-51.Spectre du magnesium dans Tare voltaique.Secchi (A.). Comptes Rendus, 77, 173.Spectre du magnesium.Secchi (A.). Comptes Rendus, 82, 275.Magnesium dans la chromosphere du Soleil.Tacchini (P.).' Comptes Rendus, 75, 23, 430; Phil. Mag., (4) 44',159-60.Presence du spectre du magnesium sur le bord entiere du Soleil.Tacchini (P.). Comptes Rendus, 76, 1577.Nouvelles observations relatives ii la presence du magnesium sur le borddu Soleil, et reponse a quelques points de la theorie emise par M.Faye.Tacchini (P.). Comptes Rendus, 77, 606-9.Nouvelles observations relatives a la presence du magnesium sur le borddu Soleil.Tacchini (P.). Comptes Rendus, 82, 1385-7.Spectre du magnesium sur la surface du Soleil.Vicaire (E.). Comptes Rendus, 76, 1540.
284 LITERATURE OP THE SPECTROSCOPE.Ueber eiiu- empfindliche Bpectralreaction auf Magnesium.\ ;I,1I. W.i. Ber. chora. Oos., 9, 1041; Jour. Ohem. Soc., 1877, 1,74'J A!-.); Beiblatter, 1. 240 (Abs. • cbim. P28. 17,Die Purpurin-Thonerde-Magnesia-ReactioiLVogol i H. W.i. Ber. i b ... G •-.. 10. 107. 373.
LITERATURE OF THE SPECTROSCOPE. 285
MANGANESE.Sur l'effet du manganese sur la phosphorescence du calcium carbonate.Becquerel (E.). Comptes Rendus, 103, 1098-1101 ; Jour. Cbem. Soc,52, 190 (Abs.).Ueber das Absorptionsspectrum des iibermangansauren Kalis, und seineBenutzung bei chemisch-analytischen Arbeiten.Briicke (E.). Chemisches Centralblatt, (3) 8, 139-143; Jour. Cbem.Soc, 34, 242 (Abs.).Manganese arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 3G.On the light reflected by potassium permanganate.Conroy (Sir J. ). Proc. Royal Soc, 2, 340-4 ; Phil. Mag., (5) 6, 454-8
;
Jour. Cbem. Soc, 36, 425 (Abs.).Spectre de l'azotate de manganese.Gouy. Comptes Rendu?, 84, 231 ; Chem. News, 35, 107.Absorptionslinien der Manganlosungen.Hoppe-Seyler. Jour, prackt. Chemie, 90, 303.Spectra of manganese in blowpipe beads.Horner (Charles). Chem. News, 25, 139.Anweudung der dunklen Linien des Spectrums als Reagens auf Mangan-saure.Jahresber. d. Chemie, 5, 125.Absorptionsspectrum des Mangansuperchlorids.Jahresber. d. Chemie (18G9), 184.Chlorure de manganese en solution, etincelle courte ; do., etincelle moy-enne ; do., dans le gaz.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 110,114, 120, planches XVII, XVIII.Fluorescence des composes de manganese dans la vide sous Tinfluence del'arc voltaique.Lecoq de Boisbaudran (F.). Comptes Rendus, 103, 4G8-471 ; Jour.Chem. Soc, 52, 3 (Abs.); Beiblatter, 11, 37.
288 LITERATURE OF THE BPECTROSCOPE.
I>a- Absorption dor Mangansaure nicht die (Jmkehrung einer diirchManganchlorui gefarbten Flamme.Muller (J.)- Aim. Phys. u. Chem., 128, 8Spectrum von Mangan.Simmler [K Tii.). Ann. Phys. u. Ohem., 115. 426.Das von abermangansaurem Kali rellectirte Licht.Wiedemann (E.)- Ann. Phj ... 151, 65
LITERATURE OF THE SPECTROSCOPE. 287
MAPS.Recherches sur les spectres des metalloi'des.Angstrom (A. J.) ct Thalen (T. 11.). Upsal., E. Berling, 1875, 4°.Extrait des Nova Acta Reg. Soc. Sc. Upsal., Ser. Ill, Vol. IX.Avec deux planches.(Wave-lengths. Spectra of carlmretted hydrogen ; of carbonic oxide ;bioxide of nitrogen; of light at the negative pole; of oxygen; ofcarbon ; of hydrogen ; some isolated rays of carburetted hydrogen,and of carbonic oxide.)Sur le spectre normal du Soleil, partie ultra-violette.Cornu (A.). Paris, Gauthier-Villars, 1881, 4°. Extrait des Annalesde l'Ecole normale superieure, (2) 9 (1880). Avec deux planches.("Wave-lengths.)Etude du spectre solaire.Fievez (Ch.). Bruxelles, F. Hayez, 1882, 4°.(Wave-lengths. Lines G399 to 4522.)Extrait des Annales de l'Observatoire royal de Bruxelles, n. ser., t. IV.Etude de la region rouge (A-C.) du spectre solaire.Fievez (Ch.). F. Hayez, Bruxelles, 1883, 4°. Extrait des Annales del'Observatoire royal de Bruxelles, n. ser., t. V. Avec deux planches.(Wave-lertgths. Lines 7500 tc G500.)Studien auf dem Gebiete der Absorptionsspectralanalyse.Hasselberg (B.). St. Petersbourg, et a Leipzig (L. Voss), 1878, 4°.Mit vier Karten. Mem. Acad. imp. des Sci. de St. Petersbourg. (7)26, No. 4.("Wave-lengths. Absorptionspectra of hypernitric acid at differentdensities, and absorptionspectrum of bromine.)Ueber die Spectra der Cometen, und ihre Beziehuug zu denjenigen ge-wisser Kohlenverbindungen.Hasselberg (B.). St. Petersbourg, 1880, Leipzig (G. Haessel), 4°. Miteinem Tafel. Mem. de l'Acad. imp. St. Petersbourg, (7) 28, No. 2.Untersuchungen iiber das zweite Spectrum des Wasserstoffs.Hasselberg (B.). St. Petersbourg, 1882, Leipzig (G. Haessel), 4°. Mem.de l'Acad. imp. St. Petersbourg, (7) 30, No. 7. Mit einem Tafel.(Wave-lengths.)
I.ITI.KA I DEE OP I ill. BPECTROS4 OPE.Dntersuchungen iiber das Sonnenspectrum unci die Spectren dtr chem-ischen Elemente.Kirchhofl I n dec Ber-lin* e dor Wissenschaften, 1861 und 1862. [. Tbeil, Datum-Berlin, I8i I, 4°. II. Theil, Dummler, Berlin, 1876, 4 D . Mil
: In.
. an arbitral ilaire ultra-violet, et >nr la d&erminati >n d< -longui ura d'onde, suiviea d'une uote Bur lea formulea de dispersionMas Extrail Annal ntiflques de l'E rmal<t. I (1864), P G liars, 1864, I
r la determination dea longueurs d'onde.Masi . E . P ,- is, i rauthii - V •rmule superieure, t. [V. Avec un planehe.[A photographic map of the Bolar Bp< ctrura ia being prepared by I 'Rowland, i ad some parts of it have been distributed, viz: wave-lengths0. 13675 to 0.0005796.]M6moire Bur Ia determination dea longueurs d'onde dea raies m&alliqueaThalen (Rob.). CTpsal., W. Scbull Mil swei Tafeln. Ex-trait des Nova Acta Reg 9 r. Ill, Vol. VIngtbs of the bright ra
I.. sped i d'absorption de la vapeur <l'i<'<l>-.Thalen (Rob.). tJpsal., Ed. Berling, 1869, I - A-. fcr - ilon'a map of the solar Bpectrum is in Vol. I of the Aim:]'( lbs< rvafc ire de Nice, which is about i<> appear. Vol. II will contain ;ler map '>r Bheeta of the group B.]
LITERATURE OP THE SPECTROSCOPE. 289
MERCURY.Mercury spark spectrum.Capron (J. K.). Photographed Spectra, London, 1877, p. 37.Spectre du cinabre, de l'oxide de mercure, de l'iodure de mercure.Lallemand (A.). Comptes Ptendus, 78, 1272.Bichlorure de mercure en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 169,planche XIV.On the dispersion of a solution of mercuric iodide.Liveing (G. D.). Proc. Philosoph. Soe. Cambridge, 3, 258-00 ; Bei-blatter, 4, 010 (Abs.).Spectrum of mercury at elevated temperatures.Lockyer (J. N.). Chem. News, 30, 98; Nature, 30, 78; ComptesRendus, 78, 178.Emissionsspectra der Halo'idverbindungen des Quecksilbers.Peirce (B. O.). Ann. Phys. u. Chem., n. F. 6, 597.Ueber die Spectren des Wasserstoffs, Quecksilbers, und Stickstoffs.Vogel (H. W.). Monatsber. d. Berliner Akad. (1879), 586-604; Bei-blatter, 4, 125-30; Amer. Jour. Sei., (3) 19, 406 (Abs.).
19 T
200 LITERATURE OP THE BPECTROSCOPR.
METAL-.
I; searches on the Bpectra of the metalloids.: ,m i \. J.) and Thaleh (Rob Acta £ U] 9 .Nature, 15, I Beiblatter, 1, 85-47 ; Bull. Soc. chim. Paris,25. 188.Spectres d'emission infra-rougea dea vapeurs m6talliques.Becquerel (H.). Oomptea Rendus, 97, 71-4; 99,874; Chom. N48 iture, 28. 287 7. 701 A\ ter. Jour. £ 26. 821 (Abs. : 28L6 IS - 1 »ur. Chem. Soc., 46. 1 i Al Z il br. f.analyt. Chemie, 23 Phil. Mag., Oct., IProc&le* pour obtenir en projection lea raiea des m6taux et leur ivn\ment.Boudreaux. Jour, dc Phys., 3. 806.Deber die electrische Spectra <1»t Metallen.Brassack. Zeitschr. t". d G b. f. Naturwiss, 9. 185.Di8SOciatioD of the metalloid elements.Brodie | B. 0. , Nal ire, 21. 491-2.
I )'- f tli.' new alcaline metals.Bunsen K Ber. d. Berliner Akad., 10 Mai, 1860; C ' 3182.Kleinste Lm [nductionsfunken durch die Spectralanalyse aoch erk< unbareGewichtsmenge verschiedener Metalle; do., im Bunsen'schen Gas-flamme ; Vergleich beider.Uaj Ann. Phys. u. Chem., 139, 681.periments on metallic reflection with the Bpecti
I Sir J.). Proc. Royal Soc., 28. 244
( m the projection of the .-]>< ctra of the metals.
.i I' Amer. Jour 40 !Renversemenl dee raies spectrales des vapeurs meitalliqa
( •. I R • 73 182 : Bull Soc. < Uim Paris, n. i.15On the means of increasing the intensity ofmetalli<W ( 5 .
LITERATURE OF THE SPECTROSCOPE. 291Analyse des spectres colores par les ruetaux.Debray (M. H.). Comptes Rendus, 54, 109.Sur Femploi de la lumiere Drummond et sur la projection des raies bril-liants des flarames colorees par les ruetaux.Debray (M. II.). Ann. Chim. ct Phys., (3) 65, 331.Bemarques sur les metaux nouveaux de la gadolinite, et de la samarskite
;
holmium ou philippine, thulium, samarium, decipium.Delafontaine. Comptes Rendus, 90, 221.Recherches sur Finfluence des elements electronegatifs sur le spectre desmetaux, avec planches des spectres de chloride de cuivre et debromide de cuivre.Dkcon (E.). Ann. Chim. et Phys., (4) 6, 1.Sur les spectres des metaux alcalins.Diacon et Wolf. Mem. de l'Acad. de Montpellior, 1863 ; ComptesRendus, 55, 334.Spectres des metallo'ides des families du soufre, du chlore et de Fazote.Ditte. Bull. Soc. chim. Paris, n. s. 16, 229.On the use of the prism in qualitative analysis. (Gives the absorptionspectra of many coloured metallic salts.)Gladstone (J. H.). Jour. Chem. Soc. (1858), 10, 79.Recherches sur les spectres des metaux a la base des flarames.Gouy. Comptes Rendus, 84, 231-4 : Phil. Mag., (5) 3, 238-40 ; Chem.News, 35, 107-8; Beiblatter, 1, 238 (Abs.); Bull. Soc. chim. Paris,n. s. 28, 3.32.Das electrische Verbal ten der im Wasser oder in Salzlosungen getauchtenMetalle bei Bestrahlung durch Sonnen-oder Lampen-Licht.Hankel (W.). Ann. Phys. u. Chem., n. F. 1, 410.Investigation by means of photography of the ultra-violet spark spectraemitted by metallic elements and their combinations under vary-ing conditions.Hartley (W. N.). Chem. News, 48, 195.Beitriige zur Spectroscopic der Metallo'ide.Hasselberg (B.). Bull. Acad. St. Petersbourg, 27, 405-17.Auflosung heller Streifen in Metallspectren.Jjihresber. d. Chemie., 15, 29.
292 LITERATURE OF THE 3PEI rROSCOPE.CFnterschiede in den Spectren bei Anwendong der Metalle oder der Chlor*metalle.Jahresber. d. Chemie, 15. 81, .Constanz der Metallspectren.Jahresber. d. < Ihemie, 15Electrische Metallspectren.Jahresber. d. Chemie, 15. 88; 16, 104, 10';, 107, 118; 17. L16; 18,90,91.Einfluss aichtmetallischer Elemente auf die Spectra der Metalle.Jahresber. d. ( Ihemie, 10Umkehrung der hellen Spectrallinien der Metalle. insbesondere deeNatriums in dunkle.Jahresber. •!. Chemii IV.
< tbjectivdarstellung der Metallspectren.Jahresber. d. Chemie, 26. 1 17.Spectren der Metalloid) n.Jahresber. d. Chemie, 26Metallspectra.Jahresber. d. Chemi< . 28. 122.AJbsorptionspectra von Metalldampfen.Jahresber. d. Chi mie, 28. 124, L25.Quelques Bpectres m6talliques; plomb, chlorure d'or, thallium, lithium.
I. I 77. 1 L52 ; Buchim. Paris, n. B. 21, 12Bur nn nouveau ordre des Bpectres me'talliques.
I. B isbaudran I luS, 100.40 : \
tra of metallic compounds.Lei di a. i: Jour. Franklin Inst., 90. I
1; venal lines of metallic vapours.Livein G.D.)andD iwar J.). I 27. ;
I i 27 0-4 N I I I 27 ! : IV 20V< 20 I 20 171 VII 292 ! I I \ 3, 710 (A I I \
LITERATURE OF THE SPECTROSCOPE. 293On the disappearance of some spectral lines and the variations of metallicspectra due to mixed vapours.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 33, 428-34 ; Jour.Chem. Soc, 44, 2-3 (Abs.); Beiblatter, 6, 676 (Abs.).Spectral lines of the metals developed by exploding gases.Liveing (G. D.) and Dewar (J.). Phil. Mag., (5) 18, 161-73.On the circumstances producing the reversal of the spectral line3 of metals.Liveing (G. D.) and Dewar (J.). Proc. Philosoph. Soc. Cambridge,4, 256-65; Beiblatter, 7, 530 (Abs.).Quantitative analysis of certain alloys by means of the spectroscope.Lockyer (J. N.) and Roberts (W. C). Proc. Royal Soc, 21, 507-8;Phil. Trans., 164, 495-9; Phil. Mag., (4) 47, 311 (Abs.); Jour.Chem. Soc, (2) 12, 495 (Abs.); Ber. chem. Ges., 6, 1426 (Abs.).On the absorption spectra of metals volatilized by the oxyhydrogen flame.Lockyer (J. N.) and Roberts (W. C). Proc. Royal Soc, 23, 344-9;Phil. Mag., (5) 1, 234-9; Jour. Chem. Soc, 1872, 2, 156 (Abs.).On a new method of studying metallic vapours.Lockyer (J. N.). Proc. Royal Soc, 22, 371-8 ; 29, 266-72 ; Beiblatter,4, 36 (Abs.).Notice sur les nouveaux metaux obtenus du gadolinite.Mendelejeff. Jour. Soc phys. chim. russe, 13, 517-20; Bull. Socchim. Paris, 38, 139-43.Spectra der Haloi'dsalze.Mitscherlich (A.). Ann. Phys. u. Chem., 121, 474.De l'influence de la temperature sur les spectres des metal loi'des.Monckhoven (D. von). Comptes Rendus, 95, 520.Sur le spectre des metaux alcalins dans les tubes de Geissler.Salet(G.). Comptes Rendus, 82, 223-6,274-5; Nature, 13, 314 ; Phil.Mag., (5) 1, 331-3; Jour. Chem. Soc, 1876, 1, 863 (Abs.); Ann.Phys. u. Chem., 158, 329-334.Sur les spectres des metallo'ides.Salet (G.). Ann. Chim. et Phys., (4) 28, 5-71 ; Chem. News, 27, 59,178 (Abs.).On the spectra of the metalloids.Schuster (A.). Phil. Trans. (1879), 170, 37-54; Proc Royal Soc,27, 383-8 (Abs.); Beiblatter, 1, 289; 2, 492 (Abs.); 3, 749 (Abs.);Jour. Chem. Soc, 33, 430 (Abs.); Nature, 15, 447-8.
294 LITERATURE OP THE SPECTROSCOPE.Les spectres du fer et de quelquea autrea m.'-taux dans 1'arc voltaique.hi | a.i. ( " in ] • - Rendua, 77. 17; ; I hem. News, 28, 82.Recherchea Bur ('absorption dea rayona ultra-violeta par diveraee Bub-Btances; oouvelle 6tude dea Bpectrea d'absorption dea me'tauxterreux.
• (J. L.). Arch, de Geneve, (8) 4 261 •_•: B 5. 124Abs.).Sur la flimivscenc des metaux terreux.i|. I - li.-ii.lu-. 88, 1077-8; Jour. Chem. Boc., 36,\ . Beiblatter, 3. 620 \M6moire Bur la determination dea longueurs d'onde dea raiea m6talliqu< -
;
speetn-s des nu'-taux dess im's d'apr&a leura longueura d'onde.Thul6n (R.). Ann. Chii . I 10. 202.Optische Eigenschaften diinner metallischen Schichten.
• w Arm. Phys. u. Chem., (2) 25 95-11 1.Leichte Umkehrung der Natriumlinie.Weinhold A. . Ann. Phys. u. Chem., 142. 821.Ueber die Absorption und Brechung dea Lichtea in metallisch undurch-Bicbtigen Korpern.Wemii ke W M itsber. d. Berlin r 1874), 728Phys. u. Chem., 155, 87-95.Electriscbe Spectra der Metalle.WiUigen (8 M. von der). Ann. Phys. u. Ch< m., 106.
LITERATURE OF THE SPECTROSCOPE. 295
METEOROLOGICAL.The spectroscope and weather forecasting.Abercromby (R.). Nature, 26, 572-3.Rain-band Spectroscopy.Bell (L.). Amer. Jour. Sci., (3) 30, 347.A plea for the rain-band.Capron (J. R.). Observatory (1882), 42-7, 7i- ! ; Beiblatter, 6, 485(Abs.).The spectroscope as an aid to forecasting the weather.Cory (F. W.). Quar. Jour. Meteorolog. Soc, 9, 234-9.Ueber Regenbogen gebildet durch Fliissigkeiten von verschiedenen Brech-ungsexponenten.Hammerl (H.). Sitzungsber. d. Wiener Akad., 86 II, 206-15; Bei-blatter, 7, 383 (Abs.).Spectroscopic observation of the red-coloured sky at sunset, 1884, Jan. 9,5 h. 20 min.Konkoly (N. von). Monthly Notices Astronora. Soc, 44, 250-1.Observations, a propos d'une note recente de M. Reye sur les analogiesqui existent entre les taches solaires et les tourbillons de notreatmosphere.Marie-Davy. Comptes Rendus, 77, 1227-9.The green Sun.Manley (W. R.). Nature, 28, 611-12.Observations on the rain-band from June, 1882, to Jan., 188S.Mill (H. R.). Proc. Royal Soc. Edinburgh, 12, 47-56.Note sur les cyclones terrestres et les cyclones solaires.Parville (H. de). Comptes Rendus, 77, 1230-3.The solar spectrum in a hail-storm.Romanes (C. H.). Nature, 25, 507 ; Beiblatter, 6, 486 (Abs.).The spectroscope and the weather.Smith (C. Mitchie). Nature, 12, 366.The green Sun.Smith (C. Mitchie). Nature, 29, 28.
296 LITERATURE OF Til j: BPECTROSCOPE.The remarkable sunsets.Smith (C. Mitchie). Nature, 29, 881 2.broscopic prevision of rain with a high barometer.Smith (0. Piazzi). Nature, 12. 281 2, 262-8; A.nn. P157. 17The warm rain-band in the daylight spectrum.Smytl I I' szi). Nat i 14Three years' experimenting in spectrum analysis.Smith (C. Piazzi). Nature, 22. ISpectroscopic weather discussions.Smyth (C. Piazzi). Nature, 26, 551-4 ; B itter 6Rain-band spectroscopy attacked again.Smyth (C. Piazzi). Nature, 29. GM< teor 1 . 14. 161- 2.|'i, c6de" pour determiner la direction el la force du vent ; suppression deagirouettes ; application aus cyclones.Tarry (II.)- Comptes Rendus, 77, 1117The use of the spectroscope in meteorological observati >ns.Upton | Winslow). U. S. Signal -ttr. ital., 13. 118-18.
MICROS* OPIC >l'l'.i li; vPrismatic examination of microscopic objects.Suggii Williai Tr M (18M liAnwendung der Spectralanalyse auf mikroscopische Ont< -Jahresber. d. Chemie (1867 105
LITERATURE OF THE SPECTROSCOPE. 297
MINERAL WATERS.La lithine, la strontiane et l'acide borique dans les eaux minerales deContrexeville et Schinznach (Suisse).Dieulafait. Comptes Rendus, 95, 999-1001; Jour. Chem. Soc, 44,301 (Abs.).Existence de l'acide borique en quantite notable dans les lacs sales de lap6riode moderne et dans les eaux salines naturelles, qu'elles soientou non en relation avec des produits eruptifs.Dieulafait. Ann. Chim. et Phys., (5) 25, 145-67.Untersuchung einiger Mineralwasser unci Soole mittelst Spectralanalyse.Redtenbacher (Jos.). Sitzungsber. d. Wiener Akad., 44 IT, 137, 151,153-4.Sur l'origine de la lithine et de l'arsenic dans les eaux sulfatees calciques.Schlagdenhauffen. Jour, de Pharm., (5) 6, 457-63; Jour. Chem. Soc.,44, 302 (Abs.).Spectral-reactionen biindnerischen Gesteine und Mineralwasser.Simmler (R. Th.). Ann. Phys. u. Chem., 115, 434-48.De la presence de la lithine dans le sol de la Limagne et dans les eauxminerales d'Auvergne. Dosage de cet alcali au raoyen du spec-troscope.Truchot (P.). Comptes Rendus, 78, 1022-4- Ber. chem. Ges., 7, 653.
MINIUM.Spectre du minium.LallemandXA.). Compter Rendus, 78, 1272.
298 LITERATURE OF THE BPECTROSCOPE.
MOLYBDENUM.Molybdenum arc Bpectrum.Capron (J. R.). Photographed Sp 1877, p. 37.
MOSANDRUM.Le mosandruin, un nouvcl element.Smith (J. Lawrence). Comptes Rendus, 87. L48-61; M De-lafontaine, Comptes B* odus, 87, 600-2, and Jour. Chem, S . 36.117 (Ahs.).
MULTIPLE BPECTRA.Multiple Spectra.
- .i '. 22 ; " : Beiblitter, 5. 118-\
LITERATURE OP THE SPECTROSCOPE. 299
NICKEL.Nickel arc spectrum ; nickel spark spectrum ; bismuth and nickel sparkspectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 20, 38.Salpetersaure Nickellosung als AbsorptionspriLparat.Emsmann (H.). Ann. Phys. u. Chera., Erganzungsband, 1874, 6, 334;Phil. Mag., (4) 46, 329; Jour. Chem. Soc, (2) 12, 113.Spectrum von Nickel.Jahresber. d. Chemie, (1872) 145, (1873) 154.Chlorure de nickel en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 133,planche XIX.Ueber die Erkennung des Kobalts neben Eisen und Nickel.Vogel (H. W.). Ber. chem. G-es., 12, 2313-16; Beiblatter, 4, 278(Abs.); 5, 118 (Abs.).
NIOBIUM.Niobium arc spectrum.Capron (J. R.)._ Photographed Spectra, London, 1877, p. 38.
300 LITERATURE OF THE -!l.< TROSCOPE.
NITROGEN.brum von Stickoxyd, und von Stickstoff!\ .! i. Aim. Phys. ii. Chem., 94. 166-7.Spectre de I'acide azotique fumant.Becquerel ill I lomj Rendus, 85Spectre de I'azote.Becquerel (H.). C 90. 1 107.
re (lu protoxyde de ['azote.B • el | H I 90. 1407.Absorption spectrum of nitrogen peroxide.Bell (L.). Amer. Ohei .1.7 12-4 ; Jo it I 40 l •(Abs.).
rvationa of the lines of the solar spectrum, and on those produced bythe Earth's atmosphere and by the action of nitrous acid .Brewster (Sir D.). Phil M iCarattere Bpettroscopico della Boluzione ammoniacale <li carminio, diciniglia e <li altre Bostanze.Campani (G.). (razz, chitn. ital., 1. 171-^; Jour. Oh - - 9.in'..; ; ,\! • Ber i . < 5 287.Nitrogen spectra.Capron (J. R ). Ph I £ London, 1 -77. •Sur If Bpectre d'absorption de I'acide pernitrique.Chappuia (J.). Comptea Rendus, 94, 946-8; Jour. Chem. Boc., 42,1017 \ B 6.4 \ \ ' - 24leP 2)3,48Spectre dea bandi - de I'azote, Bon origine,D indre* !I Comptes Rendus, 101 (1886), 1256-60 ; J
.50 189 Abs.).Spectre de I'aa II. I 103 76 ' : J :r. Chem. B50 11, 86 (ASpectrum von AmJMoniak und von Schwefelammon.Dibbil H 0. Ai P 122
LITERATURE OF THE SPECTROSCOPE. 301Les lacs salpetres naturels du Chili et du Perou.Dieulafait. Comptes Rendus, 98, 1545-8; Chem. News, 50, 45 (Abs.).Spectres appartenant aux families de 1'azote et du chlore.Ditte (A.). Comptes Rendus, 73, 738; Bull. Soc. chim. Paris, n. s. 16,229.Salpetersaure Nickelldsung.Emsmann (H.). Ann. Phys. u. Chem., Erganzungsbasd, 6 (1873),334; Jahresber. d. Chemie (1873), 154.
•Recherchcs sur l'mtensite" relative des raies spectrales de l'hydrogene etde 1'azote en rapport avec la constitution des nebuleuses.Fievez (C). Bull. Acad. Belgique, (2) 49, 107-113; Phil. Mag., (5)9. 309-12; Beiblatter, 4, 401 (Abs.); Ann. Chim. et Phys., (5) 20,179-85; Jour. Chem. Soc., 40. 09-70.Action of nitrates on the blood.Gamge (A.). Phil. Trans. (18G8), 589; Jour, praekt. Chemie, 105,287 ; Ber. chem. Ges., 9, 833.Sur les raies d'absorption produites dans le spectre par les solutions desacides hypoazotiques.Gernez (D.). Comptes Rendus, 74, 4G5-8 ; Jour. Chem. Sac, (2) 10,280 (Abs.); Ber. chem. Ges., 5, 218; Bull. Soc. chim. Paris, n. s.17, 257.Note sur le pretendu spectre d'absorption special de l'acide azoteux.Gernez (D.). Bull. Soc. Philorn., (7) 5, 42.The refraction equivalents of nitrogen, etc., in organic compounds.Gladstone (J. H.). Proc. Royal Soc, 31, 327-330; Ber. chem. Ges.,14, 1553 (Abs.).Spectres de l'azotate de cuivre, de l'azotate de manganese, de l'azotate deplomb. *Gouy. Comptes Rendus, 84, 231 ; Chem. News, 35, 107.Spectre de l'azotate d'argent.Gouy. Comptes Rendus, 84, 231.Azotate. Gouy. Comptes Rendus, 85, 70.Zur Spectroscopic des Stickstoffs.Hasselberg (B.). Mem. de PAcad. de St. Petersbourg, (7) 32, 50 pp.sep.; Beiblatter, 9, 578 (Abs.).
302 LITERATURE OF THE BPECTE
{ er die SpectralerBcheinungen dee Phoephorwaa and des Am-moniaks.
II Fmann (K. B A- n. Phys. u. Chem., 147. 92-101; Jour. Chem.(2) 11. 840 (Aba.).Spectrum dea Stickstoffe.Jahresber. d. Chemie, 16 (1868), 110; 25(1872 . 142, lit. 145.Absorptionsspectrum dea I >ampfs der Balpetrigen-und unteraalpeter-Saure.Jahrosber. d. Chemie, 22 (1869), 183.Bpectroscopische (Jntersuchung der Abaorptionsspectren der flussigenUntersalpetersaure.Jahresber. d. Chemie, 23 | 1870), IT:.'; 25 ^ 1^7_' . 187.Absorption>-iHctruni «U-< Didymnitrats.resber. .1. Chemie, 23 L870), 821.irptionsapectrum <1<t Ammoniakflamme.Jahresber. .1. Chemie, 25 L872 , 1 12,
: daa Ab8orptious8pectrum der flussigen Uoieraalpeteraaure.Kundl \ Aim. Phys. u. Chem., 141, 157 9; /. tschr. f. analyt.Chem., (2 7,64 A.bs.); Jour. Chem. Soc., (2) 9, 186 (Aba.).tate d'argenl en solution, 6tincelle.
I. . Boisbaudran (F.). Lumineuz, Paris, 1874, p. 167,XXV,
I rtitution dea spectrea lumineux.
I. q ,1.- Boisbaudran I P.). *-'" : "! I , 70, 144, 974, 1Spectre du nitrate de didyme.
1. Boisbaudran (P.) ft Smith (Lawn •.< Oompl I88. 1167.Sp. ctre du nitrate <!< decipium.i. ., B P.). Oomptea Rendus, 89. 212.
re 'In nitrate <1<- Bamarium.
I. : B • iudran 1 1-'. . < ! udua, 89. 212.
3 i tre de I'ammoniaque par renversemenl du courant induit
l. ptea Rendus, 101. 12dea vapeura bus temperatures eleVees, nitrogene.
I. :,\.r..i .\'.<. Comptea Rendus, 78, 1790; CI N 30Sur 1' - q •• I'acide a/ iteauz el du peroxyde d'aLuok(B.). BulL Soc chim. Paria, n -13 i -
LITERATURE OF THE SPECTROSCOPE. 303Absorption bands of nitrous acid gas.Miller (W. Hallows). Phil. Mag., (3) 2, 381.Beuiitzung des Ammoniaks zur Spectral analyse.Mitscherlich. Jour, prackt. Chemie, 86, 14.Die Spectren der salpetrigen und der untersalpetrigen Siiure.Moser (J.). Ann. Phys. u. Chem., n. F. 2, 139-40.Spectrum von Stickgas, und von Stickoxydul.Pliicker. Ann. Phys. u. Chem., 105. 76, 81.Spectra am negativen Pol im Stickstoff und WasserstofFrohren ; Modifica-tion beider Rohren nach langem Gebrauch.Keitlinger (E.). Ann. Phys. u. Chem., 141, 135.Spectrum einer Lcisung von salpetersauren Didymoxyd.Eood (O. N.). Ann. Phys. u. Chem., 117, 350.Sur le spectre de l'azote et sur celui des metaux alcalins dans les tubes' deGeissler.Salet (G.). Comptes Kendus, 82, 223-6, 274-5; Nature, 13, 314;Phil. Mag., (5) 1, 331-3; Jour. Chem. Soc, 187G, 1, 863-4 (Ahs.);Ann. Phys. u. Chem., 153, 329-34.Spectrum des electrischen Glimmlichts in atmosphiirischer Luft ; Stick-stoff gibtje nach der Temperatur drei Spectra.Schimkow (A.). Ann. Phys. u. Chem., 129, 513-16.Ueber die Absorption des Lichts durch Ammoniak, etc.Sehonn (J. L.). Ann. Phys. u. Chem., Erganzungsband, 8 (1878),670-5; Jour. Chem. Soc, 34, 693 (Ahs.).On the spectrum of nitrogen.Schuster (A.). Proc. Eoyal Soc., 20, 484-7; Phil. Mag., (4) 44, 537-41; Ann. Phys. u. Chem., 147, 106-12; Amer. Jour. Sci., (3) 5,131 (Ahs.); Jour. Chem. Soc, (2) 11, 340 (Ahs.).Bestimmung der Salpetersiiure auf spectralanalytischem Wege.Settegast (H.). Zeitschr. f. analyt. Chemie, 20, 116-117.Spectres d'absorption ultra-violets des ethers azotiques et azoteux.Soret (J. L.) et Pvilliet (Alb. A.). Comptes Kendus, 89, 747.Spectrum of nitrogen.Stearn (C. H.). Nature, 7, 463.Spectrum von Stickstoff.Vogel (H. C). Ann. Phys. u. Chem., 146, 578.
304 LITERATURE OF THE BPECTROSCOPE.Ueln-r allmahliche I berfuhrung di s Bandenspectrams des Sticksb I(in Linienspectrum.
I H. C |. Sitzungsber. d. Mfinchener Akad. (1879), 171Ann. Phys. u. Chem., n. F.
( >;i the changes produced in the position of the fixed lines in the Bpectrumofhyponitric acid by changes in density.Weiss A.). Phil M i 22. 80.
rinstimmuug der AJbsorptionsspectra von Unto realpetersaure mil
- ctren d< ssen I >ampWullner (A.). Ann. Phys. u I 120. 169.
teiden Stickstoffspectra nichl durch LTnterschiede der Temperatur,Bondern der Entladungsaii i rklarbar.\ . Ann. Phys. u. Chem., 135. 626.
r huh. in I >ru< k.Wullner | A, i. Ann. Phys. • 137Das S ctrum des Stickstoffs ist vielfach ; kAntwort auf Angstrom.II.). Ann. ] 144. 520.
LITERATURE OF THE SPECTROSCOPE. 305
NOMENCLATURE.Spectroscopic Nomenclature.Herschel (J.). Nature, 5, 499-500; 6, 438-4.Spectroscopic Nomenclature.Young (C. A.). Nature, 6, 101.
20 t
306 LITERATURE OF THE SPECTROSCOPE.
OPTICS.(With special reference t-j the spectroscope.)Optische Untersuchuiiiri-n.[atrom (A. J.). Ami. Phys. u. Chem.,94, Ml; Phil. Mag., I 9.
Zwvi optische Brobarhtun^sinethodcii.Christiansen (C). Ami. Pbys. u. Chem., 141. 470.Optische Untersuchungen einiger Reilun isomorpher Substanzen.Christiansen (C.) und Top Haldor). Ann. Phys. u. Chem., Er-ungsband, 6 (1874), 199.Die optischen Eigenschaften von fein vertheilten Korpern.Christiansen (C). Ann. Phys. u. Chem., n. F. 23, 208.
I'. ber einen optischen Versuch.Ditscheiner (L.). Ann. Thy?, u. Chem., 129. 840.
I Optical Notes.Gihba (Wolcott). Proc. Amer. Acad., vol. 10: Ann. Phys. u. Chem.,156. 120.Optische Controvereen.Ketteler (E.). Ann. Phys. u. Chem., n. F. 18 187 121,681Elementare Behandlung einiger optischen Probleme.
I. immel (E.). Ann. Phys. u. Chem., 156. 578 •".Die Newton'schen Btaubnnge,Lommi : I. Ann. Phj a. I i,,o, P. 8. 1 (4.Zur Theorie dee Licht
l. mmel (E.). Ann. Phys. u. Chem., d. 1". 16. 427.
< Optische Experimental-Untersuchungen. Debar das Verhalten dea polar-isirten Lichb a bei der Beugung.Quii • O. Ann. Phys. u. Chem., 149. 278 824Investigations in optica, with apecial reference to the spectroscope.Rayleigh 'Lord). Phil Hag S 8, 261-274, 408-11, 477-88 ; 9, 40-4
LITERATURE OF THE SPECTROSCOPE. 307
OSMIUM.On the spectrum of osmium.Fraser (W.). Chem. News, 8, 34.Spectrum des Osmiums.Jahresber. d. Chemie, 16 (1863), 112.
308 LITERATURE OF Tin: hi.< TU"~< <>ri:.
OXYGEN.The acceleration of oxidation caused by the least refrangihie end of thespectrum.Abney (W. de W.). Proc Boyal Boc, 27. 291, 451.Spectres des gaz simples ; l'oxygene.Angstrom (A. J.). Comptes Kendus, 73. W>.Spectrum von SauerstofF.Angstrom A. J.). Ann. Phys. u. Chcm., 94, 155.SauerstofF hat nur ein Spectrum ; die vielfachen ruhren bei Bemengungenher.Angstrom (A. J.). Ann. Phy*. u. Chcm., 144, 302, 304.Recherches experimentales sur la polarization rotatoire magnetique dansles gaz ; oxygene.Becquerel (II.). Comptes Rendus, 90. 1 U>7.
I'.ti.r das Verhalten von Blut und Ozon zu einander.liinz (C.J. Biedicinalisches Centralblatt, 20. 721-6; Chem. Central-Watt (1882), 810-11 ; Jour. Chem. Boc., 44, IS J Abs.).
< >xvgen spectra.Caprou [J. R.). Photographed Spectra, London, L877, p. 66-7.Spectre d'ahsorption de 1 'ozone.Chappuia (J.). Comptes Rendus, 91, 986; 94,868-60; Chem. I45.1' \ ; Jour. Chem. Soc, 42, 1017 (Abs.); Beiblatter, 6, 482(Abs. : Amer. Jour. Bci., (8) 24. 66 (Abs.).Etude Bpectroecopique Bur I'ozone.Chappuia (J.). Ann.de l'Eoole cormale, (2) 11. 187-87; Beil7. I- AEtude .-ur la part <]< la lumiere dans les actions chimiques et en particu-lier dans li - oxj dationaChastaing P Ann. China et P U ur. Chem.
; (77 2 BIS Abs. : Beiblitter, 1. 617- 1 I \
( )n the coincidence of the bright lines of the oxygen Bpectrum with brightlines in the solar Bpectrum.Draper ll Monthly Wot '. - 3D- 140-7; Amer.Jour. s<-.. ' 10 Beiblitter, 4. 27 \das, oo i.).
LITERATURE OF THE SPECTROSCOPE. 309Dark lines of oxygen in the spectrum of the Sun.Draper (J. C.). Amer. Jour. Sci., (3) 16, 256 ; (3) 17, 448 ; Nature,18, 054; note by Barker (G. F.), Amer. Jour. Sci., (3) 17, 162-6;Nature, 19, 352-3 ; Beiblatter, 3, 188 (Abs.).Sur la production des groupes telluriques fondamentaux A et B du spec-tre solaire par une couche absorbante d'oxygene.Egoroff (N.). Comptes Rendus, 97, 555; Amer. Jour. Sci., (3) 26,477.Spectre d'absorption de l'oxygene.Egoroff (N.). Comptes Rendus, 101, 1143-45; Jour. Chem. Soc, 50,189 (Abs.).Sauerstoffausscheidung von Pflanzenzellen im Mikrospectrum.Engelmann (T. W.). Pfluger's Archiv. f. Physiologie, 27, 485-90;Chem. News, 47, 11 (Abs.); Beiblatter, 7, 377 (Abs.).On the combustion of hydrogen and carbonic oxide in oxygen undergreat pressure.Franckland. Proc. Royal Soc, 16, 419.The refraction equivalents of oxygen, etc., in organic compounds.Gladstone (J. H.). Proc. Royal Soc, 31, 327-30; Ber. chem. Ges.,14, 1553 (Abs.).The absorption spectrum of ozone.Hartley (W. N.). Jour. Chem. Soc, 39, 57-60; Ber. chem. Ges., 14,672 (Abs.); Beiblatter, 5, 505 (Abs.).On the absorption of solar rays by atmospheric ozone.Hartley (W. N.). Jour. Chem. Soc, 39, 111-28; Ber. chem. Ges.,14, 1340 (Abs.); Beiblatter, 5, 505 (Abs.).Einfacher Versuch zur Demonstration der Sauerstoffausscheidung durchPflanzen im Sonuenlichte.Hoppe-Seyler (F.). Zeitschr. f. physiol. Chemie, 2, 425-6; Ber. chem.Ges., 12, 701 (Abs.); Jour. Chem. Soc, 36, 819 (Abs.).Sur les spectres d'absorption de l'oxygene.Janssen (J.). Comptes Rendus, 102, 1352-3; Jour. Chem. Soc, 50,749 (Abs.); Beiblatter, 11, 93.Spectre de l'oxyde de cuivre.Lallemand (A.). Comptes Rendus, 78, 1272.Sur les spectres de l'acide azoteux et du peroxyde de l'azote.Luck (E.). Bull. Soc. chim. Paris, n. s. 13, 498.
310 LITERATURE OF THE SrECTROSCOrE.
< Oxygen in the SunHeld ila | B , Nature, 17, 161-2 j Beiblatter, 2. 91.
I)a.s Smicrst'iiisjuTtrum und die electrischen Licbteracheinungen verdunn*ter Graze In Rohren mit FlusBigkeitselectroden.Paali \ i. Ann. PhyB. a. Ohem., a. F. 7, iUeber das Sauerstofispectrum.Pualzow (A ) und Vogel (H. W . Ann. Phys. u. Chem., n. F. 13,aSpectrum von SauerstoffiPhicker. Ann. Phye. u. Chem., 104. 126; 105, 78.Spectrum of < )xyt:eii.Schuster A Phil. Trans., 170 (1879), 87-64; Proc. Royal 8oc., 27,
I 8 i. At-.- Beiblatter, 2 3 3 1 I \ . J ir. Chem.30 180Spectre d'acide oxalique.Senarmonl (H. de). Ann. Chim. et Phys., (8) 41
( institution of the lines forming the low temperature Bpectrum of ( rxygen.Smyth (C. Piazzi). Trans. B j Hoc. Edinburgh, 30, 419-26; Phil.M .. 13 0-87; Nature,25, 408 (Abs. ; Jour.de Phys., _2. 289 (Abs.).Spectrum von SauerstofE
I II. C). Ann. Phys. u. Chem., 146.Photographische Beobachlungen <!<> Saueratoflspectrums.Vogel (H. (.'.). Bar. chem. <> 12 [82; Amer. L'h'-m. J«>ur., 1, 71.Drei Spectra tx i SauerstofF.Wullner (A.). Ann. Fhys. u. Chem.. 135, 515.SjR-ctra (lea Wasserstoflfs.Wullner (A.). Ann. Phys. u. Chem., 137. 860; n F. 8, 2
LITERATURE OF THE SPECTROSCOPE. 311
PALLADIUM.Palladium arc spectrum; palladium spark spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 39.Chlorure de palladium en solution, 6tincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 184,planche XXVII.
PARAGENIC SPECTRA.Sur la parag€nie.Babinet. Cosmos, 25, 393.On paragenic spectra.Brewster (Sir D.). Phil. Mag., January, 1866.
PHILIPPIUM.On philippium.Brown (W. G.). Chem. News, 38, 267-8; Jour. Chem. Soc., 36, 204(Abs.).Sur un nouveau m6tal, le philippium.Delafontaine. Comptes Rendus, 87, 559-61 ; Amer. Jour. Sci., (3) 17,61(Abs.); Jour. Chem. Soc, 36, 116-17 (Abs.); Beiblatter, 3, 197 (Aba.).
312 LITERATI RE OF THK si'IXTKos* ( »I'K
PHOSPHORESCENCE.On the violet phosphorescence in calcium Bulphide.Abn-v fW.de W.). Proc. Phyaical B 3,85-8 Nature, 35Phil Mag., (5) 13. 212-14; Jour. Ohem Boc., 42 677Beibla G .- Lbs.); Jour, de Phys . (2) 2 287-8.PropriGtea de la lumiere dee pyrophores, examen Bpectroscopique.Ami erl et I Dubois. ' ' impfc 99. -177.Pouvoir phosphorescent de la lumiere electrique.B< [uen 1 (E Comptes Rendus, 8, 217.
EteTringibilite' des rayons <|ui ezcitent La phosphorescence dan- lee c >rps.Bi [ui rel E.) Comptea Rendus, 69.Analyse de la lumiere e*mise par les coin poses d'uranium phosphoresce!) ts.B( [uerel E Ann. ('him. et Phys., (4 27 ptes Ren-dus, 75, 296 808 : Jour. Ohem. Boo., i~ 11. 2 \ J mr.Bci., (8 4. 186 (Abs.)-Bur I'observation «!« la partie infra-rouge da spectre Bolaire, au moyende« effets de phosphorescence.Becquerel (B.). Comptes Rendus, 96. 1215; Ann. Chim. el Phj10, 5-18; Jour, de Phys., 6, 187.Les spectres d< a corps phosphorescents.Becquerel (K.). La Lumiere, tome I, 207.Etude spectral.' des corps rendus phosphorescenta par ('action de la luoon par lea dechargea electriques.
.. -• : E. |. Comptes R< indus, 101. 206 210.Efiets du manganese aur la phosphorescence du calcium carbonauBecquen I (1 Ooi ptes Rendus, 103.
I' Qce de I'alumine,B I mpb - Rendus, 103. 1224 ; Amer. J r. 833 52 109 55
Etude dee radiations infra-rougee au moyen dea phenomena de phoe
B . en H I ; • B ndua, 96, 1216 j Ann. Chim. et Phyi30. 5 ' itter, 8. 12
LITERATURE OF THE SPECTROSCOPE. G13Maxima et minima d'extinction de la phosphorescence sous l'influence desradiations infra-rouges.Becquerel (H.). Comptes Pvendus, 96, 1853.Resultats de ses recherches sur les effets de phosphorescence.Becquerel (H.). Bull. Soc. franc, de 'Physique (1883), 24-5.Sur les variations des spectres d'absorption et des spectres d'emission parphosphorescence d'un meme corps.Becquerel (H.). Comptes Rendus, 102, 10G-10.Sur de nouveaux precedes pour etudier la radiation solaire, taut directeque diffuse, dans ses rapports avec la phosphorescence.Biot. Comptes llendus, 8, 259, 315.Spectrum of the light emitted bv the glow-worm.Conroy (Sir J.). Nature, 26, 319; Beiblatter, 6, 880 (Abs.).De la lumiere verte et phosphorescente du choc moleculaire.Crookes (W.). Comptes Rendus, 88, 283-4.Discontinuous phosphorescent spectra in high vacua.Crookes (W.). Proc. Royal Soc, 32, 206-13 ; Chem. News, 43, 237-9;Nature, 24, 89; Comptes Rendus, 92, 1281-3; Beiblatter, 5, 511-13;Ann. Chim. et Phys., (5) 23, 555.Les vibration? de la matiere et les ondes de Tether dans la phosphores-cence et la fluorescence.Fave. Comptes Rendus, 86, 289-94.Wirkung der verschiedenen Theile des Spectrums auf phosphorescirendeSubstanzen.Jahresber. d. Chemie, 1 (1847), 164.Spectren des Lichts phosphorescirender Thiere.Jahresber. d. Chemie, 17 (1864), 115.Spectrum des Phosphorenzlichts von Chlorophan, Phosphorit und Fluss-path.Kindt. Ann. Phys. u. Chem., 131, 160; Phil. Mag., Dec, 1867.Phosphorescence de l'alumine.Lecoq de Boisbaudran (F.). Comptes Rendus, 103, 1224-7; Jour.Chem. Soc, 52, 191 (Abs.).Sichtbare Darstellung des Brennpuncktes der ultrarothen Strahlen durchPhosphorescenz.Lommel (E.). Ann. Phys. u. Chem., (2) 26, 157-9; Phil. Mag., (5)20, 547.
311 LITERATURE OF THE si'ECTROSCOPE.Beobachtnngen fiber Phosphoresoenz.Lommel (E.). Ann. Phys. u. Obem., (2) 30. i: -7: Jour. Chem.
- .52. 410 (Abs.).
- - the phosphorescent spectra of 16 substances prepared by I'r.Schuchardt and with Balmain's paint.)Lumtere phosphorescent des cucuyoe.1' teur. Comptes Etendus, 59. 609; Ann. Phys. u. Chem., 124. 192 ;Jour. prackt. Chemie, 93. 881.Ueber die Phosphorocenz der organisehen und orgaui.-irteu Korper.Etadziszewski (B.). Ann. Chem. u. Pbiinn., 203, 305-30 ; Beiblatter,4. 620 (Abs.).Spectrum of the light of the glowworm.Spiller (J.). Nature, 26. 848; Beiblatter, 6, 880.On the causes of a light border frequently noticed in photographs justoutside the outline of a dark body seen against the sky; withsome introductory remarks on phosphorescence.Stokes (G. Gk). Proc. Royal Boa, 84, 68-68; Nature, 86, 142-8 ; ft -blatter, 6 I 32 Abs.).Sur lea causes d6terminantes de la phosphorescence du Bulfure de calcium.Verneuil (A.). Compter Etendus, 103, 601-4 ; Beiblatter, 11. 2Un compost de calcium sulphide ayant one phosphorescence violcttcVerneuil (A.). Comptes Rendu*, 103, C00-3 ; Jour. Chem. Boc, 52.2 (Abs.).
LITERATURE OF THE SPECTROSCOPE. 315
PHOSPHORUS.Coloration de la flamme et de ses composes, spectre du phosphore.Christofle (P.) et Beilstein (F.). Comptes Kendus, 56, 399; Ann.Chim. et Phys., (4) 3, 281.Spectre du phosphate.Gouy. Comptes Rendus, 85, 70.Ueber phosphorhaltigen Stahl.Greiner (A.). Dingler's Jour., 217, 33-41; Jour. Chem. Soc., 1876,1, 454-7 (Abs.).Ueber die Spectralerscheinungen des Phosphorwasserstoffs und des Ani-moniaks.Hofmann (K. B.). Ann. Phys. u. Chem., 147, 92-101 ; Jour. Chem.Soc., (2) 11, 340 (Abs.).Spectra of phosphoric acid blowpipe beads.Horner (C). Chem. News, 29, 66.Spectrum des Phosphors.Jahresber. d. Chemie, 16 (1863), 111 ; 17 (1864), 109; 23 (1870), 173.Absorptionsspectrum des Phosphorwasserstoffs.Jahresber. d. Chemie, 25 (1872), 142.Spectrum des Phosphorescenzlichts von Phosphorit.Kindt. Ann. Phys. u. Chem., 131, 160.Sur la diffusion lumineuse du phosphore de cuivre obtenu sans precipi-tation.Lallemand (A.). Comptes Rendus, 79, 693.Phosphate d'erbine, Amission.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 92,97, planche XIV.Sur les spectres des vapeurs aux temperatures elevees ; phosphore.Lockyer (J. N.). Comptes Rendus, 78, 178, 1790; Nature, 30, 98.Experiences spectrales tendaut a d6montrer la nature compose" du phos-phore.Lockyer (J. N.). Comptes Rendus, 89, 514-15; Beiblattor, 4, 132(Abs.).
310 LITERATURE OF Tin: BPECTROSCOPE.Spectrum dea Phosphors, eto.Mulder. Jour, prackt Chemie, 91, 111.Recherche du Boufre el du phosphors par Is spectroscope.Salet (<;.). Hull. Boc. chim. Park, a. s. 13, !Spectres du phosphors st <lcs composes ds Bilicium.Balet (G.). Comptee Rendua, 73. 1066 B9.Sur lea Bpectrss tin phosphors ft du Boufre.Bfguin (J. M.). Comptea Bendus, 53. 1272; Phil. Mag., (4) 23. 416,
LITERATURE OF THE SPECTROSCOPE. 317
PLATINUM.Platinum arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 39.Spectre de chlorure de platine,Gouy (J. R.). Comptes Rendus, 84, 231 ; Chem. News, 35, 107.Distribution of heat in the spectra of various scources of radiation
;
platinum.Jacques ("W. W.). Proc. Araer. Acad., 14, 156.Die optische Eigenshaften der Platincyaniire.Konig (W.). Ann. Phys. u. Chem., n. F. 19, 491.Spectre du noir de platine.Lallemand (A.). Coraptes Rendus, 78, 1272.Chlorure de platine en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 181,planche XXVII.Spectre du platine incandescent.Masson (A.). Comptes Rendus, 32, 127.On the character and intensity of the rays emitted by glowing platinum.Nichols (E. L.). Amer. Jour. Sci., (3) 18, 446-68.Radiation dn platine incandescent, spectre du platine.Violle (J.). Comptes Rendus, 88, 171.Intensites lumineuses des radiations emises par le platine incandescent.Violle (J.). Comptes Rendus, 92, 866-8, 1204-6; Beibliitter, 5,503(Abs.).
318 LITERATURE OF THE SPECTROSCOPE.
POLARIZED LIGHT.Die Pbasenveranderung des parallel sur Ein&llsebene polarisirten Lidurch Reflexion.Glan (P.). Ann. Phye. u. Chem., 156. 24 .Polarizationswinkel des FuchsinaGlan (P.). Ann. Phys. n. Chem., n. F. 7, 821.Absorption und Emission des polarisirten LichteaKirchhoff (G.). A " n P*»ys. " Chem., 109. !Sur L'illuminatioD des corps transparents pur la lumiere polarisee.Lallemand (A.). Comptes Rendus, 69. 917.Sur la polarization rotatoire du quartz.Soret i.I. L.). Arch, de Geneve, (8) 8. 5-59, 97-182, 201-28; Jour, dePhys., (2 2 881-6 (Abs.).Elliptische Polarization des Lichtes und ihre Beziehung zu den Ober-flachenfarben der Korper.Wiedemann (E.). Ann. Phys. u. Ohem., 151, 1.Deber die elliptische Polarization dea von durchsichtigea Korpern r.
-
flectirten LichteaWernicke (W.). Ann. Phys. u. Chem., (2) 30 1887), 152-69.
LITERATURE OF THE SPECTROSCOPE. 319
POTASSIUM.Absorptionsspectrum des uberrnangansauren Kalis unci seine Beniitzungbei cliemisch analytischen Arbeiteu.Briicke (E.). Sitzungsber. d. Wiener Akad., 74 III, 428; Ohem.Centralblatt, (3) 9, 139-43; Jour. Chem. Soc, 34, 242 (Abs.).On the light reflected by potassium permanganate.Conroy (Sir J.). Proe. Physical Soc, 2, 340-44; Phil. Mag., (5j 6,454-8; Jour. Chem. Soc, 36, 425 (Abs.).Transparence des flammes colorees pour leurs propres radiations ; ladouble raie du potassium.Gouy. Comptes Rendus, 86. 1078.Spectrum des Kaliums.Jahresber. d. Chemie, 16 -(1863), 112.Linien von Kalium.Kirchhoflf (G.). Ann. Phys. u. Chem., 110, 173.Permanganate de Potasse en solution, absorption.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 10S,planche XYI.Sulfate de potasse fondu, etincelle; chlorure de potassium dans le gas.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 48,planche Y.On the spectra of sodium and potassium.Liveing (G. D.) and Dewar (J.). Proc Eoyal Soc, 29, 398-402; Bei-blatter, 4, 3G8 (Abs.).Sur le chromocyanure de potassium.Moissan (H.). Comptes Rendus, 93, 1079-81 ; Chem. News, 45, 22(Abs.); Ber. chem. Ges., 15, 243 (Abs.).Absorption spectra of sodium and potassium at low temperatures.Eoscoe (H. E.) and Schuster (A.). Proc. Eoyal Soc, 22, 3G2.Modifications of the spectrum of potassium which are effected by the pres-ence of phosphoric acid.Thudichum (J. L. "W.). Proc. Eoyal Soc, 30, 278-86.
320 LITERATURE <»F THE SPECTROSCOPE.
1 eber das von ubermanganfiaurem Kali reflectirten LichtWiedemann (E.). Ber. d. k. - ..-. 1 1 i. d. Wiss. zu Leipzig, 2570; Ann. ri.v. a. Ohem., 151. 626-28; Phil. Mug., (4) 48,231-33;Jour. Chem. Sue, (2) 13, 120 (Abs.).
PRESSURE.De l'influence de la pression ear les raies du spectre.Cailletet (L.). Bull. Soc. chim. Paris, n. 8. 18, 218 ; Ber. chem Ges.,5. 482; Comptea Etendus, 74. 1282.Graaspectrerj bei Bteigendem Druck.Jnhresber. .1 Chemie, 22 (1869), 178.Einfluse dee Drucke aufdae Spectrum.Jahresber. d. Uhemie, 25 1 1872), I
:
-
-'.EAR cl of pit ssure on the character <>f the Bpectra of gas
II | and !. e(G B Pn c Roval 8oc., 21 .
LITERATURE OF THE SPECTROSCOPE. 321
RADIATION.Reflexions a l'occasion d'une experience de M. Dumas relative a laformation d'un acide nouveau sous l'influence de la radiationsolaire.Biot. Comptes Rendus, 8, 622.Sur les radiations chimiques de la lumiere.Biot. Comptes Rendus, 12, 170.Radiant Matter Spectroscopy ; the Bakerian lecture.Crookes (W.). Proc. Royal Soc, 35, 262; Chem. News, 47, 201 ; 49,159, 169, 181, 194, 205; 51, 301.Determination du pouvoir 6clairant des radiations simples.Crova (A.) et Lagarde. Comptes Rendus, 93, 959 ; Jour, de Phys., (2)1, 162-9.De la loi d'absorption des radiations de toute espece a travers les corps,et de son emploi dans l'analyse spectrale quantitative.Govi (G.). Comptes Rendus, 85, 1046-9, 1100-3; Phil. Mag., (5) 5,78-80; Jour. Chem. Soc, 34, 190 (Abs.); Beiblatter, 2, 342 (Abs.).On the relation between the radiating and absorbing powers of differentbodies for light and heat.Kirchhoff (G.). Phil. Mag., (4) 20, 1.Ueber Ausstrahlung und Absorption.Lecher (E.). Sitzungsber. d. Wiener Akad., 85 II, 441-90; Ann.Phys. u. Chem., n. F. 17, 477-518.The dynamical theory of radiation.Schuster (A.). Phil. Mag., (5) 12, 261-6; Beiblatter, 5, 793.
21 T
322 LITERATURE OF THE SPECTROSCOPE.
RED END OF THE SPECTRUM.Photography of the red end of the Bpectrum.Abney i \V. de \v. . Nature, 13. 482; Chem. News, 40. 811.Work in the infra-red of the spectrum.Abney (W. de W Nature, 27. 15.Atmospheric absorption iu the infra-red of the Bolar Bpectrum.Abnej (W. '1" W.) and Festing (Lieut. Col.). Nature, 28. 1"..Wave-lengths of A, a and other prominenl lines in the red and infra redof the visible Bpectrum.Abney (W. de W.). Chem. News, 48.Sur ^observation de la partie infra-rouge du Bpectre solaire au moyendeaeffets de la phosphorescence.Becquerel (Jv). Comptee Rendus, 83. 249.Etude d<' la region infra-rouge du Bpectre.|; Mi. Coraptes Rendus, 96. 121.Etude des radiations infra-rouges, au moyen dee ph&iomenes de •phorescence.Becquerel (H.). Comptes Rendus, 96, 1216; Nature, 29, 227 ; Amer.Jour. Bci., (8) 26. 821 : Ann. chini. el Phys., (5) 30. 5.Maxima el minima d'extinction de la phosphorescence sous l'inlhn'iiiradiations infra-rouges.Becquen III. C maptea Rendus, 96. ISiehthare I >:ir-t • 1 1 1 1
1
i lt der ultrarothen Strahlen.
I. >mmi ' B Ann. Phys. u. Chem., (2 26 L8B6 . 167.Bine Wellenlangenmessung im ultrarothen Sonnenepectrum.Pringsheim (K.). Ann. Phys. u. Chem., n. P. 18. 82,Visible representation of the ultra-red rajhill. Phil. Mag., (6) 20 (1886), 647; Amer. Jour.
E
31,160
LITERATURE OF THE SPECTROSCOPE. 323
REFRACTION.Ueber die Bestimmung des specifischen Brechungsvermogens fester Kor-per in ihren Losungen.Bedson (P. P.) and Williams (W. C). Ber. chem. Ges., 14, 2540-56;Jour. Chem. Soc, 42, 351 (Abs.); Beiblatter, 6, 91-3 (Abs.); Jour.do Phys., (2) 1,377 (Abs.).Refrangibilit6 des rayons qui excitent la phosphorescence dans les corps.Becquerel (Ed.). Comptes Rendus, 69, 994.Spectrum der Brechbaren Strahlen.Crookes (W.). Cosmos, 8, 90; Ann. Phys. u. Chem., 97, G21.Sur la double refraction circulaire et la production normale des trois sys-temes de franges des rayons circulaires.Croullebois. Comptes Rendus, 92, 520.Sur la variation des indices dc refraction dans les melanges de sels iso-morphes.Dufet (H ). Comptes Rendus, 86, 881-4 ; Jour. Chem. Soc., 34, 631-2.Variation des indices de refraction du quartz sous l'influence de la tem-perature.Dufet (H.). Comptes Rendus, 98, 1265; Jour, de Phys., 10, 513-19;Bull. Soc. mineral., 4, 191-6; 6, 76-80, 287.Die brechbarsten oder unsichtbaren Lichtstrahlen im Beugungsspectrumund ihre Wellenlange.Eisenlohr (W.). Ann. Phys. u. Chem., 98, 353.Beugungsspectrum auf fluorescirenden Substanzen.Eisenlohr (W.). Ann. Phys. u. Chem., 99, 163.Ueber die Aenderung der Brechungsexponenten isomorpher Misclmngen,mit deren chemischer Zusammensetzung.Fock (A.). Zeitschr. Krystallogr. u. Mineralog., 4, 583-608; Boi-blatter, 4, 662-4 (Abs.).Experimentaluntersuchungen iiber die Intensitat des gebeugten Lichtes.Frohlich (J.). Ann. Phys. u. Chem., n. F. 15, 575-613; .Iouv.dePhys., (2) 1, 559 (Abs.).Recherches sur le refraction de la lumiere.Gouy. Ann. Chim. et Phys., (6) 8 (1886), 145-92; Beiblatter, 11(1887), 95 f Abs.).
''>-[ LITERATUBE OF THE BPECTBOSCOPB.Das Auge empfindel alle Btrahlen die brechbarer Bind ala die Rothen.Helmholtz (H.). Ann. Phys. u. Chem., 94. 206.The refractive index an<l specific Inductive capacity of transparent insu-lating media.Hopkinson (J.). Proc. Royal Boc., 5, 38-40.Aenderung dee Moleculargewichtea and Molecularrefractionsvermdgen.Janowsky (J. V.). Bitzungsber. d. Wiener Akad., 81 II. 689-68; 82II, 147-58.Sur la relation du pouvoir reTringent et la composition dea composed or-igin i(jues.Kanonnikoff (J.). Ber. chem. Ges., 16. 8047 51 A - Jouphys. chim. russe, 15, 484-79 ; Bull. Soc. chim. Paris, 41, lbs :Beiblatter, 8, 375 (Aba.).Sur les relations entre la composition et le pouvoir reTringent dee com-poses chimiques. Second m&noire.Kanonnikoff (J.). Jour. Soc. pbys. chim. russe, 16. 119-81; Bchem. Ges., 17. Referate, 157-9 I ire, 30. B4 ablatter, 8. 498-6 (Abs.); Bull. 8oc. chim. Pari-. 41. 549 AJour. Chem. Boc., 40. 1-2 Abs.).Ejxperimentaluntersnchung fiber den Zusammenhang /.\\ ischen Refractionuml Absorption dee Lichtes.ft tteler (B.). Ann. Phys. u. Chem., n. F. 12. 481 -619.Constan/. dee Refractionsvermogens.Ketl< l( r i K i. Ann. Phys. u. I 2) 30 1887Ueber Prismenbeobachtungen mit Btreifend einfallendem Licht, undeine Abanderung iler Wollaston'schen Bestimmungsmethode furLichtbrechungsverhaltnisfKohlrausch (F.). Ann. Thy-, u. Chem., o 1'. 16.Abhangigkeil dea Brechungsquotienten der I.ui'i von der Temperatur.A an. Phj i. u. Chem., 153. ;Theorie der I Joppelbrechun
i Ann. Phys. a. Chem., n. P 4I. '. : low, und( r VoSur la refraction d Bendus, 78, 117 ; Ann. Phys. u. Chem., 153
LITERATURE OF THE SPECTROSCOPE. 325Wellenliinge und Brechungsexpouent der aussersten dunklen Warme-strahlen des Sonnenspectrums.Miiller (J.). Ana. Phys. u. Chem., 115, 543; Berichtigung dazu,116, 644.Bei zunehmender Verdiinnung der Gaze erloschen zuerst die minderbrechbaren Strahlen.Pliicker. Ann. Phys. u. Chem., 116, 27.Report of the committee, consisting of Dr. J. H. Gladstone, Dr. W. R. E.Hodgkinson, Mr. Carleton Williams, and Dr. P. P. Bedson (Sec-retary), appointed for the purpose of investigating the Method ofDetermining the Specific Refraction of Solids from their solutions.Report of the British Association, 1881, 155.Indices de refraction ordinaire et extraordinaire du quartz pour les ray-ons de differentes longueurs d'onde jusqu'a l'extreme ultra-violet.Sarasin (E.). Archives de Geneve, (2) 61, 109-19; Comptes Rendus,85, 1230-2 (Abs.); Beiblatter, 2, 77-8 (Abs.).Indices de refraction de spath d'Islande.Sarasin (E.). Arch, de Geneve, (3) 8, 392-4; Jour, de Phys., (2) 2,369-71.Indices de refraction ordinaire et extraordinaire du spath d'Islande pourles rayons de diverses longueurs d'onde jusqu'a l'extreme ultra-violet.Sarasin (E.). Comptes Rendus, 95, 680.Indices de refraction du spath-fluor pour les rayons de differentes long-ueurs d'onde.Sarasin (E.). Comptes Rendus, 97, 850.Untersuchungen fiber die Abhiingigkeit der Molecularrefraction von derchemischen Constitution der Verbindungen.Schroder (H.). Ber. chem. Ges., 14, 2513-16; Jour. Chem. Soc, 42,351 (Abs.).Indices de refraction des aluns cristallises.Soret (Ch.). Comptes Rendus, 99, 867.On a method of destroying the effects of slight errors of adjustment in ex-periments of changes of refrangibility due to relative motions inthe line of sight.Stone (E. J.). Proc. Royal Soc, 31, 381.
326 LITERATURE OP THE BPECTR06COPE.Indices de refraction dea liquides.Terquem et Trannin. Jour.de Phys., 4,222; Ann Phyt.tt.Chom.,157Brechungsvermogen and VerbrennungBwarme.Thomsen [J. Ber. chem. <;<•-.. 15. I ur. Chem. Soc., 42,567 (Abs.); Boiblatter, 6. 877 I At)
I '. merkungen zu Urn. Lommel's Theorie der Doppelbrechung.Voigl H Ann. l'hy>. u. Chem., i.. F. 17Methode zur Bestimmung dea Brechungsexponenten von FlussigkeitenuikI ( rlasplatten.Wiedemann i K.J. Ann. Pbys. u. Chem., 158. :;70.
RIIABDOPHANE.Analysis of rhabdophane, a new British mineral.Bartley (W. X. . Jour. Chem. Soc, 41, 210-20; Chem. News, 45,
Analysis of rhabdophane, a oew British mineral.Liveing i nd Dewar J.). Jour. Chem. Soc., 41. 210-220;IS
RHODIUM.Rhodium arc Bpectwn,J i:. . Photograp] 1877, p. 40.
LITERATURE OP THE SPECTROSCOPE. 327
RUBIDIUM.Observations on caesium and rubidium.Allen (0. D.). Araer. Jour. Sci., Nov., 1862; Phil. Mag., (4) 25, 189.Les salpetres naturels du Chili et du Perou au point de vue du rubidium.Dieulafait. Comptes Rendus, 98, 1545-8 ; Chem. News, 50, 45 (Abs.).Spectre du rubidium.Gouy. Comptes Rendus, 86, 1078.Beschreibung der Metallen Caesium und Rubidium.Kirchhoff und Bunsen. Ann. Phys. u. Chem., 113, 337; Phil. Mag..(4) 22, 498; 24,46.Chlorure de rubidium dans le gaz.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 46,planche IV.
RUTHENIUM.Ruthenium arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 40.Professor Young and the presence of ruthenium in the chromosphere.Roscoe (H. E.). Nature, 9, 5.
328 LITERATURE OF THE SPECTROSC't >li:
SALT.Blue flame from common salt.Gladstone (J. II.)- Nature, 19, o82.
S.i |- Irs caractores <!.> flaniines «-l 1 :i ilT''< - <le poiis-imv- salim -.Gouy. Comptea Rendus, 85, l-'.'.KPreliminary aotice of experiments concerning the chemical constitutionof saline solutions.Bartley (W. N.). Proc. Royal Soc., 22, 241 8; Chem.News,29
( >n the action of heat on the absorption Bpectraand chemical constitutionof saline solutions.Hartley (W. X.). Proc. Royal Soc., 23, 872-8; Ber. chem. G765 (Abs.); Phil. Mag., (6 1, -IM-I.Ausschluss dea Kochaalzes.Jahre8ber. .1. Ohemie, 16 1 1868), 114.Absorptionsspectren von Salzloeungen.Jahresher. (1. Chemie, 27 ( 1874), 96.On the optical properties of rock salt.Langlej (S 1' Lmer. Jour. Sci., 26 (1885), 477; Jour, d i(2) 5. 188 \Blue flame from common -alt.Smith (A P Nature, 19, 488 ; 20,6; Chem. Newi, 39 141Ohem. a 36 i •; Lhs.).Propri&es modulaires des pouvoirs r4fringents dans lee solutionValaon C A ). Compt - Rendoi , 76, 224 8 \ Jour. Chen S11 I
LITERATURE OF THE SPECTROSCOPE. 329
SAMARIUM.Om Samarium.Cleve (P. T.). Ofversigt. k. Vetensk. Akad. Forhnndl., 40, No. 7,17-26; Beifclatter, 8, 264 (Abs.); Jour. Chem. Soc, 43, 362-70;Chem. News, 48, 74-6; Ber. chem. Ges., 16, 2493 (Abs.); CoraptesRendus, 97, 94.Mutual extinction of the spectra of yttrium and samarium.Crookes (W.). Comptes Rendus, 100, 1495-7; Jour. Chem. Soc, 48,1025 (Abs.).Remarques sur les metaux nouveaux de la gadolinite et de la samarskite
;
holmium ou philippium, thulium, Samarium, decipium.Delafontaine. Comptes Rendus, 90, 221.Recherches sur le samarium, radical d'une terre nouvelle extraite de lasamarskite.Lecoq de Boisbaudran (F.). Comptes Rendus, 89, 212-14; Ber. chem.Ges., 12, 2160 (Abs.); Beiblatter, 3, 872 (Abs.).Om de lysande spectra hos Didym och Samarium.Thalen (R.). Ofversigt. k. Vetensk. Akad. Forhandl., 40, No. 7, 3-16;Jour, de Phys., (2) 2, 446-9; Ber. chem. Ges., 16, 2760 (Abs.); Bei-blatter, 7, 893-5 (Abs.).
330 LITERATURE OF THE METROSCOPE.
SAMABSKTFE.New dements in gadolinite ond Bstmarakite.Orookee (W.). Proc Royal BocM 40, 602-9; Jour. I ,52,
t \Remarquee sur la Bamarakite,Delafontaine. Comptes Rendus, 90, 221.Nonvellee raies >|>ectrales observees dans des substance- extraitee de laBamarakite,
I. j de Boisbaudran (F.). Compb - Rendus, 88Sur Its tfrrcs de la s:wnar.-kite.tfarigoac (('.). Compte> Rendus, 90. -Sur lea Bpectres d'absorption du didyme et de quelquee an
t
res substances
I xtraites de la samarskite.
• I (J. L.). Comptec Rendus, 88. 422-4.
LITERATURE OF THE SPECTROSCOPE. 331
SCANDIUM.Scandium ne donne pas de spectre.Cleve (P. T.). Comptes Rendus, 89, 420.Sur le scandium, Element nouveau.Nilson (L. F.). Comptes Rendus, 88, 645-8; Amer. Jour. Sci., (3)17, 478 (Abs.); Beiblatter, 3, 359 (Abs.).On Scandium, en ny jordmetall. (Ueber Scandium, ein neues Erdmetall.)Nilson (L. P.). Oefversigt af k. Vetensk. Akad. Forhand., 36 III,45-51 ; Ber. chem. Ges., 12, 554-7 ; Jour. Chem. Soc, 36, 601 (Abs.).Beiblatter, 4, 42 (Abs.).Sur quelques sels caracteristiques du scandium, et sur leurs spectres.Nilson (L. P.). Comptes Rendus, 91, 118.Raies brilliantes spectrales du metal scandium.Thalen (R.). Comptes Rendus, 91, 45-8; Jour. Chem. Soc., 38, 685(Abs.).Spektralundersokningar rorande Skandium, Ytterbium, Erbium ochThulium.Thalen (R.). Oefversigt af k. Vetensk. Akad. Forhand., 38, No. 6,13-21 ; Jour, de Phys., (2) 2, 35-40; Chem. News, 47, 217 (Abs.);Jour. Chem. Soc, 44, 954 (Abs.).Spectraluntersucbungen uber Scandium.Thalen (R.). Oefversigt k. Vetensk. Akad. Forhand. (Stockholm),1881, No. 6; Beibliitter, 11, 249.
SECONDARY SPECTRUM.Secondary Spectrum.Rood (O. N.). Amer. Jour. Sci., (3) 6, 172.
332 LITERATURE OP THE SPECTROSCOPE.
SELENIUM.
Effect of light upon selenium.Adams (W. Q .). Proc. Royal Boc, 23 585; Ann. Phya. u. Chem.,159, 625.Nouvelle note sur la propri6t6 sp^cifique du selenium a L'egard dea radia-tions thermiques.\ che I', van). Comptea Rendus, 97, 945.Selenium and tellurium spark Bpectrum; Belenium and iron spark Bpec-trum; selenium and aluminium spark Bpectrum; iron meteoricarc spectrum.Capron (J. R.). Photographed Spectra, L mdon, 1-77. p. 82, 88, 40.Spectre (lu Belenium.Ditto. Comptea Rendus, 73, 628.Spectre d'abeorption da vapeur de 1'acide Belenieux.Gernez (D.). Comptea Rendus, 74 Bull. Soc. chim. Paris, n. -.18. 172.Absorptionsspectrum des Bromselens und des Chloraelena.Jahresher. d. Ohemie, 17 I '109; 25(11 L40.Spectrum dcs Sclens.Mulder. Jour, prackt Chemie, 91. 111.Spectrum von Selenwasserstoff.Plucker. Ann. Phya. u. Chem., 113. 276Spectres du selenium et du tellure.Bal< I Gk). Coi ; • i: ad u 73. 742,UebiT die Refraction und Disper&ioD des Selena.Birka (J. L). Ann. Phya. u. Chem., 143 L2 - Ann Chim. otPhya., (4) 26 S
LITERATURE OF THE SPECTROSCOPE. 333
SILICIUM.Silicic fluoride spectrum ; silicic quartz spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 75, 76.Spectre du fluorure de silicium dans les tubes de Geissler.Chautard (J.). Comptes Rendus, 82, 273.Das Aufleuchten, die Phosphorescenz und Fluorescenz des Flussspaths.Hagenbach (E.). Natin-forscherversammlung in Miinchen, 1877 ; Ber.chem. Ges., 10, 2*232 (Abs.).Line spectra of boron and silicon.Hartley (W. N.). Proc. Royal Soc, 35, 301-4; Chem. News, 48,1-2; Jour. Chem. Soc, 46, 242 (Abs.); Beiblatter, 8, 120.Spectrum des Phosphorescenzlichts von Flussspath.Kindt. Ann. Phys. u. Chem., 131, 1G0.Ueber eine empfindliche spectralanalytische Reaction auf Thonerde.Lepel (F. von). Ber. chem. Ges., 9, 1641.Spectres des composes de silicium.Salet. Comptes Rendus, 73, 1056-9.Indices de refraction du spath fluor.Sarasin (E.). Arch, de Geneve, (3) 10, 303-4.Spectre du fluorure de silicium.Seguin (J. M.). Comptes Rendus, 54, 993.Spectre du silicium.Troost et Hautefeuille. Comptes Rendus, 73, 620; Bull. Soc chira.Paris, n. s. 16, 229.Spectre du silicium sur la surface du Soleil.Vicaire (E.). Comptes Rendus, 76, 1540.Absorptionsspectrum des Granats und Rubins; Erkennung von Tbonerdeneben Eisensalzen.Vogel (H. W.). Ber. chem. Ges., 10, 373-5; Jour. Chem. Soc, 1877,2, 269 (Abs.); Beiblatter, 1, 242 (Abs.).Ueber eine empfindliche speetralanalytische Reaction auf Thonerde.Vogel (H. W.). Ber. chem. Cos., 9, 1641.Spectra des Fluorsiliciums und des Siliciumwasserstofis.
"VVesendonck (K.). Ann. Phys. u. Chem., n. F. 21, 427-37; Jour.Chem. Soc, 46, 049 (Abs.).
334 LITERATURE OF THE BPECTE08COPE.
SILVER.
Effecl of the Bpectrum on silver chloride.Aim. v (W. de W.). Kept British Assoc, 188144 i 1881), 184
Effect of the spectrum on the haloid salts of silver and on mixtures of thesame.A.bney | W. de W. >. Proc. Royal Boc., 33. 164-86 ; Jour. Chem. -42, I m. News, 44 1 1881Comparative effect of different parts of the Bpectrum on silver Baits.Abne) l W. de W.). Proc. Royal Soc., 40. 251 2; Jour. Chem50,749 At>-. eding reference.Action des rayons diflfcremmenl rifrangibles sur I'iodure et !« bromured'argenl ; influence des matierea coloranlBecquerel (E.). Comptea Rendu-. 79 m. Soc., (2)13, 80 (Abs.).Silver spark spectrum ; Bilver an- Bpectrum; silver ami copper alarc Bpectrum.
.1 K . Ph itogr iph London, l s 77, p. 4!Sur I'indice de r6fracti >n du chlorure d'argent naturel.CloUeaui 1 •• Bull Soi . mineral, de France, 5. 25.Renversemenl dee raiee Bpectrales de I'argent.Cornu i A. :. Comptea Rendus, 73
]). I'acti 'ii des diflfSrentes Lumieres colorfes sur une couche de bromured'arg* nt impregnee de diverses matierea colorantes organiques.C Rendus, 88, 879-81 ; Jour. Chen - 3G ;\Les Balp6tres Daturels du Chili el da P6rou.D .:•• Comptee Rendas, 98, 1646-8 ; Chem. News, 50 US 1Wellenlange der auf [odsilber caemisch wirkenden Strahlen.nlohr (W.). Ann. Phys, a. Chem., 99, 163Balpetersaure Nickellosung als Abeorptionspraparat.Bmsmann (II ). Ann. Phys. u. I rgansungsband, 6 (1874 .P . M ; 46 J tur. Chen 12
LITERATURE OF THE SPECTROSCOPE. 335Spectre de l'azotate de l'argent.Gouy. Comptes Eendus, 84, 201 ; Chem News, 35, 107.Spectroscopische Untersuchung der Absorptionaspectren der fliiasigenUnteraalpetersiiure.Jahresber. d. Chemie, 23 (1870), 172.Ueber daa Abaorptionaapectrum der fliissigen Untersalpetersaure.Kundt (A.). Ann. Phys. u. Chem., 141, 157-9; Zeitsch. analyt.Chemie, (2) 7, 64 (Abs.); Jour. Chem. Soc, (2) 9, 185 (Abs.).On the action of the leaa refrangible raya of light on ailver iodide andsilver bromide.Lea (M. Carey). Anier. Jour. Sci., (3) 9, 2G9-78; Jour. Chem. Soc,187G, 1, 28 (Abs.).Note on the sensitiveneas of ailver bromide to the green rays aa modifiedby the preaence of other subatancea.Lea (M. Carey). Amer. Jour. Sci., (3) 11, 459-04.On the aenaitiveness to light of various aalts of silver.Lea (M. Carey). Amer. Jour. Sci., (3) 13, 309-71 ; Jour. Chem Soc.,1877, 2, 690 (Abs.); Beiblatter, 1, 405 (Abs.).On the theory of the action of certain organic substances in increasingthe sensitiveness of silver haloids.Lea (M. Carey). Amer. Jour. Sci., (3) 14, 90-9; Beiblatter, 1, 503(Abs.).Azotate de l'argent en solution, etincelle.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 107,planche XXV.Ueber die Lichtempfindlichkeit der Silberhaloidsalze und den Zusammen-hang von optischer und chemischer Licht.Schultz-Selback (C). Ann. Phys. u. Chem., 143, 1 (11-71 ; Ber. chem.Ges., 4, 210 (Abs.); Jour. Chem. Soc, (2) 9, 302 (Abs.); Phil. Mao-.,(4) 41, 549 (Abs.); Ann. China, et Phys., (4) 26, 280 (Abs.).Chemische und mechanische Veriiuderung der Silberhaloidsalze durchdas Licht.Schultz-Selback (C). Ann. Phys. u. Chem., 143, 439-49; Ber. chem.Ges., 4, 343-5; Phil. Mag., (4) 41, 550-2.Bestimmung der Salpetersiiure und Phosphorsiiure auf spectralanaly-tischem Wege.Settegast (H.). Zeitsehr. analyt. Chemie, 20, 110-17.
33G LITBRATUBE OP THE BPECTB08COPE.Azione (K i raggi solan >-ui composti aloidi d'argento.Tommasi (D.). Rend, del R. I-t. Lomb., 11, 062-8; Beiblitt* 3621 '- >Sur la radiation de I'argent au moment de ea solidification.Violle (.).). Comptes Reodus, 96, lo:;:;-.r.; Chem. News, 47(Abs. |; Beiblatter, 7. 467 (Aba. |.CJeber die Lichtempfindlk-hki-it <1. s Urnmsilbere fiir die sogenanntenchemisch unwirkaamen Farben.Vogel (II. W.i. Ber. chem. Ges., G. L802 6; Add. Phys. a. Chem.150. -I.".:: 9; Jour. Chem. Soc., (2 12, 217 (Abs.); Amer. Jour, f(8)7, 140-1; Phil. Mag., (4)47,278-77; Bull. Soc. chim. Paris, a21. 288.IVImt die cliemische Wirkung des Lichtes auf reines and gefarbtesBromailber.Vogel (H. W i. Ber. chem. <;<•-.. 8. 1686-6; Jour. Chem. Boa, 18701,610 Abt ; Amer. Jour. Sci., (8 11,216-16 ANeue Beobachtungen fiber die Lichtempfindlichkeil des Bromsilbera,Vogel (II. W.i. Ber. chem. Ges., 9. 667 -70; Jour. Chem. E2. 266 i Abs.).Debar die Empfindlichkeit trockner Bromsilberplatten gegen das Snenspectrum.Vogel ill W. Ber. chem. Ges., 14. L024-8; Jour. Chem. Soc . 40.77.- Beiblatter, 5, 621 \
l". b< r die verschiedenen Modificationen d< a Bromsilbers und < Shlorsilbers.\ • I II. \v.i. Ber. chem. Ges., 16. 1170 9; B flatter 7
I i ii chemiacbe Wirkung dee Sonnenspectrums auf Silberhalo'idaalze.
1 ill. W.i. Ann. Phys. u. Chem., 153. 218-60; Jour. Chem.13Deb i -';' Brechungund Diaperaion des Lichtes in [od-, Brom-und ChlorBilb< r.Wernicke U Aim. Phys. u. Chem., 142 ir. Chem.2 9 Ldd. Chim. et r I 2G 287 \
LITERATURE OF THE SPECTROSCOPE. 337
SODIUM.Spectrum of sodium.Abney (W. de W.). Chem. News, 44, 3.Note on the spectrum of sodium.Abney (W. de W.). Proc. Royal Soc, 32, 443.Reversal of the sodium lines.Ackroyd (W.). Chem. News, 36, 164-5.Lumiere jaune de la flamme de sodium.Becquerel (H.). Comptes Rendus, 90, 1407.Spectronatrometre.Champion (P.), Pellet (H.) et Grenier (M.). Comptes Rendus, 76,707-11 ; Jour. Chem. Soc, (2) 11, 934-5 (Abs.).(Look below, under Janssen.)Spectre de la soude dans les tubes de Geissler.Chautard (J.). Comptes Rendus, 82, 273.Renversement des raies spectrales du sodium.Cornu (A.). Comptes Rendus, 73, 332; Jour, de Phys., 1, 206.Ueber die Opacitat der gelben Natroufiamme fur Licht von ihrer eignenFarbe.Crookes (W.). Ann. Phys. u. Chem., 112, 344.Indices de refraction des dissolutions aqueuses d'acide acetique et d'hypo-sulfite de soude.Damien. Comptes Rendus, 91, 323-5 ; Beiblatter, 5, 41.Das Verhiiltniss der Intensitiiten der beiden Natriumlinien.Dietrich (W.). Ann. Phys. u. Chem., n. F. 12, 519.Spectre de sodium.Fizeau (H.). Comptes Rendus, 54, 493; Ann. Phys. u. Chem., 116,492.Recherches photometriques sur le sodium.Gouy. Comptes Rendus, 83, 269 ; 85, 70 ; 86, 878, 1078.Ueber ein einfaches Verfahren die Umkehrung der farbigen Linien derFlammenspectra, insbesondere der Natriumlinie, subjectiv dazu-stellen.Giinther (C). Ann. Phys. u. Chem., n. F. 2, 477.22 T
388 LITERATURE OF THE SPECTROSCOPE.Sur l'enipli >i de la lumlere monochromatique, produite par lee sela deBoude, pnur appreYirr les rhanjremenLs de couleur de La teinture detouruesol, dans lea essaia alkalime'triques,Henrj (L. d'). Comptes Bendus, 76, 222-4 ; Ann. Chem u Pbarm.,169. 272 j Dingier^ Jour., 207. 40Soda flames in coal fires.Herschel (J.). Nature, 27. 78, 103.Spectrum des Natriums.Jabresber. d. Cbemie, 15 », 30.Unikehrun^ tier hellen Spectrallinien der Metatle, insbesondere deaNatriums, in dunkle.Jabresber. d. Ohemie, 18 (1866 90Note sur I'analyse sjjectrale quantitative, a propoa de la communicationprecedente de M. M. Champion, Pellet <'t Greuier.Junssen (J.). Comptes Rendus, 76, 711 18; Jour. Chem. So . 2 111268 (Abs.).Chemische Analyse durch Bpectralbeobachtungen ; Linien von Natrium.Kirchhoff(G.) und Bunsen (R.). Ann. Phys. u. Chem., 110. 161 -87Ueber anomale Dispersion im gluhenden Natriumdamp.Kundt (A.). Aim. Phya. u. Chem., n. F. 10. 821-6; Phil. M i10.Sulfate de soude fondu, 6tincelle ; Bela desoude dana le gas ; Bela deaoudeet de lithine dans le gaz.Locoq do Boisbaudran (F.). Speetrea Lumineuz, Pari-, 1874, p 64,66, planche V, V I.Reversal of the Lines of the metallic Vapours, sodium.Livoingand DewtjT. Nature, 24, 206; 26. IOn the spectra of sodium and potassium.Liveing (G. D.) and Dewar (J.). Proe. Boyal Soc, 29, 898-blatt 4 \ ».).Note on some phenomena attending the reversal of lines,Lockyer (J. N Proc Royal Soc., 28, 128-82; Beiblati 3(Abs.).Note on the spectrum of sodium.
I. n ky< r [J N i Pro Boyal Soc . 29. L40; Ohem News, 39. 248.Spectrum of sodium at elevated temperatures,Lockyi - J N.). Ohem. News, 30 -
LITERATURE OF THE SPECTROSCOPE. 339Sur les raies de la vapeur de sodium.Lockyer (J. N.). Comptes Rendus, 88, 1124.Die Natriumline gebort dem Metall an.Mitscherlich (A.). Ann. Phys. u. Chem., 116, 505.Absorption spectra of sodium and potassium at low temperatures.Eoscoe (H. E.) and Schuster (A.). Proc. Royal Soc, 22, 362.Indice du quartz pour les raies du sodium.Sarasin (Ed.). Comptes Rendus, 85, 1230.Et spectres du fer et quelques autres metaux dans Tare voltaique; sodium.Secchi (A.). Comptes Rendus, 77, 173; Chem. News, 28, 82.Spectre du sodium.Secchi (A.). Comptes Rendus, 82, 275.Proprietes optiques de sous carbonate de soude et de hyposulfite de soude".Senarmont (H. de). Ann. Chim. et Phys., (3) 41, 336.Sur le deplacement des raies du sodium, observe" dans le spectre de lagrande comete de 1882.Thollon et Gouy. Comptes Rendus, 96, 371.Leichte Umkehrung der Natriumlinie.Weinhold (A.). Ann. Phys. u. Chem., 142, 321 ; Phil. Mag., (4) 41,404.(See Soret. Arch, de Geneve, (2) 41, 64-5.)Sur la dispersion du chromate de soude a 4 H2 O.Wyrouboff (G.). Bull. Soc. mineral, de France, 5, 160-1.Re-reversal of sodium lines.Young (C. A.). Nature, 21, 274-5; Beiblatter, 4, 370.
340 LITERATURE OF THE BPECTROSCOPB.
STRONTIUMUeber den Einflue9 der Temperatur auf die Brechungsexponenteu deiDaturlichen Sulfate dea Baryum, Strontium und Hl<i.Arzruni (A.). Zeitschr. Krystallogr. u. Mineral., 1. 166-192; Jabrb.
f. Mineral., 1877, 626 (Aba.); Jour. Obem. Sue . 34. 189 \Strontium spark spectrum.Capron (J. It.). Pbotograpbed Spectra, London, 1877, p. 44.La strontiane dans les eaux mine'ralea de Contrezeville et Schinznacb
. (SuiseDieulafait. Comptea Rendus, 95, ••'.« ,.»-1001 ; Juur. Cbem. Boa, 44,801 A!Recherchee photome'triquea sur le strontium.
I imptes Rendus, 83, 209.Spectre de chlorure de strontium.Gk>uy. Comptea Rendus, 84. 281.Recherchee photome'triquea ; Bpectre <lu Btrontium.Gk)uy. Comptea Rendus, 85. 70.Sur les caracterea dea flammea chargeea du cblorure de strontium.Gouy. Comptea Rendua, 85Sp. (tic continu du Btrontium.Gtouy. Comptea Rendus, 86, 878, lo:s.Spectrum von Strontium.Jabresber. d. Chemie, 23 1 1870), 174.Chlorure de Btrontium en Bolution, e'ttncelle; dans le gas; dana le l::i/.charge1 de II CI.
I. . | de BoUbaudran (P.). Spectrei Lumineuz, Paris, IS •plancbe I X : p. 72 et 76, planche X.Linien von Strontium.Kircbboff (O.) und Bunsen (R.). Ann. Phys. u. Cbem., 110. 1:1
LITERATURE OF THE SPECTROSCOPE. 341
SULPHUR.On the violet phosphorescence in calcium sulphide.Abney (W. de W.). Proc. Physical Soc, 5, 35-8; Nature, 35, 355(Abs.); Phil. Mag., (5) 13, 212-14; Jour. Chem. Soc, 42, 677(Abs.); Beiblatter, 6, 383 (Abs.); Jour, de Phys., (2) 2, 287 (Abs.).Spectres des gaz simples ; soufre.Angstrom (A. J.). Comptes Rendus, 73, 369; Ann. Phys. u. Chem.,94, 159.Spectre du sulfure de carbone.Becquerel (H.). Comptes Rendus, 85, 1227.Sulphur spectrum, sulphuric acid spectrum, sulphur quartz spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 68, 74, 75.Spectrum von Schwefel.Dibbits (H. C). Ann. Phys. u. Chem., 122, 527-34.Spectre du soufre.Ditte (A.). Comptes Rendus, 73, 622-4; Bull. Soc. chim. Paris, n.. s.16, 229.Spectres d'absorption des vapeurs de soufre.Gernez (D.). Comptes Rendus, 74, 803; Bull. Soc. chim. Paris, n. s.17, 259.Spectre de sulfate de thallium.Gouy. Comptes Rendus, 84, 831.Sulfate acide.Gouy. Comptes Rendus, 85, 70.Spectrum of murexide.Hartley (W. N.). Jour. Chem. Soc, 51 (1887), 199-200.Spectrum des Schwefels.Jahresber. d. Chemie, 16 (1863), 110; 17 (1864), 109; 22 (1869), 181;23 (1870), 173; 25 (1872), 139, 141; 28 (1875), 122.Spectre du sulfure de plomb.Lallemand (A.). Comptes Rendus, 78, 1272.Sur la diffus'on lumineuse du sulfure de cuivre obtenu sans precipitation.Lallemand (A.). Comptes Rendus, 79, 693.
342 LITERATURE OP THE SPECTROSCOPE.Die Abaorptionsstreifen in Prismen v..n SchwefelkohlenstoffiLamansky (8 |. Ami. Phys. u. Chem., 146. 218,216.Sur Lea Bpectree dea rapeura aux temperatures el6vees ; Bpectre du soufire.
I. [yer (J N.i. Comptea Bendus, 78, I790j Nature, 30, 78 ; Chem-ical News, 30Spectrum dea Schwefels, Schwefelkohlenston%, Schwefelwasseretoffi andSelena.Mulder. Jour, prackt. Chemie, 91. 111.Sulla refrazioue atomica dello zolfo.ai (K.). Gazz. chim. ital., 13,296-811; .J<>ur. I .46,149-61 A'-.i; Ber. chem. Ges., 15, 2878-92; Beiblatter, 7, 281(Abs.).Dampf (1* - ua.-.-. rt'ni.n Schwefelaaure.Plucker. Am:. Phys. u. Chem., 113, 276, 278.Spectrum des Muroxids.Reynolds. Jour, prackt. Chemie, 105, 869.De hi flamme du soufre, et des diverges lumieres utiliaablee en photo-graphic.Biche (A.) et Brady (C). Comptes Rendus, 80, 238-41 ; Ber. chem.Ges., 8, 182 (At.-.).Recherche du soufre par le spectrosc<>]"\Salet (G.). Comptes Rendus, 68, 404 ; Bull i. Paris, a. - 11802; Ami. Phys. a. Chem., 137, 171.Spectre <lu M>ufre.Salet '<;.). Comptes Bendus, 73.Recherche da soufre •( du phoephore par 1<' spectroscope.Sal. a (G.). Bull. Soc. chim. Paris, d. - 13. 289.Sur la reaction apectroacopique du soufre et Bur la Qammede I'hydrogene,Salet (G.). Hull. Soc. chim. Paris, a. ?. 14. 182.Sur le Bpectre d'abeorption de la vapeur du soufre.Snl. imptei Bend is, 74, 866-6 ; Jour. C i. fi 2) 10\ Ber. chem. < 5 \Sur les bpectree du phoephore el du Bourre.Seguin (J M | Comptes Rendus, 83, 1272Proprieties optionee d"hyposulfite de sonde.
al H. : A'.:: Phyt, ii Chem., | I 41
LITERATURE OF THE SPECTROSCOPE. 343
TELLURIUM.Tellurium spark spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 20, 40, 45.Spectre du tellure.Ditte (A.). Comptes Rendus, 73, 622-24.Sur les spectres d'absorption de tellure, de protochlorure et de protobro-mure de tellure.Gernez (D.). Comptes Rendus, 74, 1190-2; Jour. Chem. Soc, (2)10, 665 (Abs.); Phil. Mag., (4) 43, 473-5; Amer. Jour. Sci., (3) 4,59 (Abs.); Bull. Soc. ehim. Paris, n. s. 18, 172.Spectrum des Tellure.Jahresber. d. Chemie, 25 (1872), 140.Spectre du tellure.Salet (G.). Comptes Rendus, 73, 744.
TERBIUM.Absorptionsspectrum von Terbiumlosungen.Delafontaine. Jour, prackt. Chemie, 94, 303.Vergleich der Absorptionsspectra von Didym, Erbium und Terbium.Delafontaino. Ann. Phys. u. Chem., 124, 635 ; Chem. News, 11, 253
;
Ann. Chim. et Phys., 135, 194.Sur un spectre electrique particulier aux terres rares du groupe terbique.Lecoq de Boisbaudran (F.). Comptes Rendus, 102, 153-55 ; Jour.Chem. Soc, 60, 293 (Abs.).
3-14 LITERATURE OP THE BP» rBOSCOPE.
THALLIUM.Thallium and indium spark spectrum.Capron (J. R.). Photographed Spectra, London, L877, p. IRenversemenl dee raiea Bpectrales du thallium.Cornu (A.). Comptes Rendus, 73. 882.
I discovery of thallium.
. W i. Ohem. News, 3, 198.Thallium and its compounds.Crookea (W.). Jour. Chem. Soc:, 17, 112.Recherches photome'triques sur le thallium.Gouy. Comptes Rendus, 83. 269.Spf-ctiv do sulfate d<- thallium.Gouy. Comptes Rendu?, 84. 281.Spectrum dea Thallium.- und der Thalliumealzen.Jahresber. d. Chemie, 16 1863), 112; 26(1878), 152, 168Sin- le thallium, nouveau metal dont ['analyse Bpectrale a fait connattn['existence.Lamy (A.). Comptes Rendus, 54, 1265 j Ann. Chim. et Phys., (8 67885; Ai.ii. Phys. u. Chem., 116. 1 16Mmv.h de constater une empoisonnement par Le thallium.Lamy (A.). Comptes Rendus, 57. 142.Scls de thallium dans le gaz.Li oq de Boisbaudran 1' Lumineux, Paris, 1874, pplanche XXI.tre de thallium.
I. [ de Boisbaudran (F.). I lus, 77, 1152; Bullchim. de Paris, a. - 21. 126
on the Bpectrum of thallium.Miller | W a P 12. K>7.Sur la raie spectrale du thallium.Rendus, 58. 182; Ann. Phys. u. Chem , 121
I re du thallium dans I 'arc voltaique.\ .77 17::
LITERATURE OF THE SPECTROSCOPE. 345
THULIUM.Spectre de thulium.Cleve (P. T.). Comptes Rendus, 89, 478; 91, 328.Remarques sur le thulium.Delafontaine. Comptes Rendus, 90, 221.Examen spectral du thulium.Thalen (R.). Comptes Rendus, 91, 376-8; Jour. Chem. Soc, 40, 349-50 (Abs.); Beiblatter, 4, 789 (Abs.).Spectralundersokningar rorande Skandium, Ytterbium, Erbium ochThulrum.Thalen (R.). Oefversigt af k. Vetensk. Acad. Fdrhand., 38, No. 6,13-21 ; Jour, de Phys., (2) 2, 3.5-40; Chem. News, 47, 217 (Abs.);Jour. Chem. Soc, 44, 954 (Abs.).
TIN.Tin arc spectrum ; tin and zinc spark spectrum ; tin chloride spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 49, 76.Bichlorure d'etain en solution, etincelle.Lecoq de Boisbaudran (F.), Paris, 1874, p. 143, planche XXII.Spectres d'etain et ses composes.Salet (G.). Comptes Rendus, 73, 862-3; Jour. Chem. Soc, (2) 9,1147-9 (Abs.).
340 LITERATURE OP THE SPECTROSCOPE.
TITANIUM.Spectre du bichlorure de titanium.BecqutTcl (II.). Comptes Rendus, 85, ll'L'7.Titanium spark spectrum; titanium, aluminium, and palladium sparkspectrum; titauium arc spectrum.CaproD (J. It.). Photographed Spectra, London, 1877, p. 17.Spectre du titanium.Troost et Hautefeuille. Comptes Rendus, 73, 020; Bull. Boo. chim.Paris, n. B. 16, 229.('"incidence of the spectrum lines of iron, calcium, and titanium.William* (W. Biatthieu). Nature, 8, 46.
LITERATURE OF THE SPECTROSCOPE. 347
URANIUM.Analyse de la lumiere emise par les composes d'uranium phosphorescents.Becquerel (E.). Comptes Kendus, 75, 296-303 ; Jour. Chem. Soc, (2)11, 25 (Abs.); Araer. Jour. Sci., (3) 4, 486 (Aba.).Relation entre l'absorption et la phosphorescence des composes d'uranium.Becquerel (H.). Comptes Rendus, 101, 1252-6; Jour. Chem. Soc,50, 189 (Abs.).Uranium arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 50.Anwendung der dunklen Linien des Spectrums als Reagens auf Uransiiure.Jahresber. d. Chemie, 5 (1862), 125.Absorptionsspectren der Uransalzen.Jahresber. d. Chemie, 26 (1873), 158.Investigation of the fluorescent and absorption spectra of the uranium salts.Morton (II.) and Bolton (II. C). Chem. News, 28, 47-50, 113-16,164-7,233-4, 244-6, 257-9,268-70; 29, 17-19; Jour. Chem. Soc,(2) 12. 12-13 (Abs.), 642 (Abs.).On some remarkable spectra of compounds of zirconia and of the oxidesof uranium.Sorby (H. C). Proc Royal Soc, 18, 197; Ber. chem. Ges., 3, 146.Spectra der Uranlosungen.Thudichum. Jour, prackt. Chemie, 106, 415.Absorption spectrum of uranine.Wiley (H. W.). Amer. Chem. Jour., 1, 211.Untersuchungeu iiber das Uran.Zimmermann (C). Ann. Phys. u. Chem., 213, 285-329; Chem.News, 46, 172 (Abs.); Zeitschr. analyt. Chemie, 23, 220 (Abs.).
VANADIUM.Vanadium arc spectrum.Capron (J..). Photographed Spectra, London, 1877, p. 50.
348 LITERATURE OF THE BPECTR08C0PR.
VIOLET AND ULTRA-VIOLET.Sur ['absorption <les rayons ultra-violets par quelques milieux.Chardonnet (B. de), Compter Rendus, 93. 406Vision dea radiations ultra-violettes.Chardonnet (K. de). (.'.>tn|>t>-< Rendus, 96. 609-71 ; Jour.de P12. 219.Sur ['absorption atmoephenque dea radiations ultra-violettes.Cornu (A.). .lour, de Phys., 10. 6-16Erklarung der ultra-violetten Strahlen dea Spectrums.Eisenlohr | W.). Ann. Phys. u. Ohem., 93, 628.Note upon certain photographs of the ultra-violet spectra of elementaryhollies.Hartley (W. N.). Jour. Ohem. Soc., 41 B4-90; Chem News, 43 289(Ahs.i; Beiblatter, 5, 66 I 6, 788[nvestigation by means of photography of the ultra violet Bpark Bpectraemitted by metallic elements and their combinations under vary-ing conditions.Hartley (W. N). Chem. News, 48. 196 j note od the above b«Wiedemann (E.), Chem. New-, 49. 117: Jour. Chem. Soc, 46(Abs.)j Beiblatter, 8. 581 \Visibility of the ultra-violet rays of the Bpectrum.Herschel A. - Mature, 16. 22-8.On the ultra-violet spectra of the elements.Liveing (O. D | and Dewar (J. . Phil. Trans., 174. 187-222; 1'K »yal - .. 34 121 \ B - G • I \ 7, 698, 84\ Jour. Ohem. Boc., 44 \ Pi i: val Institution,10Notes on the absorption of ultra-violet rays by various Bubstan
I. as O. D nd Dev J Pr e. R yal S . 35. 71.
I 1 termination dee longueurs d'ondedes rayons lumineux el dee rayonaultraM C imptes Rendus, 58. 1 1 1
1
Visibility dea rayons, ultra-violets.Us Compt Rendus, 68 102; Ann P I hem., 137
LITERATURE OF THE SPECTROSCOPE. 349Spectres ultra-violets.Mascart. Comptes Rendus, 69, 337.Sur les moyens propres a la reproduction photographique des spectresultra-violets des gaz.Monckhoven (van). Bull. Acad. Belgique, (2) 43, 187-92; Beibliitter,1, 286 (Abs.).Fluorescence and the violet end of a projected spectrum.Morton (Henry). Chem. Hews, 27, 33.Photographie des durch ein Quarzprisma erhaltenen ultra-violetten Theilsdes Spectrums.Miiller (J.). Ann. Phys. u. Chem., 109, 151.A comparison of the maps of the ultra-violet spectrum.Pickering (E. C.). Amer. Jcur. Sci., (3) 32, 223-6; Beibliitter, 11(1887), 145 (Abs.).On the lower limit of the prismatic spectrum, with especial reference tosome observations of Sir J. Herschel.Rayleigh (Lord). Phil. Mag., (5) 4, 348-53 ; Beibliitter, 1, 682 (Abs.).Report on the ultra-violet spark spectra emitted by metallic elements.Report of the British Association, 1882, p. 143, presented by Prof.Hartley ; Nature, 26, 458.Nicht alle Quarzprismen verliingern das Spectrum am ultraviolettenEnde.Salm-Horst (Der Fur>t zu). Ann. Phys. u. Chem., 109, 158.Experimente iiber die Sichtbarkeit ultra-violetter Strahlen.Sauer (L.). Ann. Phys. u. Chem., 155, 602.Ueber ultra-violette Strahlen.Schonn (J. L.). Ann. Phys. u. Chem., n. F. 9, 483-92; 10, 143-8.Der ultra-violette Theil des Spectrums liisst sich unmittelbar sichtbarmachen.Seculic (M.). Ann. Phys. u. Chem., 146, 157.Recherches sur 1'absorption des rayons ultra-violets par diverges sub-stances.Soret (J.). Comptes Rendu?, 86, 708, 1062-4; Arch, de Geneve, (2)63,89-112; (3) 4, 261-92, 377-81; 10,429-94; Beibliitter, 2, 410(Abs.); 3, 196 (Abs.); 5, 124 (Abs.); Jahresber. d. Chemie (1873),154.
350 LITERATURE OF THE SPECTROSCOI1..S n r !a transparence dea milieux de l'ceil pour lea rayona ultra-violets,
ret (J. L.). Comptoe Bendus, 88. L012.Spectres d'absorption ultra-vi<>l<t.s >\>- rthers uzutiquea et azoteux.Soret f.I. L.) et Rilliet (All.. A.i. Comptee Bendus, 89. 747.Bur la visibility dee rayona ultra-violets.Soret (•'. L, i. Comptes Bendus, 97. :'.14.Bur ['absorption dea rayona ultra-violeta par lea milieux de l'oeil et purquelquea autrea substances.
- iret (J. L.). Comptes Bendus, 97. 572, 642.The Change of Refrangibility of Light. (Givea a drawing of the fixedlines in the Bolar spectrum in the extreme violet and in the invis-ible region beyond.Stokes [G. G.). Phil. Trans, for 1862, part II, llVisibility dea rayona ultra-violets, a l'aide du parallelipipede «!< di.«p<-r-sion.Zcnger (Ch. V.). Comptes Bendus, 98, 1017.
VOLCANOES.
( )l)scrvati«>ns cm Mt. Etna.Langley is. P.). Amcr. Jour. Bci., (8) 20, 33-4; Beiblitter, 4, 790
( A IRecherches spectroscopiquea sur les fumerolles de l'eruption da Vesuiavril 1872.Palmier] (L.). Oomptei Bendus, 76. 1
1
LITERATURE OF THE SPECTROSCOPE. 351
WATER SPECTRA.Colour of the Mediterranean and other waters.Aitken (J.). Proc. Royal Soc. Edinburgh, 11, 472-83 ; Jour. Chem.Soc, 42, 1017 (Abs.); Beiblatter, 6, 379 (Abs.).Note on the absorption of sea-water.Aitken (J.). Proc. Royal Soc. Edinburgh, 11,037; Beiblatter, 7, 372(Abs.).Evaporation de l'eau sous l'influence de la radiation solaire ayant traverse*des verres colores.Baudrimont (A.). Comptes Rendus, 89, 41-3.Spectre de l'eau.Becquerel (H.). Comptes Rendus, 85, 1227.The spectroscope in water analysis.Church (A. H.). Chem. News, 22, 322.Indices de refraction de l'eau en surfusion.Damien (B. C). Jour, de Phys., 10, 198-202.Untersuchungen einiger Wiisser.Dibbits. Jour, prackt. Chemie, 92, 38, 50.Spectre lumineux de l'eau.Huggins (W.). Comptes Rendus, 90, 1455.Spectres d'absorption de la vapeur d'eau.Janssen (J.). Comptes Rendus, 56, 538; 60, 213; 63, 289; 78, 995;95,885; Phil. Mag., (4) 32, 315; Ann. China, et Phys., (4) 24,215-17; Jour. Chem. Soc, (2) 10, 280 (Abs.); Jahresber. d. Chemie(18GG), 70.Spectre de la vapeur d'eau.Lecoq de Boisbaudran (F.). Comptes Rendus, 74, 1050.Spectrum of water.Liveing (G. D.) and Dewar (J.). Proc. Royal Soc, 30, 580; 33,274-6; Jour. Chem. Soc, 44, 140 (Abs.); Beiblatter, 6, 481 (Abs.).Sur la refraction de l'eau comprimee.Mapcart. Comptes Rendus, 78, 801-5; Amer. Jour. Sci., (3) 7, 593;Ann. Phys. u. Chem., 153, 154-8.
352 LITERATURE OF THE .SPECTROSCOPE.Stud! Bpettrali Bub colore delle aequo, oota Beconda.Ricco (A.j. Mem. Spettr. ital., 8. 1-10.Uebei die Absorption des Lichta durch Wasser, etc.Schdnn (J. L.). Ann. Phys. a. Chem., Erganzungsband, 1878, 8670-6; Jour. Chem. Soc., 34. 698 (Ab«Observations relatives a une communication <le M. Croc&Spinelli sur leibandes de la vapeur d'eau dans le Bpectre Bolaire.Secchi (A.). Coraptes Rendua, 78, 1080.Sur la couleur <le l'eau.
el (J. L.). Arch. .1" Gendve, (•''.) 11, 276-06 j Belblatter, 8 60CA Jour, do Phys., 13, 427.Spectre d'absorption de l'eau.Soret i.I. L.) etSaraain (Ed.). Comptes Rendus, 98, 024 ; Araer. Jour.Bci., (8) 27 486.V< ber die Absorption dee Beewassers.
l (U. W.). Beiblatter, 7, 532.
LITERATURE OF THE SPECTROSCOPE.
WAVE-LENGTHS.Wave-lengths of A, a and lines in the infra-red of the visible spectrum.Abney (W. de W.). Nature, 29, 190 ; Chem. News, 48, 283 ; ComptcsRendus, 97, 1206.Corrections to the computed lengths of waves of light, published in thePhilosophical Transactions of the year 1868.Airy (G. B.). Phil. Trans., 1872, 142, 89-109; Proc. Royal Soc., 20,21-2 (Abs.).Wellenliinge Messungen.Angstrom (A. J.). Ann. Phys. u. Chem., 123, 489; Jahresber. d.Chemie (18G5), 85.La determination des longueurs d'onde des rayons de la partie infra-rou^edu spectre au moyen des effets de phosphorescence.Becquerel (E.). Comptes Rendus, 77, 302; Jahresber. d. Chemie(1873), 100.Phosphorographie de la region infra-rouge du spectre solaire ; longueurd'onde des principales raies.Becquerel (H.). Comptes Rendus, 96, 121.On the absolute wave-length of light.Bell (Louis). Phil. Mag., (5) 23 (1887), 265-82; Amer. Jour. Sci.,(3) 33, 167-82.Photometrische Untersuchungen.B<>hn (C). Ann. Phys. u. Chem., Ergiinzungsband, 6 (1874), 386.Determination des longueurs d'onde des radiations tres reTrangibles.Cornu (A ). Jour, de Phys., 10, 425.Etude spectrometrique de quelques scources lumineuses.Crova (A.). Comptes Rendus, 87, 322.Comparaison photometrique des scources lumineuses des teintes differentes.Crova (A.). Comptes Rendus, 93, 512; Ann. Chim. et Phys., (6) 6,528-45.Determination des longueurs d'onde des rayons calorifiques a basse tem-perature daus le spectre.Desaines (P.) et Curie (P.). Comptes Rendus, 90, 1506.Wellenliinge der Fraunhofer Linien.Ditscheiner (L.). Ber. d. Wiener Akad., Bd. II, Abth. 1, 296 ; Amer.Jour. Sci., (3) 3, 297-9.23 T
354 LITERATURE OP THE SPECTROSCOPE.Die brechbarston oder unsichtbaren Lichtstrahlea im Beugungspectrumiind ihre Wellenlange.Eisenlohr | WW Ann. Phys. u. Chem., 98, 86S ; 99, 159-42.Eine Wellenmessung im Spectrum jenseits dee ViolettaEssclbach (E.). Ann. Phys. u. Chem., 98. 618Les vibrations do hi matiore ft les ondes de lY-ther dans les combinationsphotochimiques.Pave. Comptea Bendus, 86, ."iGO-").On the normal solar spectrum. (Gives the wave-lengths of the principallines of tlif Bolar Bpectrum.)Gibbs (Wolcott). Amer. .lour. Bci., 93, 1.On the measurement of wave-lengths by means of indices of refraction.Gibbs (Wolcott). Amer. Jour. Sci., March, 1869; Phil. Mag., I 50.177. [See also Rep'ta British Association for 1881 and 1884]Recherches photom6triques sur les flammes colorees.Gouy. Comptea Rendus, 83. 269 272; 85, 70, 489; 86. 878, 1078;Ann. Chim. et Phys., (6) 18, 6-101.Measurements of the wave-lengths of lines of high refrangibility in th<Bpectra of elementary substances.Hartley (W. N.) and Adeney (W. B.). Phil. Trans., 175, 68-187
;
Proc. Royal 8ocM 35, 148 (Al . Ohem. News, 47, 198 Ai.i.i" 7 ;Zur Reduction der Kirchhoff'schen Spectralbenbachtungen auf Wellen-langen.Eassell tg (B.). Bull. Acad. St. P&ersbourg, 25, 181-46 ; B3Note sur l'analvse spectrale.Janssen (J Oomptes Bendus, 76, 711-18 ; Jour. Chem. So . 2 111268 (Ahs.).Photometrische Ontersuchungi a.K.-v Br B und Pulftich (0.). Ann. Phys. u. Chem., n. F 15aer. Jour. Bci., (8 23. i- \ ; M oatsher. d. BerlinerAcad 1864
r die Empfindlichkeit dea normalen Augea fur Wellenlangenunter-Bchiede dei Lichtes.Kdnig (AJ und Dieterioi (0.)« AlH1 - Pay*- u - Chem . n V. 224 . \
LITERATURE OF THE SPECTROSCOPE. 355Mesure de l'intensite j:>hotometrique des raies spectrales.Lagarde (H.). Comptes Rendus, 95, 1350.Recherches photometriques sur le spectre de l'hydrogene.Lagarde (H.). Ann. Chim. et Phys., (G) 4, 248-369, planche.Wave-lengths in the invisible spectrum.Langley (S. P.). Trans. National Acad. Sci. (1883); Amer. Join. Sci.,(3) 27, 169; (3) 30, 480; Ann. Chim. et Phys., (6) 2, 145; Ann.Phys. u. Chem., n. F. 22, 598.On hitherto unrecognized wave-lengths.Langley (S. P.). Amer. Jour. Sci., (3) 32, 83; Phil. Mag., (5) 22(1886), 149.Courbe reprSsentant le rapport des longueurs d'ondes aux divisions demon micrometre.Lecoq de Boisbaudran (F.). Spectres Lumineux, Paris, 1874, p. 194,planche XXIX.Comparaison photometrique des diverses parties du merne spectre.Mace de Lepinay (J.). Ann. Chim. et Phys., (5) 24, 289; 30, 145;Jour, de Phys., 12, 64.Sur une methode pratique pour la comparaison spectroscopique desscources usuelles diversement colorees.Mace de Lepinay (J.). Comptes Rendus, 97, 1428.Methode pour mesurer, en longueurs d'onde, de petites epaisseurs.Mace de Lepinay (J.). Ann. Chim. et Phys., (6) 10, 68-84; Jour, dePhys., (2) 5, 405-11.Determination de la longueur d'onde de la raie A du spectre.Mascart. Comptes Rendus, 56, 138.Determination des longueurs d'onde des rayons lumineux et des rayonsultra-violets.Mascart. Comptes Rendus, 58, 1111.Longueurs d'onde de quelques metaux.Mascart. Ann. de l'Ecole normale, 4 (1866).Spectralphotometrische Untersuchungen einiger photographischer Sensi-bilisatoren.Messerschmidt (J. B.). Ann. Phys. u. Chem., (2) 25, 655-74; Jour.Chom. Sue, 48, 1097 (Abs.); Jour, de Phys., (2) 5, 518.Sur la determination des longueurs d'onde calorifiques.Mouton. Comptes Rendus, 88, 1078-82; Beiblatter, 3, 616-18 (Abs.)
35(3 LITERATURE OF THE SPECTROSCOPE.Wellenliinge and Breehungsexponent <ler iiusserstern dunklen Wiirme-strahlen des Sonnenspectrums.Mullcr (J.). Ann. Phys. U. Chem.,115, 548, Bericbtigung dazu, 116,G44; Phil. Mag., (4) 26. 269; 30, 76; Jahresber. d. Ohemie, 16(1863), 191; 18 (1886), 229.N</o on the progress of experiments for comparing a wave-length with ametre.Peirco (C. S.). Amcr. Jour. Sci., (8) 18. r>l ; Beiblatter, 3, 711 (Abs.).The ghosts in Rutherford's diffraction speef'um.Peiroe (U. S.). Amcr. Jour. Mathematics, 2, 880-47 ; Nature, 20 j(Abs.); Beiblatter, 5, 48-50 (Abs.).Photometric Researches.Pickering (W. II.). Proc. Amor. Acad., 15, 236-50; Beiblatter, 4, 7-Jm(Abs.).Photometrische Untersuchungen.Pulfrich (0.). Ann. Phys. u. Chem., n. F. 14. 177-218; A>mer. Jour.Sci., (8) 23, 50 (Abs.); Jour, de Phys., (2) 1. 286 | A! -Tableau de conversion de l'echelle spectrale en longueurs d'onde.Salet (G.). Bull. Soc. chim. Paris, n. b. 27. 482On the relative wave-lengths of the lines of the solar spectrum.Rowland (Henry A.). Phil. Mag., (6) 23 (1887), 267.Three years' experimenting in mensurationaJ spectroscopy"Smyth (Piaxzi). Nature, 22, 198 5, 222 5.Memoire sur la determination des longueurs d'onde des raies m6talliquee,spectres des m£taux deesines d'apres leurs longueurs d'<nnle.
i With a plate giving the lines and wave-lengths of forty-fivimetals.
)
Thalen (Bob.). Ann. Chim. et Phys., (4) 18,202; N • . A • i i; ..Boo. 8 si. (Jpsala, (8) 6.L mgueur d'onde des bandes Bpectrales donnees par l< - compost du carbone.Thollon (L.). Comptei Rendus, 93. 260; Ann. Chim et Phyi25ihotom&riques. duns les differentes n gions du Bpectre.Trannln (II). Jour, de Phye., 5. 297, A IPhotometrie der sfeaunhorer Linien.Vit rdt K . Ann. Phys. u. Chem., n. P. 13. 888-46.
LITERATURE OF THE SPECTROSCOPE. 357Rosultate spectralphotometrischer Untersuchungen.Vogel (H. C). Monatsber. d. Berliner Akad. (1880), 801-11 5 Bci-blatter, 5, 286 (Abs.).Messung der Wellenlangen des Lichtes mittels Interferenzstreifen rmBeugungsstreifen.Weinberg (M.). Carl's Repertorium, 19, 148-54; Beibliitter, 7, 299(Abs.).Note au sujet d'un raemoire de M. Lagarde.Wiedemann (E.). Ann. Chim. et Phys., (6) 7, 143-4.
YELLOW BODIES.Spectrum gelber Kdrper.Thudicbum. Ber. chem. Ges., 2, 63.
35S LITERATURE uv THE BPBCTJ
YTTERBIUM.Bxamen spectrnle de I'ytterbine.Lecoq de Boisbaudran (P.). Comptea Rendu*, 88, 1 "42.Sur I'ytterbine, nouvelle terre contenue dans la gadolinite.Marignac (C). Comptea Rendus, 87, 578-81 ; Amei17. • Jour. Chem. Boc., 36, 118 (Abe.).Sur I'ytterbine, terre nouvelle de M. Marignac
ii (L. P.). Comptea Rendus, 88, 642-6; Amer. Jour. Sci., (8)17. 178 (Abs.)j Ber. .hem. Ges., 12, 660-8; Jour. Chem. Boc . 36.001 (Abs.).Sur quelques caracte'ristiques de l'ytterbium et sur leurs spectres.NUmhi (L. F.). Comptea Rendus, 91, 50.Recherches Bpectralee <le rytterbium.ThaU'-n (H). Jour, dc Phys., 12, 35.Spectres de l'ytterbium et de Terbium.Thalen (R). Comptes Rendus, 91, 32G ; Beiblatter, 5, 122; Chemicall, 42, 184.
LITERATURE OF THE SPECTROSCOPE. 359
YTTRIUM.Yttrium arc spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 51.Sur les combinaisons de l'yttrium et de Terbium.Cleve (P. T.) et Hoegland (0.)- Bull. Soc. chim, Paris, 18, 198-201,289-97; Jour. Chem. Soc, (2) 11, 136-9.Sur les poids atomiques de l'yttrium.Cleve (P. T.). Bull. Soc. chim. Paris, 39, 120-2; Amer. Jour. Sci.,(3) 25, 381 (Abs.).On radiant matter spectroscopy. The detection and wide distribution ofyttrium.Crookes (W.). Phil. Trans., 174, 891-918; Proc. Royal Soc, 35, 262(Abs.); Chem. News, 47, 261 (Abs.); Ber. chem! Ges., 16, 1689(Abs.); Jour. Franklin Inst., 86, 118-128; Beibliitter, 7, 599 (Abs.);Jour. Chem. Soc, 46, 241 (Abs.); Chem. News, 49, 159-60, 169-71,181-2, 194-6, 205-8; Ann. Chim. et Phys., (6) 3, 145-87.Spectre des terres faisant partie du groupe de l'yttria et de la cerite
;
holmium, philippium, samarium, decipium.Soret (J. L.). Comptes Rendus, 89, 521-3 ; 91, 378 ; Ber. chem. Ges.,12, 2267-8; Jour. Chem. Soc, 38, 7 (Abs.); Chem. News, 40, 147.Spectre de l'yttrium. Avec une planche.Thalen (R.). Jour, de Phys., 4, 33.
300 LITKILATURE OK THE 8PECTR06COPE.
ZINC.Oeber die optischen Eigenschafkn der Zincblende von Santander.under Voigt, below.)Calderon (L.). Zeitschr. Crystallogr. u. Bfineralog., 4, 504-17, B •blatter, 5, 861 (Abs.).Zinc BpectraCapron (J. R.). Phdto^raphcl Spoctra, London, 1877 SI, 62.Determinations dea longueurs d'onde dea radiations trea reTrangibKmagn&ium, du cadmium, <lu zinc et <lc ['aluminium.Cornu (A.,. Archives de Geneve, (8) 2. 119-126; I 4 .i(Abs.); Jour, de Phys., 10, 426-81 ; Comptes Rendus, 73,Spectre du chlorure <!«• zinc.Gouy. Comptes Rendus, 84. 281 ; Chem. News, 35, 107.Chlorure <lc zinc en solution.
I. oq do Boisbaudran (F.). Spectres Lumineuz, Paiplancho .X XSpectrum of zinc at elevated temperatures.
1. ..;.•; .1. N.i. Chem. News, 30, 08; Proo. Royal Soc.,1718, 79 : 21. B8 : Jahresber. d. Chemie (1872), 1 I".[ndice du quartz pour lea raiea <lu zinc.Sarasin (B. Comptes Rendus, 85, 12Ueber den Einflifaa einer Kriiramung der Priamenflachen auf die Mcs-Bungen von Brechungsindices, und fiber die BeobachtungenHerrn Calderon an der Zincblende.v \\\). Zeitschr. f. Kr u. Mineral., 3, 118-180 B -blatter, 5, 861-2 (Abs.).
LITERATURE OF THE SPECTROSCOPE. 3G1
ZIRCONIUM.Zirconium arc spectrum; zirconium and palladium spark spectrum; zir-conium spark spectrum.Capron (J. R.). Photographed Spectra, London, 1877, p. 53.On zirconia.Hannay (J. B.). Jour. Chem. Soc, (2) 11, 703-10; Ber. chem. Ges.,6, 571 (Abs.).Absorption spectra of zircons.Linnemann (E.). Monatsber. f. Chemie, 6, 531-G; Jour. Chem. Soc,48, 1173 (Abs.).On some remarkable spectra of compounds of zirconia and the oxides ofuranium.Sorby (H. C). Proc. Royal Soc, 18, 197; Ber. chem. Ges., 3, 14G.Spectre du zirconium.Troost et Hautefeuille. Comptes Rendus, 73, 620; Bull. Soc chimParis, n. s. 16, 229.

INDEX OF AUTHORS.
(The names indicate the subjects, and the numbers indicate the pages on whichthe titles of the authors' works are given.)Abbay (R.). Eclipse Spectra, 106.Abbe (C). Eclipse Spectra, 106.Abercrombie (R.). Aurora, 136 ; Meteorological, 295.Abney (W. dp W.), alone. Analysis, 40, 47 ; Absorption, 52 ; Solar ingeneral, 88; Solar Atmosphere, 100; Maps of Solar Sp., 114;Photographs of Solar Sp., 115 ; Red End, 123 ; Wave-Lengths ofSolar Sp., 131 ; Atmospheric Sp., 133 ; Chlorine, 187 ; Heat, 251
;
Oxygen, 308 ; Phosphorescence, 312 ; Red End, 322 ; Silver, 334 ;Sodium, 337 ; Sulphur, 341 ; Wave-Lengths, 353.Abney (W. de W.) and Festing (R.). Apparatus, 21, 26 ; Absorption,52; Displacement of Stellar Sp., 79; Solar in general, 88; RedEnd, 123; Water in the Solar Sp., 131; Carbon Compounds ingeneral, 154; Ebonite, 171; Carbon Disulphide, 183; Electric,218 ; Iodine, 265.Abney (W. de W.) and Schuster (A.). Eclipse Sp., 106; Photo-graphs of Solar Sp., 115.Abt (A.). Electric, 218 ; Interference, 262.Ackroyd (W.). Absorption, 52 ; Color, 197 ; Inversion, 263 ; Sodium,337.Adamkiewicz (A.). Albumin, 161.Adams (W. H.). Aurora, 136 ; Selenium, 332.Agnello (A.). Book (Eclipse of 1870), 8.Airy (G. B.). Astronomical in general, 66 ; Comets, 72, 73 ; Displace-ment of Stellar Sp., 79 ; Measurement of Stellar Sp., 82 ; Sp, ofPlanets, 87; Sun-Spots, 125; Wave-Lengths, 353.Aitken (J.). Absorption, 52 ; Water, 351.Akin (C. H.). Analysis, 40.Albert (E.). Color, 197.Albitzky (A.). Hydrocarbon, 174.Allen (O. D.). Caesium, 150 ; Rubidium, 327- (3G3)
364 INDEX OF AUTHORS.Alleyne Sir J. V. N.). Iron, 268.Ai.vi.!:i;ni.\t. Apparatus, 38.Amori (R.)< Apparatus, 26; Absorption, ~>'l ; Photographs of SolarBp., 116.Andre. < lomets, 72.Andrews (T.). Flame, 231 ; [odine, 265.A N'.i i.' >r. Solar Atmosphere, 100.ii:<>-i (A. J.), alone. Book, 8; Analysis in general, 40; Solar,Aurora, 136; Hydrocarbon, 171; Carbonic Acid, 17'-'; Electric,218; Maps, 287; Metals,290; Nitrogen, 300 ; Optical, 306; Ox-ygen, 308.
i ROM (A. J.) and Tiiai.i'.n I R.). Maps, 287.Arago. History, 1; Light, 272.Ar< i mis (A. T.). Aurora, 136.Akoxs (L.). Interference, 262.Arzruni Aj. Barium, 143; Lead, 271 ; Strontium, 340.Assche (F. van). Heat, 251 ; Selenium, 332.A ii FIELD (J.). Carbon, 153.AuBERT and DUBOIS. Phosphorescence, 312.Aymonnkt, alone Absorption, .">'_' ; II. at, 251; Liquids, 276.Aymonnet el Desains. Dark Lines, 205.Aymonnet el Maquenne. Apparatus, 20.Ayrton I W. C. i and Perry (J. . Ebonite, 171.Babinet. Longitudinal, 281 ; Paragenic, 311.Backhouse (T. W.). Comets, 73, 74, 75 ; Fixed Stars, 81 ; Aurora, 136.Bahr and Bunsen. Erbium, 228.P.aii.v I W. . Apparatus, 11, 18, 19.Ballmann II 1 - Quantitative Analysis, 49 ; Lithium, 279.
!'. llmeb (J. J. I. Hydrogen, 257.Barbies P.). Terebinthene, 183; Chlorine, L87.B v i : i . 1 1 i:i E. . Protuberances, 118.Bardy (C). Chrysoidine, 168; Riche el B.), Flame, 237.B \i:k i:i: < >. F. , 1". ilipees, 106 ; Aurora, 1B \ui' " ' i. History, 1.B \kiiii i.i my (A.). ( lomets, 72.Baudin. Sun<Spots, IBaudrdxont. Luminous Sp., 281 ; Water, 351.
INDEX OF AUTHORS. 365Bauernfeind (C. M.). Apparatus, 23.Bayley (T.). Chromium, 195 ; Cobalt, 196.Beccaria. History, 1.Becker (G. F.). History, 1.Beclard. Color, 197.Becquerel (Edm.). Book, 8 ; Apparatus, 24 ; Aluminium, 62 ; FixedStars, 81 ; Solar in general, 89 ; Photography of Solar Sp., 116
;
Radiation of Solar Sp., 122; Red End of Solar Sp., 123; Bro-mine, 147 ; Calcium, 151 ; Coloring Matters, 155 ; Color, 197 ;Electric, 218, 219 ; Fluorescent, 241; Iodine, 265; Light, 272;Luminous Sp., 281 ; Manganese, 285 ; Phosphorescent, 312, 313Refraction, 323 ; Silver, 334 ; Uranium, 347 ; Wave-Lengths, 353.Becquerel (H.). Apparatus, 24 ; Absorption, 52 ; Solar Wave-Lengths,131; Atmospheric, 133; Carbonic Acid, 179; Sulphide of Car-bon, 183; Chlorine, 187 ; Didymium, 209 ; Emission, 226 ; Flame,231 ; Metals, 290 ; Nitrogen, 300 ; Oxygen, 308 ; Red End, 322 ;Sodium, 337 ; Sulphur, 341 ; Titanium, 347 ; Water, 351 ; Wave-Lengths, 353.Bedson (P. P.) and Williams (W. C). Refraction, 323.Begouen. Comets, 70.Beheens (H.). Color, 197.Bell (L). Apparatus, 29 ; Absorption, 53 ; Cadmium, 149 ; Meteor-ological, 295 ; Nitrogen, 300 ; Wave-Lengths, 353.Belohoubek. Alkalies, 61.Benkovich (E. von). Plants, 181.Berard. History, 1.Berg (F. W.). Apparatus, 13.Bernard (P.). Solar Wave-Lengths, 131.Bernheimer e Nasini. Carbon Compounds in general, 155.Bert (P.). Carbon Compounds in general, 155.Bertiielot, alone. Comets, 70.BertiielOt et Richard. Analysis, 40 ; Flame, 231.Bertiiold (G.). History, 1 ; Fluorescent, 241.Bezold (W. von). Carbon Compounds in general, 155; Fluorescent,241; Heat, 251.Blanche Astronomical, 118.Bidwell (Shellford). Analysis, 40.Binz (C). Blood, 165 ; Oxygen, 308.
IMU-.X OF AUTHORS.Biot (J. B.). History, 1 ; Apparatus, 25; Solar Radiation, 122, L23;Twinkling of Stars, L32; Phosphorescent, 313; Radiation, 321.Bl lib I R. . History, 1.Blake i J. M. . Apparatus, L8.Blanford II. F.). Solar Photography, 116.Blabebna (P.). Book, 8 ; Apparatus, 27; Chromosphere, 102; Alco-hol, l''-l ; Heat, 251.Ble] erode i L.). Flame, 231.Blo< hw \n I R. 1. Calcium, 151.BODYN8K1 J.). Liquids, 276.Boi ck II. 1. Anthracen, 163.BOrsch. Apparatus, 12.Boettgeb R. Alizarine, 161.Bohs C. . Wave-Lengths, 353.Boillot. Solar in general, 89.Boscovicb R. J.). History, 2.
I.. . Comets, 7".Bostwick. Absorption, 53 ; Electric, 219.Boudreaux. Metals, 290.Bouguer (P.)- History, 'J.BrACKETT (C. P.)- Apparatus. 20, .'HI.Branm E.). Blood, 165 ; Hemoglobine, 174Bb L88ACK. Metals, 290.Brai h C. . Apparatus, 15,28; Photography of Solar Sp., 116.Brauher (B.). Cerium, 186; Didymium, 209.BbEDISCHIN (T. i. Comets, 7:'.. 7ti.Bred i \. Solar in general, 89.Bbewbtbb (Sir D.), alone. History, 2; Apparatus, 20; Solar in gen-eral, 89; Atmospheric, 133; Carbon Compounds in general, 1~>~>;Nitm-m, •"• l >'>: Para^enic Sp., :;i 1.Brewster l Sir I ». I and I I^adstone J. II. , Solar in general,Bbo< b < ». J. •• Solar in general, 89.Bbodie B. C Metals, 290.Brows W. < L). Philippium, 311.Bbowning (•'.' Apparatus, 11, 27, 33, 34,86; Meteors, 83; Aurora,L36.BbOcke Iv . Absorption, 53 ; Manganese, 285 ; Potassium, 319.
INDEX OF AUTHORS. 367Bruhl (J. W.). Carbon Compounds in general, 155 ; Citracon, 168
;
Mesacon, 177 ; Methacryll, 177 ; Constants, 200 ; Dispersion, 212Liquids, 276.Brunn (J.). Apparatus, 29, 32.Buchner. Blood, 165 ; Hydrogen, 257.Buffon. History, 2.Buhrig (H). Absorption, 53 ; Didymium, 209.Bunsen (R.). Analysis, 40; Meteors, 83; Csesium, 150; Didymium,209 ; Erbium, 228 ; Lithium, 279 ; Metals, 290.Buech (G. J.). Flame, 231.Burger (H). Constants, 200 ; Liquids, 276.Cacciatore. Transit of Venus, 87.Cailletet. Electric, 219 ; Flame, 231 ; Pressure, 320.Caldeeon (L.). Zinc, 360.Campani (G.). Carmine, 167 ; Nitrogen, 300.Cappel (E.). Electric, 219 ; Heat, 251 ; Metals, 290.Capranica (S.). Bile, 164.Capron (J. R.). Book, 8 ; Apparatus, 21 ; Aluminium, 62 ; Antimony,64 ; Arsenic, 65 ; Comets, 74, 75 ; Meteors, 83 ; Solar Photog-raphy, 116; Aurora, 137; Barium, 143; Beryllium, 144 ; Borax,145 ; Cadmium, 149 ; Calcium, 151 ; Carbon in general, 153 ; Cya-nogen, 169; Ether, 171; Oils, 178; Turpentine, 184; Chlorine,187; Chromium, 195; Cobalt, 196; Copper, 201; Didymium,209 ; Electric, 219 ; Flame, 231 ; Fluorine, 246 ; Gold, 250 ; Hy-drogen, 257 ; Indium, 261 ; Iodine, 265 ; Iridium, 267 ; Iron, 268
;
Lead, 271; Maguesium, 282; Manganese, 285; Mercury, 289;Meteorological, 295; Molybdenum, 298; Niobium, 299; Nitro-gen, 300; Oxygen, 308; Palladium, 311; Platinum, 317; Rho-dium, 326; Ruthenium, 327; Selenium, 332; Silicium, 333;Silver, 334; Strontium, 340; Sulphur, 341; Tellurium, 343;'Thallium, 344 ; Tin, 345; Titanium, 346; Uranium, 347; Vana-dium, 347 ; Yttrium, 359 ; Zinc, 360 ; Zirconium, 361.Carpenter (J.). Analysis, 40.Cazeneuve (P.). Hematine, 173.Cazin (A.). Electric, 219 ; Flame, 232.Chacornac. Solar in general, 89.Champion. Book, 8 ; Apparatus, 33 ; Quantitative Analysis, 49 ; So-dium, 337.Chancel (G.). Wine, 185.
3GS INDEX OP AUTHORS.Chappuis (J.). Absorption, 53 ; Nitrogen, 300 ; Oxygen, 308.Chardonnet. Apparatus, 23 ; Color, 197; Energy, 227; Dltra-Violet,348.Charpentier (Aug. . Solar in general, 89; Color, 197.Cha81 (P. E.). Solar in general, 90.
I 'i; istaing (P.). Light, 272 ; ( bcygen, 308.Chautard J.). Bromine, 147; Chlorine, 187; Chlorophyll, 192; Itrie, 219; Flame, 232; Fluorine, 246 ; [odine, 265; Silicium,3Sodium, 337.Christiansen (C). Analysis,40; Fuchsin, 172; Liquids, 276; <>;>-tical, 306.Christie (W. II.)- Apparatus, 28; Astronomical in general, G6;Comets, 73, 74, 7i) ; Bright Lines in the Solar Sp., KM ; Aurora,137 ; Dispersion, 212.CHRISTOFLE (P.). Phosphorus, 315.Church A. II.). Aurora, 137; Colein, 168; Water, 351.Ciamician <<;. L. I. Analysis, 41; Carbon in general, 153; Density,207; Flame, 232; Heat, 251.Claes i F.). Absorption, 53.Clark (Alvah, Jr. . Aurora, 137.Clarke i F. W. . Analysis, 41.Clarke (J. W.). Electric, 220.Claudet. Apparatus, 25; Chemical Effects of Solar Sp., 102.Ci.i mi v-n wv E. . Analysis. 41.Cleve P. T.). Didymium, 209 ; Erbium, 228; Bolmium, 256; Lan-thanum, 2~(i; Samarium, 329; Scandium, ''>'• 1 ; Thulium, 345;yttrium, 359,
( 'in ; . .\ Roscoe and . Beat, -'> 1.Cloiseaus Des). Chlorine, 187; Silver, 334
( Iloue. Eclipse Sp., l (, 7.Solar Photography, 1 1<">.
i - i Distribution, 217 ; Beat, 251; [odine, 265; Bianga-
- i : Metals, 290; Phospo . 313; Potassium, .".1:'.
I .I .1. P., Jr.). Apparatus, 34 ; Water in the Solar Sp., 131; Met-als, 290.Copei \m> II. '. Astronomical in general, 66; Fixed stars, 81,Aurora, 137 ; Bigh Altitudes, 25 i.Corotj A . Apparatus, 15, '-'7. 38; Analysis, 41; Absorption,
INDEX OF AUTHORS. 369Aluminium, 62 ; Antimony, 64 ; Fixed Stars, 81 ; Solar in gen-eral, 90; Solar Absorption Sp., 99; Dark Lines in the Solar Sp.,105; Telluric Rays in the Solar Sp., 129; Ultra-Violet Rays ofthe Solar Sp., 129, 130; Atmospheric, 133; Aurora, 137; Bis-muth, 145 ; Cadmium, 149 ; Copper, 201 ; Gold, 250 ; Hydrogen,257; Inversion, 263; Iron, 268; Lead, 271; Magnesium, 282;Maps, 287 ; Metals, 290 ; Silver, 334 ; Sodium, 337 ; Thallium,344 ; Ultra-Violet, 348 ; Wave-Lengths, 353 ; Zinc, 360.Cortie (A.). Sun-Spots, 125.Cory (F. W.). Meteorological, 295.Cossa (A.). Cerium, 186.Croce-Spinelli (J.) et Sivel. High Altitudes, 255.Crookes (W.). Apparatus, 23 ; Analysis, 41 ; Aluminium, 62 ; Car-bonic Acid, 179; Didymium, 209; Diffraction, 211; Discontinu-ous. 212; Erbium, 228 ; Flame, 232; Fluorescent, 241; Gadoli-nite, 247 ; Light, 272 ; Metals, 290 ; Phosphorescent, 313 ; Radia-tion, 321; Refraction, 323; Samarium, 329; Samarskite, 330;Sodium, 337 ; Thallium, 344 ; Yttrium, 359.Cros (Ch.). Carbon Compounds in general, 156 ; Silver, 334.Croullebois. Analysis, 41 ; Crystals, 203 ; Liquids, 276 ; Refraction,323.Crova (A.). Apparatus, 19, 27, 29, 33 ; Absorption Sp., 53 ; Solar Ab-sorption, 99; Solar Radiation, 123; Telluric Rays of the SolarSp., 129; Solar "Wave-Lengths, 131; Atmospheric, 133; Aurora,137 ; Flame, 232 ; Heat, 251 ; Radiation, 321 ; Wave-Lengths,353.Cruls (L.). Apparatus, 30 ; Astronomical in general, Cy() ; Comets,76, 77.Czechowicz. Electric, 220.Dalet. Solar in general, 90.Damien. Acetic Acid, 160; Liquids, 276; Sodium, 337; Water, 351.Daniel. Electric, 220.Daube (F. U.). Curctimin, 169.Datjmer et Thibaut. Oils, 178.Debray (II.). Apparatus, 20 ; Metals, 291.Delachanal (B.). Apparatus, 17, 18, 38.Delafontaine. Cerium, l<S(i; Decipium, 207; Didymium, 209; Er-bium, 228; Gadolinite, 247; Holmium, 256; Metals, 291; Phil-ippium, 311; Samarium, 329; Samarskite, 330; Terbium, 343;Thulium, 345.24 t
370 CNDBX OF AUTHORSDelatjnay. History,'-': Analysis, 41 ; Bolar Protuberances, 118; Elec-tric, 220.Pemak^ai (Eug.). Analysis, 41; Cerium, 186 j Didymium, 209 ; Elec-tric, 220.Desaines (P.). History, 2 ; Apparatus, 30; Dark Lines in the BolarSp., 105; Heat in the Solar 8p., L12; Color, 197; Crystals, 203;Dark Lines, 205; Heat, 252; Wave-Lengths, 353.Deslandbes (H.). Analysis, 41 ; Electric, 220 ; Flame, l'.">'2; Nitrogen,300.Dewab (J.). Analysis, 47; Chemical Effects of the Solar Sp., L02;Heat, 252.DlACON. Apparatus, 12; Alkalies, 61; Bromine, 147; Chlorine, 188;Copper, 201 : Electric, 220; Metals, 291.Dibbtts (H. C). Cyanogen, 169; Carbonic Acid, 179; Sulphide ofCarbon, 183; Flame, 232; Hydrogen, 257 ; Nitrogen, 300;Sulphur, 341 ; Water, 351.Dietrich (W. . Apparatus. 32; Sodium, 337.Dikulafait. Borax, 14"). 14»>; Caesium, 150; Lithium, 279; MineralWaters, 297; Nitrogen, 301 ; Rubidium, 327 ; Silver, 334; Stron-tium^^.DnscHEiNER (L.). Apparatus, 34, 39 ; Solar Wave-Lengths, 131; <stals, 203; Diffraction, 211 ; Optical, 306; Wave-Lengths, 353.Dm ii A. . Chlorine, 188; Metals, 291; Nitrogen, 301; Selenium,332; Sulphur, 341 ; Tellurium, 343.DOLI \M> (J. '. History, 2.Donatl Comets, 71.
1 >ONDER8, Analysis, 42.Donei i.y .1 P. . Apparatus, 22.Dove 11. W. , Electric", 220.Draper (H.). History, 2; Books, 8; Apparatus, 24, 28 ; Analysis, 42;
( lomets, 75 ; Fixed Stars, 82 ; Nebula, 85 ; Photography ofStellarSp., 85; Jupiter, 86; Venus, 88; Bright Lines in the Solar Sp.,102; Eclipses, 107; Oxygen in the Solar Sp., 115; Ultra-Violet
- iar Sp., L30; Solar Wave-Lengths, 131 ; Diffraction, 211 ; iDraper J. C .). Apparatus, 29; Dark Lines in the Solar Sp., 106;9 lar Eclipses, 107; Oxygen in the Solar Sp., 115; Oxygen, 309.Draper J. W. , History, 2; Apparatus, 25, ''<-: Solar Photography,116; Red Knd of the Solar Sp., 123; Con.' Sp.. 199: Energy inthe Sp., 227 ; Heat, 252.
INDEX OF AUTHORS. 371Draper (W.). Intensity of the Solar Sp., 113.Dubrunfaut. Analysis, 42 ; Flame, 232.Duclaux (E.). Analysis, 42 ; Energy in the Sp., 227.Dufet (H.). Refraction, 323.Duhem. Inversion, 263.Dujardin (F.). Apparatus, 36.Duner (N. C). Comets, 76.Dunstan (TV. R.). Carbon Compounds in general, 156.Dupre (A.). Wine, 185.Dftirou (L'Abbe). History, 2.Edelmann (Th.). Apparatus, 22.Eder (J. M.). Apparatus, 26 ; Analysis, 42 ; Absorption, 53 ; Solar ingeneral, 90.Egoroff (N.). Oxygen in the Solar Sp., 115; Telluric Rays in theSolar Sp., 129 ; Oxygen, 309.Eiger (T. G.). Aurora, 137.Eisenlohr (W.). Dark Lines, 205 ; Diffraction, 211 ; Fluorescent,241 ; Iodine, 265 ; Refraction, 323 ; Silver, 334 ; Ultra-Violet,348 ; Wave-Lengths, 354.Ellery (R. J.). Aurora, 137.Emsmann (H.). Apparatus, 15, 28; Absorption, 54; Nickel, 299;Nitrogen, 301 ; Silver, 334.Exgelhart (G.) and Bezold. Fluorescent, 241.Engelmann (T. W.). Hematine, 174; Color, 197; Electric, 220;Oxygen, 309.Erck (W.). Apparatus, 36 ; Didymium, 209.Erdmann. Didymium, 209.Esselbach (E.). Wave-Lengths, 354.Exner (K.). History, 2 ; Analysis, 42 ; Twinkling of Stars, 132 ; In-terference, 262 ; Lines of the Sp., 274.Faura (F.). Eclipses, 107.Fave. Analysis, 42 ; Fluorescent, 241 ; Phosphorescent, 313 ; Wave-Lengths, 354.Faye. History, 3 ; Apparatus, 37 ; Comets, 70 ; Solar Sp. in general,90; Solar Eclipses, 107; Hydrogen in the Sun, 113; Solar Pro-tuberances, 118; Solar Rotation, 124; Solar Storms, 124; Sun-Spots, 125 ; Aurora, 138.Ferrari. Solar Protuberances, 118.
372 INDEX OF AUTHORS.Feussner. Seat, 252.Fielding G. F. M. . Flame, 232.Fievez Ch.). Analysis, 42 ; Nebula, 8 1 : >>>\i\.r in general, 90; Magnesium in the Sm, 114: Electric, 220 ; Eeat, 252 ; Hydrogen,257; Magnesium, 282; Map, 114, 287; Nitrogen, 301.Filhol(K). Chlorophyll, 192.Fizeau. Astronomical in general, 66 ; Displacement of Stellar Sp., 79Solar in general, 91 ; Solar l>lipses, 107; Sodium, 337.Flamm vkk'N. Comets, 70.Flavj t-ky F.). Carbon Compounds in general, 156 ; Terpenes, 184.Fleck. Apparatus. 29.FLOGEL. Aurora, 138.Fock (A.). Effraction, 323.Fonvii mi: i W. de). High Altitudes, 255.Forbes (J. D . History, 3.Foot] r Le Neve). Glass, 249.Fou< ault L.). Apparatus, 31 : Dark Lines, 205.Foi cault el Fizeau. Apparatus, 25.Fh \n, [s (G. Australian Lake, 164; Fish Pigment, 171.Franckland 1'. . Carbonic Acid, 17'.': Hydrogen, 257; Lithium279; Oxygen, 309.Franckland and Lockyer. Astronomy in general, 66 ; Nebula, 84Solar in general, 91 ; Gas in the Solar Sp., 112; Flame, 232.FRA8ER i W. >. Osmium, 307.Frai de < r. . Chlorine, 188.Fraunhofer J. von). History, 3; Lines of the Sp., 274.Frazi P Aurora, 138.my. Aluminium, 62.Ii;i v I M. von . Analysis, 12.Friedlandi r (P.). ( Jhinolin, 168.
I ,in.;i!i .1 I 227 : Et< fraction, 323.FUCH8 I' - Apparatus. 28, 32,FuRNise J. J. Apparatus, 35.\ Bio d, 166; Nitrogen, 301.Garbe < I I. Apparatus, 31.t,\ ,i. Apparatus, 15, 27, 31, 35 ; Analysis, 42.
( I \i i. in. Apparatus,
INDEX OF AUTHORS. 373Gebding (Th.). History, 3.Gerland (E.). Chlorophyll, 193.Gerland (J.). Chlorophyll, 193.Gernez (D.). Absorption, 54 ; Bromine, 147 ; Alizarine, 161 ; Chlo-rine, 188; Flame, 232; Iodine, 265; Nitrogen, 301; Selenium,332 ; Sulphur, 341 ; Tellurium, 343.Gibbons (J.). Electric, 220.Gibbs (Wolcott). Apparatus, 34 ; Analysis, 47 ; Quantitative Analysis,49 ; Solar Wave-Lengths, 131 ; Constants, 200 ; Optical, 306 ;Wave-Lengths, 354.Gilmour (W.). Oils, 178.Girard (H.) et Babst. Absorption, 54.Girdwood (G. P.). Wood, 185.Gladstone (J. H.). Qualitative Analysis, 49 ; Aluminium, 62
;
Planets, 86; Solar in general, 91; Atmospheric, 134; Carbon,153; Carbon Compounds, 156; Diamond, 170; Oils, 178; Chlo-rine, 188; Didymium, 210; Dispersion, 213; Flame, 233; Hydro-gen, 258 ; Liquids, 276 ; Metals, 291 ; Nitrogen, 301 ; Oxygen,309 ; Salt, 328.Glan (P.). Apparatus, 26, 35, 36 ; Absorption, 54 ; Density, 207 ;Glass, 249 ; Polarized Light, 318.Glazebrook (Pv. T.). Apparatus, 18, 33.Goldstein. Atmospheric, 134 ; Flame, 233.Goltzsch (H.). Apparatus, 13.Gothard (E. von). Apparatus, 20, 24, 38 : Astronomical in general,66 ; Comets, 77, 78 ; Fixed «Stars, 81, 82.Gottsctialk (F.). Apparatus, 34.Gould (B. A.). Apparatus, 37.Gouy. Absorption, 54 ; Aluminium, 62 ; Solar Absorption, 99 ; DarkLines in the Solar Sp., 106 ; Barium, 143 : Bromine, 147 ; Cad-mium, 149 ; Calcium. 151 ; Carbonates, 156 ; Chlorine, 188 ; Co-balt, 196 ; Copper, 201 ; Flame, 233 ; Iodine, 265 ; Iron, 268Lead, 271 ; Lithium, 279 ; Magnesium, 282 ; Manganese, 285Metals, 291 ; Nitrogen, 301 ; Phosphorus, 315 ; Platinum, 317Potassium, 319 ; Refraction, 323 ; Rubidium, 327 ; Salt, 328Silver, 335 ; Sodium, 337 ; Strontium, 340 ; Sulphur, 341 ; Thal-lium, 344; Wave-Lengths, 354; Zinc, 360.Gouy et Tiiollon. Comets, 77 ; Solar Wave-Lengths, 131.Govi (S. G.). Apparatus, 24 ; Analysis, 43 ; Quantitative Analysis, 50.
371 INDEX OP AUTHORS.
( fc>v] (8. G.) et Lagarde. Radiation, 321.
( ,i\i.i. c. and Caro i BL . Rosaniline, 182.(Jkam.i.ai < L. N.». 15... -k: * : Casium, !."»(); Electric, 220.Greiner A.. Ir- ii. 268; Phosphorus, 315.(Ikii mmi~ A. B.)- Plains. 181.Grimm (F.). Chinizarin, 168; Ilv.lrochinon, 175.
( ;v.]\: .\ E . Fluorescent, 241.Grove (8b W. R.). Electric, 221.
( rRUBB II. I. Apparatus, 11.
( ii:i bb T. . Apparatus, 34, 35.Guillemin. Dltra-Violel Solar, 130.
< .1 n cher (C). Flame, 233 ; Inversion, 263 ; Sodium, 337.Bagerbach (E. . Electric, 221; Fluorescent, 2-12; Fluorine, 246;Bilicium, 333.Baig C. T.).« Eclipses, L07.Bammerl II.. Liquids, 276 ; Meteorological, 295.Bammond (B. K. . Corona, 103; Bydrogen in the Solar Sp., 113; In-tensity of the Solar Sp.. 1 13.H M i;i in .1. . Carbon Compounds in general, 15G.Barrel W.). Metals, 291.IIannay (J. B.). Zirconium, 361.Bareness W.). Comets, 74; Chromosphere, 103.BARTLES (W. N • Apparatus, 16, 26; Analysis, 47; QuantitativeAnalysis, "> ( >: Absorption, 54; Alkalies, 61; Solar Absorption,99; Atmospheric, 134; Beryllium, 111: Borax, 146; CarbonCompounds, 156; Acid Brown, 161; Amido Azo, etc., 162Aurin, 164; Benzene, L64; Azo, 164; Bismarck Brown, 165Carbohydrates, l ,->7; Chrysoidine, 168; Croceine Scarlet, 169Cymene,170; Dipyridene, 170 ; Fast Red, 171; Flour and Grain172; Belianthin, etc., 173 ; [odine Green, 176 ; Metaxylene, 177Naphtlialftif, 177, 178; oils, 178; Orthotoluidine, 17:'; Paratoluidine, L81 ; Picolene, 181 ; Pyridine, 182; Elosaniline Base, L82Terpenes, L84; Tetrahydroquinoline, etc, 184; Tropseolin, 1MCerium, 186; Chromium, 195; Electric, 221; Emission, 'J2'iBomologous Spectra, 256; Liquids, 276; Metals, 291 ; OjRhabdophane, : ,.2»'. ; Salt, 328; Silicium, 333; Sulphur341 ; Violet, 348; Wave-Lengths, 354.Babtben T. A . Chlorophyll, 193.H LRTSHORR] B. , Ana the Sp.. 274.
INDEX OF AUTHORS. 375Hasselberg (B.). Apparatus, 29; Comets, 74, 78; Acetylene, 160;Hydrogen, 258 ; Maps, 287 ; Metals, 291 ; Nitrogen, 301 ; Wave-Lengths, 35-4.Hastings (C. S.)- Solar in general, 91 ; Glass, 249; Heat, 252.Hautefeuille (P.) et Chappuis (J.). Flame, 234.Heinrichs. Distribution, 217.Helmiioltz (H.). Carbon Compounds, 156 ; Dispersion, 212 ; Refrac-tion, 324.Hennessey (J. B. N.). Solar Atmosphere, 100 ; Displacement in theSolar Sp., 106 ; Red End of the Solar Sp., 123 ; White Lines inthe Solar Sp., 132 ; Atmospheric Sp., 134.Hennig (R.). Apparatus, 29 ; Quantitative Analysis, 50.Henry (L. d'). Light, 272 ; Sodium, 338.Herepath (W. B.). Apparatus, 23.Herschel (A. S.). History, 3 ; Apparatus, 21 ; Analysis, 43 ; Meteors,83 ; Eclipses, 107 ; Aurora, 138 ; Carbon, 153 ; Nomenclature,305 ; Violet, 348.Herschel (Lieut. John). Nebulae, 85; Solar Protuberances, 118;Electric, 221.Herschel (Sir John). History, 3, 4; Solar in general, 91 ; Coal, 168 ;Soda, 338.Hesehus (N.). Apparatus, 13.Hesse (O.). Dispersion, 212.Heusser (J. C). Analysis, 43 ; High Altitudes, 255.Heynsius (A.) and Campbell (J. F. F.). Absorption, 55 ; Gall, 173.Hilgard (J. E.). Apparatus, 13.Hilger (A.). Apparatus, 14 ; Caryophyllaceae, 167.Hirn(G. A.). Book, 8.Hittorf (W.). Flame, 234, 237.Hock (K.). Apparatus, 11 ; Alkalies, 61 ; Oils, 178.Hoffmann (A. W.). Quinoline-Red, 182.Hofman (J. G.). Apparatus, 28, 32 ; Hydrogen, 258 ; Nitrogen, 302
;
Phosphorus, 315.Hoh (Th.). Electric, 221.Holden (E. S.). Aurora, 138 ; Electric, 221.Homann (H.). Astronomical in general, 6Q.Hoorweg (J. L.). Analysis, 43.Hopkinson (J.). Glass, 249 ; Refraction, 324.
376 INF»EX OF AUTHOBS.Hoppe-Seyleb (V.j. History, \ ; r>'»>k, 8; Blood, L66; CarbonicAcid, IT'.i; M:m-;i:i' -••. 2.S5 ; Oxygen, 309.Horner (M. C). Venus, 88; Borax. 146; Cobalt, 196; Fluorescence
'2\2: Manganese, 285; Phosphorus, 315.Hough (G. W.). Book, 9.Houzeat el Montigny. Displacement of Stellar Sp., 79.Hi : mi; (G.). Apparatus, 33; Quantitative Analysis, 50.Huggin8 (W.). Apparatus, 30, 36 ; Analysis, 43; Astronomical in gen-eral, 67; Comets, To, 79; Displacement of the Stellar 8p.,Fixed Stars, 80,82; Nebula, 85; Photography of Stellar 8p.,Sp. of Planets, 86; Solar in general, 91; Chromosphere, 103;Photography of Solar Sp., 116; Solar Protuberances, ll v ; Elec-tric, 221; Erbium, 228; Hydrogen, 258 : Microscopic, 29G;Wat.r, 351.Huggins \V.< and Milleb I \V. A.). Fixed Stars, so.Hugo L.). Birds, 165.Hi m T. Sterry I. History, 4.Huntington i O. W.)« Arsenic, 65.Hurion. Dispersion, 213; Iutrrference, 2<i2 ; Liquids, 277.HUYGHENS C.)< History, 4.II ya i r. Aurora, 138.Jacmtks (W. W. >. Aluminium, 02; Chromium, 195; Copper, 201;
1 1, at. li-VJ; Iron, 208; Platinum, 317.J ami:. Gall, 173.Jamin. Analysis, 43.Janowskj •'. V. . Refraction, 324Janssen -I. . Apparatus, 25, 34; Quantitative Analysis, 50; AQomical in general, 67; Comet, 74; Fixed Stars, 82; the Moon,
-7; Venus, VN : Solar in general, - - ilar Atmosphere, 1"":
I rona, 103-; Ellipses, 107, 108 ; Hydrogen in the Solar Sp., 113;
- lar Protuberances, 118; Telluric Rays in the Solar Sp., 129;Atmospheric Sp., 134 ; Flame, 234; High Altitudes, 255 ; 9 lium,Water, 351.Jesses I Absorption, 55.Jobst (W.). Alcohol, L61 : Aniline, 162.Johnson A). History, 4; Lines of the Sp., 274Jones II. Bence . Carbon Compounds, 157; Crystalloids, L69.Joi ii. !. P.). Electric, 221.K mm BAi m G. W. A.). Butter, 167.
INDEX OF AUTHORS. 377Kanonnikoff (J.)- Carbon Compounds, 157 ; Refraction, 324.Keeler (J. E.). Absorption, 55 ; Carbonic Acid, 180.Kern (J.). Davyum, 206.Kesslkr (F.). Apparatus, 13, 16 ; Solar in general, 92 ; Solar Photog-raphy, 116.Ketteler (E.). Apparatus, 26, 33 ; Absorption, 55 ; Dispersion, 213 ;Fluorescence, 242 ; Optics, 306 ; Refraction, 324.Ketteler und Pulfrich. Wave-Lengths, 354.Key (H. Cooper). Aurora, 138.Kindt. Chlorine, 189 ; Dark Lines, 205 ; Fluorine, 246 ; Phosphores-cence, 313 ; Phosphorus, 315 ; Silicium, 333.Kingdon (F.). Apparatus, 20.Kirchhoff (G.). History, 4 ; Book, 9 ; Apparatus, 34 ; Analysis, 43 ;Absorption, 55; Barium, 143; Caesium, 150; Calcium, 151; DLines, 204; Dark Lines, 205 ; Emission Sp., 226; Inversion, 263 ;Maps, 288 ; Polarized Light, 318 ; Potassium, 319 ; Radiation,321 ; Sodium, 338 ; Strontium, 340.Kirchhoff und Bunsen. Alkalies, 61 ; Rubidium, 327.Kirk (E. B.). Aurora, 138.Kirkwood (D.). Astronomical in general, 67 ; Aurora, 138.Klatzo. Chlorine, 189.Klercker (C. E. de). Dispersion, 213 ; Light, 272.Knoblauch (H.). Heat in the Solar Sp., 112 ; Color, 198 ; Heat, 252.Kobb (G.). Germanium, 248.Kohlrauch (F.). Apparatus, 13; Refraction, 324.KoNro (A.). Color-blind, 157 ; Color, 198 ; Platinum, 317.Konig und Dieterici. Wave-Lengths, 354.Konkoly (N. von). Apparatus, 20, 22,30,35; Astronomical in gen-eral, 67 ; Comets, 70, 73, 78 ; Fixed Stars, 81 ; Meteors, 83 ;Planets, 86 ; Electric, 221 ; Meteorological, 295.Kopp (H.). History, 4.Kovesligethy. Comets, 78.Kraiewitsch (K.). Apparatus, 13.Krauss (G.). Chlorophyll, 193jKruss (G.). Apparatus, 39 ; Heat, 252 ; Liquids, 277.Kruss und Oeconomides. Carbon Compounds, 157.Kruss (H.). Apparatus, 12, 29, 32; Analysis, 43; Quantitative Anal-ysis, 50.
JNIjKX of authors.KrCsb J. Absorption, 55.Kindt i A. . Absorption, 55 ; Dispersion, 213 ; Liquids, 277 ; Nitrogen,302; Silver, 335; Sodium, 338.Km/. (A.). Apparatus, 21.Laborde (L'Abbe). Analysis, -J:".Ladd i W. I. Bistory, 4.Lagarde i II.K Hydrogen, 258; Wave-Lengths, 355.Lallemand (A.). Apparatus, 20; Indigo, 176; Lamp-Black, 17>'>:Naphthalene, 177 ; Cobalt, 196; Copper, 202; Lead, 271; Liq-uids, '^77; Mercury, 289; Minium, 297; Oxygen, 309; Phos-phorus, 315; Platinum, :il 7 ; Polarized Light, 318; Sulphur, 341.Lamansky (8.). History, 4; Apparatus, 17; Absorption, 56 ; Solar ingeneral, 92; Heat in the Solar 8p., 112; Telluric Hays in theSolar Sp., L29; Atmospheric Sp., 134; Calcium, 151; CarbonCompounds, 157; Sulphide of Carbon, 183; Electric, 222 ; Flu-orescence, 242; Glass, 249; Heat, 2-"):;; Sulphur, 342.Lamont. Astronomical in general, 68 ; Fixed Stars, 80.I.\my A.). Thallium, 344Landauer (J.). Absorption, 56; Carbon Compounds, 157; Safranin,L83.
I. andolt (H.). Apparatus, 21 ; Carbon, 153 ; Carbon Compounds, 157
;
Liquids, 277.Lang (V. von). Apparatus, 28 ; Red End of the Solar Sp., 124; At-mospheric Sp., 134; Calcium, 151; Dispersion. 213; Beat, 353;Refraction, 324.I.W..I.I.Y (S.P.). Apparatus, 30, 32 ; Analysis, 43, 44 ; Absorption, 56Astronomical in general, 68 ; Venus, * s ; Solar in general, 92, 93 ;
- lar Absorption, 100; Solar Beat, 112; Entensity of the SolarSp., 113; Radiation of the Solar Sp., 122; Red End of the SolarSp., 124; Atmospheric, L34; Energy, 227; Beat, 253; High Al-titudes, 255; Lines of the Sp., 274; Salt, 328; Volcanoes,Wave-Lengths, 355.Labp] m:i - II. . Apparatus, 20.Lai as] dat. Eclips* -. 108.Lavaud de Lastradj . Apparatus, 23; Solar in general,l.i \ (M. Care} , Bromine, 147; Carbon Compounds, 158; Color, 198;Glass, 249; Silver, 335.Li \. ii .1. II. . Analysis, A LLecher E.). Absorption, 56; Atmospheric, 134 ; Beat, 253; Radia-tion, 321.
INDEX OF AUTHORS. 379Lecher und Pernter. Absorption, 56 ; Dark Lines, 205.Lecoq de Boisbaudran (F.). Book, 9 ; Analysis, 44 ; Aluminium, 62,63 ; Antimony, 64 ; Barium, 144 ; Bismuth, 145 ; Borax, 146 •Bromine, 147 ; Cadmium, 149 ; Csesium, 150 ; Flour and Grain,172 ; Cerium, 186 ; Chlorine, 187, 189-191 ; Chromium, 195 ; Co-balt, 196 ; Copper, 202 ; Decipium, 207 ; Didymium, 210 ; Dys-prosium, 218; Electric, 222; Erbium, 229; Flame, 234; Fluo-rescence, 242, 243 ; Gadolinite, 247 ; Gallium, 248 ; Germanium,248 ; Gold, 250 ; Holmium, 256 ; Hydrogen, 259 ; Indium, 261
;
Iodine, 266 ; Iron, 268 ; Lead, 271 ; Light, 272 ; Lines of theSpectrum, 274 ; Lithium, 279 ; Luminous Sp., 281 ; Magnesium,282 ; Manganese, 285 ; Mercury, 289 ; Metals, 292 ; Nickel, 299Nitrogen, 302; Palladium, 311; Phosphorescence, 313; Phos-phorus, 315; Platinum, 317; Potassium, 319; Rubidium, 327;Samarium, 329 ; Samarskite, 330 ; Silver, 335 ; Sodium, 338Strontium, 340 ; Terbium, 343 ; Thallium, 344 ; Tin, 345 ; Water,351 ; Wave-Lengths, 355 ; Ytterbium, 358 ; Zinc, 360.Leeds (A. R.). Metals, 292.Lemoine (G.). Hydrogen, 259 ; Iodine, 266.Lemstrom (S.). Aurora, 138.Lkpel (F. von). Apparatus, 38; Absorption, 56; Carbon Compounds,158 ; Alkanna, 162 ; Beets, 164 ; Wine, 185 ; Inversion, 263 ;Magnesium, 282 ; Silicium, 333.Le Roux (F. P.). Apparatus, 20.Leverrier. Solar Atmosphere, 100.Levison (W. G.). Apparatus, 32.Lewy. Eclipses, 107.Liais (E.). Corona, 103 ; Aurora, 138.Liebermann (C). Anthracen, 163 ; Anthrarufin, 163 ; Egg-Shells,165; Chotelin, 168; Hydroxyanthraquinone, 175.Liebermann (L.). Fuchsin, 172; Hydrobilirubin, 175; Chlorophyll,193 ; Fluorescence, 243.Liebich (T.). Apparatus, 35.Lielegg (A.). Book, 9 ; Carbon Compounds in general, 158 ; Flame,234 ; Iron, 268.Lindsay (Lord). Comets, 72, 73; Nebula?, 85; Jupiter, 87; Eclipses,108 ; Aurora, 139.Linnemann (E.). Austrium, 143 ; Zirconium, 361.Lippich (F.). Apparatus, 35 ; Flame, 234.Listing. Limits of the Sp., 273.
3S0 I\I»KX OF AUTHORS.Littrow (Otto von). Apparatus, 36; Solar Atmosphere, 100.LrvEnrc <i. I >. }, Apparatus, 17: Analysis, 46; Calcium, 151 ; Disper-sion, 214; Fluorine, 246 ; [odine, 266; Mercury, 289.Liveing (G. D.) and Dewab (J.). Bistory, 5; Apparatus, 12, 15, 16,17: Analysis, 1 1 : Quantitative Analysis, 50; Corona, HClements in the Sun, 111; Sun-Spots, 126; Carbon, 153; Carbon
< impounds, 158 ; Cyanogen, 169 ; Hydrocarbons, 175 ; Electric,222; Explosions, 230 ; Flame, 234, 235 ; Hydrogen, 259 ; [nBion, 263; Lithium, 280; Magnesium, 283; Metals, 292, 2Potassium, 319 ; Rhabdophane, 326; Sodium, 338; Violet, 348;Water, 351.Lloyd. History, 5.Loceyer (J. N.). Book, !»; Apparatus, 19, 25, 36 ; Analysis, H, 47 ;(^uaiititativi- An:il)>i.<. .")<); AK.-.>rption, 57; Antimony, 64; Anic, 65; Astronomy in general, 66,68; Nebulae, 84; Solar ineral, 93, 94; Brighl Lines in the Solar Sp., 102 ; Chromosphere,L03; Carbon, 153, 154 ; Electric, 222 ; Flame,235; Heat,253;Hydrogen, 259 ; [nversion, 263; [odine, 266; [ron,268; Lithium,280; Mercury, 289; Multiple Sp Nitrogen, 302; Phos-phorus, 315; Sodium, 338; Sulphur, 342; Zinc, 360.Loceyer and Seabroke. Corona, 103.Lohse (O.). Apparatus. 31, 32 ; Corona, 103; Gun-Cotton, 173; Elec-tric, 222; Glass, 249.Lommel (E.). Book, 9; Apparatus, 13,16, 1 7, 2 1, -7, :;i ; Absorption,
•~>7 ; Chlorophyll, 193 ; Dispersion, 214 ; Electric, 222 ; Flucence, 243, 244; Heat, •-'•">•': ; [nterference, 262; [odine, 266;Light, 272; Optics, 306; Phosphorescence, 313, 314; Red Enthe Sp., 322 : Refraction, 32 1.
.1 II. . Flame, 235.Lorenz I. . Constants, 200 ; Dispersion, 214Lorsoh] M' •'. i. Book, ''.1/ .rixiN .1. ). Analysis, !•">.
I... vi E. J. . Apparatus, 24 ; Glass, 249.Lubabb ii (O. . Analysis, 45; Fluorescence, 244Lubboi k Dr. M. i. Color, 198.Ij. g E. . Nitrogen, 302; Olygen, 309.
I . s dquibt. Distribution, '-'17 ; Heat, 2Li i/.. Apparatus,Livim. Apparatus, 23 ; Analysis, 45.Macagno J.), [ntensity in the Solar Sp., 113; Aniline, 163.
INDEX OF AUTHORS. 381Mace de Lepinay (J.). Analysis, 45 ; D Lines, 204; Wave-Lengths,35.5.Mace (J.) et Nicati (W.). Intensity in the Solar Sp., 113.Macfarlane (A.). Analysis, 45.Mach (E.). Dispersion, 214 ; Glass, 249.Maclear. Solar in general, 94; Atmospheric Sp., 134; Aurora, 139.MacMunn (C. A.). Book, 9 ; Carbon Compounds, 158 ; Bile, 165
;
Hematine, 174; Urine, 185.Madan (H. G.). Apparatus, 35.Magnus (G.). Flame, 235 ; Heat, 253:Malus (E. L.). History, 5.Maly (R.). Bile, 165 ; Gall, 173.Manet. Apparatus, 17.Manly (W. R.). Meteorological, 295.Marie-Davy. Meteorological, 295.Marignac (C). Gadolinite, 247 ; Sainarskite, 330 ; Ytterbium, 358.Marvin (T. H.). xlpparatus, 24.Mascart. Apparatus, 19 ; Ultra-Violet Solar Sp., 130 ; Dispersion, 214 ;Electric, 222 ; Flame, 235 ; Interference, 262 ; Maps, 288 ; Re-fraction, 324 ; Ultra-Violet, 348 ; Water, 351 ; Wave-Lengths,355.Maskeleyne. History, 5.Masson (A.). Alcohol, 161 ; Terebinthene, 183 ; Electric, 222 ; Plati-num, 317.Matthiessen. Analysis, 45 ; Solar in general, 94 ; Solar elements, 111Ultra-Violet Solar Sp., 130.Maunder (E. W.). Comets, 76 ; Fixed Stars, 81, 82.Maurer (J.). Absorption, 57 ; Atmospheric, 134.Maxwell (J. C). Color, 198.Mayer (A. M.). History, 5; Apparatus, 21, 26.MeldeiF.). Absorption, 57 ; Liquids, 277.Meldola (R.). History, 5; Bright Lines in the Solar Sp., 102 ; Phe-nols, 181 ; Oxygen, 310.Mellonl History, 5 ; Solar in general, 94 ; Heat, 253.Melvill (T.). Flame, 236.Mendelejeff (D.). Gadolinite, 247 ; Gallium, 248 ; Metals, 293.Mendenhall (T. C). Apparatus, 18.Mermet. Apparatus, 17.
382 INDi:\ OF AUTHORS.
Mii:/. >.). Apparatus, 27. 37; Astronomical in general, 68; FixedStar.. 80; Dark Lines, 205 ; Glass, 249.Ml --i i:-< HMIDT (J. B.). Wave-Lengths, 3o5.Meyer (A.). Absorption, 57 ; Morphine, 177.Meter ( >. E. i. Dispersion, "-14.Meyer (W.). Comets, 70; Brucine, 167.Mnm i 3i »n A. i. Apparatus, 30.Mni. II. R.). Meteorological, 295.MlLLARDET (A. . Chlorophyll, 193.M i i.i.i i; F. . Apparatus, 33, SP4.Miller (W. A.). History,"); Analysis, 45; Astronomical in general,67,68; Solar in general, 94; Electric, 223; Flame, 236; Thal-lium, 344.Miller (H. Hallows). Nitrogen, 303.Milne (G. A.). Flame, 236.Mitscherlich. Apparatus, 35; Analysis, 15; Bromine, 148; Chlorine,191; Flame, 236; Iodine, 266; Metals, 293; Nitrogen, 303 - -dium, 339.Mmih.u (R.). Diphenyl, 170.Mohr I F.). Flame, 236.MOIGNO ! F. I. ApparatUB, 29 J Analysis, 15.Moissan (H.). Cyanogen, 169; Potassium, 319.MONCEL (Du). Electric, 223.MoN( khoven. Intensity of the Solar Sp., 10C> ; Flame, 236 ; Hydro259; Metals, 293; Ultra-Violet, 349.Montiqny. Displacement of Stellar Sp., 79; Twinkling of Stars, 132.Morel \m». Diffraction, 211.M< irohj n I A. i. Iodine, 266.Morichiri I I >. P. . History, 5.Morize I II. i. Apparatus, 31.Morren A.). s,.hir in general, 94; Carbon Compounds, 158; Acety-lene, L60; < 'yanogen, 170; < Ihlorine, 1 s 7 ; Dispersion, 214; Flame,Morton II.. Analysis, 15; Bclipses, 109; Purparin, 181*; Flucent, 244; Liquids, 277 ; Cranium, 347 ; Ultra-Violet, 349.Mobrr (J.). Analysis, 15; Inversion, 263 ; Nitrogen, 303.Mousbod \ History,5; Apparatus, 15, 34; Analysis. 16; Disper-n. 214.
INDEX OF AUTHORS. 383Moutier (J.)- Analysis, 46.Mouton. Apparatus, 20 ; Heat in the Solar Sp., 112 ; Dispersion, 214 ;Heat, 253 ; Wave-Lengtte, 355.Muirhead (H.). Analysis, 46.Mulder. Phosphorus, 316 ; Selenium, 332 ; Sulphur, 342.Muller (G.). Iutensity of the Solar Sp., 113.Muller (J.). Apparatus, 16, 22, 26 ; Heat in the Solar Sp., 112 ; Pho-tography of the Solar Sp., 117 ; Solar Wave-Lengths, 132 ; DarkLines, 205 ; -Diffraction, 211; Electric, 223; Heat, 253, 254;Manganese, 286; Refraction, 325; Ultra-Violet, 349; Wave-Lengths, 355.Munro (J.)- Aurora, 139.Murphy (J. J.). Aurora, 139.Naschold. Blood, 166.Nasini (R.). Carbon, 154; Carbon Compounds, 155 (Bernheimer etN.).Negri (A. e G. de). Hydrocarbon, 175.Nencki und Lieber. Excrements, 171 ; Urine, 185.Neusser (E.). Urine, 185.Newlands (J. A. R.). Aurora, 139.Newton (Sir Isaac). History, 5.Nicati (W.). Intensity of the Solar Sp., 113.Nichols (E. L.). Analysis, 46; Color, 198, Platinum, 317.Nickles. Carbon Compounds, 158 ; Thallium, 344.Niepce de Saint Victor. Photography of Solar Sp., 117 ; Color, 198.Nilson (L. F.). Scandium, 331 ; Ytterbium, 358.Nilson (L. F.) and Peterson (E.). Beryllium, 144.Niven (C). Displacement of Stellar Sp., 80 ; Planets, 86.Noack. Apparatus, 21.Noble (W.). Comets, 74 ; Moon, 87.Noorden (C. von). Quantitative Analysis, 50.Norton (W. A.). Comets, 72 ; Solar in general, 94 ; Corona, 103.Oettigen (A. J.). Aurora, 139.Olmstead (D.). Solar in general, 94.Otto (J. G.). Blood, 166 ; Methamoglobin, 177.Outerbridge (A.). Apparatus, 23.Paalzow. Electric, 223 ; Flame, 236 ; Oxygen, 310.Palmieri (L.). Chlorine, 191 ; Volcanoes, 350. •
3S4 IM'KX OF AUTHORS.Papillon. Carbon Compounds, 1P.\i:i\\ni el Dubosoq. Apparatus, 39 ; Density, 207.Parker (J. Spear). Apparatus, 12 ; Iron, 268.I'akuy J.). Electric, 223 ; Flame,236; [ron, 268.Pari m.i.i. i 1 1. d< ». Meteorological, 295.Pasteur. Phosphorescence, -">14.
I'i [R i B. <). J.). Color, 198; Mercury, 289.Peirce (C. 8.). Analysis, 46; Lines of the Bp., 274; Wave-Length/;,356.Pentland. Beat of the Solar Sp., 112.Perkes (W. H. . Absorption, 57 ; Alizarin", L62; Anthrapurpurine,L63.Pernter, Lecher und. Absorption, 56.
I'i rr( tin. Comets, 78.
I'i i:i:y (S. J.). Fixed 6tars,81; Chromosphere, 104; Eclipses, 109
;
Sun-Spots, L26; Aurora, 139; Ebonite, 171.
I'i -; in. Solar sp. in general, 95.
I'i ii:i J.). Flour ami Grain, 172.
I'i DRUSCHEWSKi (Th. . Apparatus, 27.
I'i i zv \ i Jos. . Electric, '-"_' : :I'ri in i: i \Y. . Carbonic Acid, 180.Phipson T. L.). Absorption, 57 ; Ruberine, 182.Pickerei I C Apparatus, 15 ; Astronomical in general, 68 ; Fixedre, 81; Nebulae, 84, 85; Photography of Stellar Sp., 117; RedEnd of Solar Sp., 124; Aurora, 139; Diffraction, 211; Ultra-violet, 349; Wave-Lengths, 356.Pierre h. i el Pi chai I'.. . Main.-. 2Pigoti (G. W*. Royston . Apps S lar in general, 95.I'm i~< hik< in . Apparatus, 21.I'i- \m. Co sium, 150.Pisati G • Pati un* >. Benzene, L6 I.
I
'
I ' . ( ihromo -• ae, 168 ; Excrements, 171.PlCck i ::. Analysis, M>; Borax, 146; Carbonic Acid, I80j Electric,
'. : Flara< . .1 'luorine, 2 W : 1 1\ dia, 310; Refraction, 325; Selenium, 332; Sulphur,
1
!
Absorption, '''7 ; ( Ihlorophyll, 1"P.. i in A. . Alkalies, 61.
INDEX OF AUTHORS. 385Poey (A.). Chemical Effects of the Solar Sp., 102 ; Ultra-Violet SolarSp., 130.Poggendorff (J. C). History, 6.Porro. Comets, 71 ; Longitudinal Rays, 281.Powell (J. Baden). History, 6.Prazmowskt. Apparatus, 25 ; Comets, 71 ; Aurora, 139; Color, 198.Preyer (W.). Quantitative Analysis, 50; Carbon Compounds, 158.Priestley (Dr. J.). History, 6.Prillieux. Density, 208.Pringle (G. H.). Aurora, 139.Pringsiieim. Absorption, 57; Red End of the Solar Sp., 124; SolarWave-Lengths, 132; Chlorophyll, 193, 194; Red End of theSpectrum, 322.Pritchard (C). Analysis, 46.Proctor (H. R.). Apparatus, 21, 22; Electric, 223.Proctor (R. A. ). Book, 9 ; Apparatus, 11 ; Astronomical in general,68; Solar in general, 95; Aurora, 139.Prytz (K.). Constants, 200.Puiseux (A.). Eclipses, 109.Pulfrich (C). Absorption, 57 ; Wave-Lengths, 356.Pulsifer (W. H.). Apparatus, 30.Quincke (G.). Apparatus, 18 ; Diffraction, 211 ; Liquids, 277; Optics,306.Radau (R.)- Book, 9 ; Apparatus, 27.Rabzizewski (B.). Phosphorescent, 314.Ranvier (L.). Carbon Compounds, 158.Rayet (G.). Astronomical in general, 70; Comets, 72, 78; Solar At-mosphere, 100 ; Solar Eclipses, 109 ; Solar Protuberances, 119
;
Sun-Spots, 126; Aurora, 139.Rayet et Andre. Comets, 72.Rayleigh (Lord). Apparatus, 18; Analysis, 46; Color, 198; Energy,227 ; Optics, 30G ; Ultra-Violet, 349.Redtenbaciier (J.). Mineral Waters, 297.Reformatory (S.). Hydrocarbon, 175.Regimbeau. Analysis, 46.Reich (F.) und Riciiter (Th.). Indium, 261.Reimann (M.). Aniline, 163.Reinke ( J.). Analysis, 46. 925 t
386 INDEX OF AUTHORS.Hi iNoi.i). Analysis, 46,Reitltngbb (Edm.). Electric, 223; Hydrogen, 259 ; Nitrogen, 303.Rennie E. EC.). Drossera Whittakeri, L70.R ESPiGHi ( L. \. Bunk, '.• ; Comets, 71 ; Solar 8p. in general, 95 ; Corona,104; Eclipses, 109; Solar Protuberances, 119 ; Aurora, 140.Ki.vi: < Th.). Apparatus, 17 ; Sular Protuberances, 119; Sun-Spots, 126.Reynolds -J. E. . Apparatus, 11,21; Analysis, 46; Beryllium, 144;Carbon Compounds, 158; Alizarine, 162; Brazil-wood, 185; Sul-phur, 342.RlCCA V. 8.). Corona, 104.\.i. Apparatus. 15,28,35; Analysis, 47; Coin.'!-, 7 » '« . 77, 7 -^
:
Solar iu general, 95; Corona, 104; Solar Eruptions, 111; Sun-Spots, 126; Magnesium, 283; Water, 352.Richakd et Bebthelot. Analysis, 40; Flame, 231.RlCHE et Babdy. Flame, 237 ; Sulphur, 342.Ricouu (Th.). Dispersion, 214.Ridolfi (C). Water in the Solar Sp., 130.Ill 1 1 1 : (J.). Eclipse, 110.RlTTEB. History, 6.Robebts I W. C). Analysis, 46.IioiiH;ti:r. Sular Sp. in general, !>•">; Electric, 223.R0BIN81 >n 1 1. I. Aurora, 1 ID.Robinson T. B.). Apparatus, 27.R( >bin80N (J.). History, <i.Rohbbacb (C). Dispersion, 214; Liquids, 278.ROLLETT (A. . Apparatus, 23 ; Interference, L'tij.Romanes C. H.). Solar Sp. in general, 95 ; Aurora, 140; Meteorolog-ical, 295.Rood(O.N.). Eistory, 6; Books, 9; Apparatus, 22, 28, 31 ; Analysis,47; Quantitative Analysis, 51; Didymium, 210; Double Spectra,217; [ndigo,261; Nitrogen, 303 ; Secondary Spectra, 331.Robcoe II. I- Books, 9; Analysis, 17; Corona, loi; Atmospheric,L34; Bromine, 148; Carbon, L54; Chlorine, 191; Heat, 5[odine, 266; Iron, 269j Potassium, 319; Ruthenium; 327
;
dium, 3RosENBEBG 1'.. I. 1 Effraction, 21 1.RosENBTiEHL (A.). Alizarine, 162.1; -iky. Diffraction, 21 1.
INDEX OF AUTHORS. 387Rowland (H. A.). History, 6; Apparatus, 17, 18; Maps, 114; SolarPhotography, 117 ; Solar Wave-Lengths, 132; Aurora, 140 ; Wave-Lengths, 356.Rowney (T.). Analysis, 47.Rudberg (Fr.). History, 6.Rue (Warren de la). Photography of Stellar Sp., 86 ; Solar Protuber-ances, 122.Ruprecht (R.). History, 6 ; Book. 9.Russell (H. C). Comet, 77 ; Atmospheric, 134.Russell (W. J.). Absorption, 57; Chlorine, 191; Chlorophyll, 194;Cobalt, 196 ; Liquids, 278.Rutherfurd (L. M.). History, 6 ; Astronomical in general, 68 ; Meas-urement of Stellar Sp., 82.Saarbach (H). Methamoglobin, 177.Sabatier (P.). Alkalies, 61 ; Chromium, 195.Sachsse(R.). Chlorophyll, 194.Sainte-Claire Deville. Calcium, 152.Salet (G.). Apparatus, 16; Analysis, 47; Absorption, 58; Aurora,140; Carbon, 154; Chlorine, 191 ; Distribution, 217 ; Double Sp.,217; Flame, 237; Iodine, 266; Metals, 293, Nitrogen, 303 ; Phos-phorus, 316; Selenium, 332; Silicium, 333 ; Sulphur, 342; Tellu-rium, 343 ; Tin, 345 ; Wave-Lengths, 356.Salisbury (The Marquis of). Heat, 254; Lines of the Sp., 274.Salm-Horst (Der Fiirst zu). Apparatus, 28 ; Ultra-Violet, 349.Sampson (W. T.). Corona, 104.Sands (B. F.). Book, 9 ; Eclipse, 110.Santini (S). Flame, 237 ; Hydrogen, 259.Sarasin (Ed.). Aluminium, 63 ; Cadmium, 149 ; Crystals, 203 ; DLines, 204 ; Fluorine, 246 ; Refraction, 325 ; Silicium, 333 ; Zinc,360.Sauer (L). Ultra-Violet, 349.Schaick (W. C. von). Dispersion, 215.Schellen (H). Book, 9.Schelske (R.). Carbon Compounds, 158.Schenck (L. S.). Bonellia Viridis, 167; Flame, 237.Sciiimkow (A.). Atmospheric, 135; Electric, 223; Heat, 254 ; Nitro-gen, 303.Sciiiff (H.). Quantitative Analysis, 51; Carbon Compounds, 15!);Aniline, 163.
388 INDEX 01 A! ["HOBS.
S< n mil i. Aurora, 140.BchOnn ( L.)- Apparatus, 13 j A-beorption, 58 ; Alcohol, 161; Flowers,172; Leaves, 176; Liquids, 278; Nitrogen, 303; Ultra-Violet,309; Water Sp., 352.Schoop (P.). Aniline, L63.& bottwer! F.i. Flame, 237.Schrauf (A.). Carbon, 154; Dispersion, 215.BchbOdeb (H.). Liquids, 278; Refraction, 325.S< ii i : < » i i ik. [ndium, 261.Schultz B.). Apparatus, 19.Schtjlz-Sellao (C). Absorption, 58; Silver, 335.& hunck (E.). Purple, 182.Bchusteb A.i. Apparatus, li': Analysis, 17; Eclipses, 110; Oxjin the Solar Sp., 115; Carbon, L54; Electric, 223 ; Flame, 237;Metals, 293; Nitrogen, 303 ; Oxygen, 310; Radiation, 321.Schwebd I F. M. I. History, 6.Seabroke (G. M.). Comet, 74; Displacement of Stellar Sp., 80; fc»olnrin general, 99 ; Aurora, L40; Hydrogen, 259.Secchi (A.). History, 6; Books 10; Apparatus, 36, 37 ; Analysis, 17;Aluminium, 63; Astronomical in general,! : -. 71. 7J.73,79; Displacement of Stellar Sp., 80 ; Fixed Stars, 80, 81, 82;Measurement of Stellar Sp., 82 ; M $3; Nebulae, 84; Plan-ets, 86, 'v 7, 88; Solar in general, 95, 96; Solar Atmosphere, 101 ;Solar Corona, 104; Eclipses, 110; Solar Eruptions, 111; SolarProtuberances, 1 19, 120, 121 ; Solar Storms 124 ; Sun-Spots, 127 ;Atmospheric, 135 ; Aurora, 140; High Altitudes, 255 ; Hydrogen,259, 260; [ron,269; Magnesium, 283 ; Metal?, 294; Sodium,Thallium, 3 1 1 ; Water Sp.,Sej bi i b T. J. History, 7.Si... tin .I.M . Electric, 224 ; Fluorine, 246 ; Light,272; Phosphorus,316; Silicium, 333; Sulphur, 342.Sekulic. [nterference, 262; Dltra-Violet, 349.Sellmeier (W.). Color, 198; Dispersion, 215.!I. de). Borax, 146; Carl ic Acid, L80; CarbonalSoda, 183; Crystals, 203 ; Oxygen, 310; Sodium, 335a; Sulphur,342.mmm: II. . Flowers, 172.m inn in A. |. Aurora, 140.Setteoasi 11 . Quantitative Analysis, 61 ; Nitrogen, 303; Silver,
INDEX OF AUTHORS. 389Sherman. Astronomical, 69 ; Comets, 79 ; Fixed Stars, 80.Sieben. Density, 208 ; Dispersion, 215 ; Heat, 254.Silbermann (J.). Meteors, 83 ; Aurora, 140.Sileiman (J. M.). Apparatus, 12; Iron, 269. ,Simmler (R. Th.). Book, 10; Apparatus, 19 ; Analysis, 47; Borax,146 ; Copper, 202 ; Electric, 224 ; Flame, 237 ; Mineral Waters,297.Sirks (J. L.). Selenium, 332.Smith (A. P.). Flame, 238 ; Salt, 328.Smith (Lawrence). Didymium, 210 ; Erbium, 229; Mosandrum, 298.Smith (C. Mitchie). Meteorological, 295, 296.Smyth (C. Piazzi). Book, 10; Apparatus, 20, 38 ; Analysis, 47 ; As-tronomical in general, 69; Solar in general, 97 ; B Lines in theSolar Sp., 101 ; Heat in the Solar Sp., 113; Red End of the SolarSp., 124; Solar Wave-Lengths, 132; Aurora, 140; Carbon, 154;Cyanogen, 170; Hydrocarbon, 175; Color, 198; Dispersion, 215;Flame, 238 ; Meteorological, 296 ; Oxygen, 310 ; Wave-Lenghts,356.Sohnke (L.). Heat, 254.Sokoloff (A.). Apparatus, 19.Somerville (Mrs.). Chemical Effects of the Solar Sp., 102.Sonrel. Photography of the Solar Sp., 117; Sun-Spots, 127.Sorby (H. C). Apparatus, 22, 28 ; Qualitative Analysis, 49 ; CarbonCompounds, 159; Aphides, 163; Blood, 166; Bonellia Viridis,167; Hemoglobin, 174; Leaves, 176; Spongilla Fluviatilis, 183;Color, 199 ; Fluorescence, 244 ; Jargonium, 270 ; Uranium, 347 ;Zirconium, 361.Soret (C). Apparatus, 30; Aluminium, 63; Alum, 162; Dispersion,215 ; Fluorescence, 245.Soret (J. L.). Apparatus, 17; Absorption, 58, 59 ; Heat in the SolarSp., 113; Blood, 166; Color, 199; Crystals, 203 ; Didymium, 210Diffraction, 211 ; Dispersion, 215; Flame, 238; Gadolinite, 247Liquids, 278; Metals, 296; Nitrogen, 303 ; Polarized Light, 318Samarskite, 330; Ultra-Violet, 349,350; Water Sp., 352 ; Yttrium, 359.Spee. Diffraction, 211 ; Helium, 255.Spiller (J.). Phosphorescence, 314.Sporer. Solar Protuberances, 121.Spottiswoode (W.). Color, 199.
390 INDEX OF AUTHORS.Si lb. Beat, 254.Btbarm c. II. a.,.l L.i: G.H.). Flame, 238; Nitrogen, 303; Piare, 320.STEBBIN J. II.)- A/.'i Colors, 1»>4 ; Lamp-Iiiack, 176.Sii.i en (J.), Seat, 264; [nterference. 262.Stein (W.). Carbon Compounds, 159; Morindon, 117; Flame, 2Glass, 249; Liquids, 278.>i ii niii:ii.. Analysis, 18.Stengeb - F.)< Electric, 224; Fluorescent, 245.s i BNHOU8E. Morindon, 1 17.Stevens W. L I. Apparatus, 30.Stewart (B.). History, 7; Analysis, I s : Solar in general, 97;Eclipses, 110; Solar Protuberances, L21; Sun-Spots, 1-7; Tour-meline, 184; Exchanges, 230.Stieren i E. . History, 7.Sto cvis l B. J.). Bile, 165; Gall, 173.Stokes (G. G.). History, 7: Book, 10; Analysis, 48; Alcalies, 61;Solar in general, 97; Carbon Compounds, 159 ; Blood, 166; I)Lints, 204; Dispersion, 215; Electric, *-"-4: Phosphorescent, 314;Dltra-Violet, 350.Stone (E.). Analysis, 48; Nebula?, 84; Aurora, 141.Ston i: W. II. 1 - Apparatus, '', I.dEi (Johnstone). Apparatus, 35; Astronomical in general, 69;Solar in general, 97; Chlorine, I'M ; Flame, 238.BtBOUMBO. Analysis, 48.Slut ri' .1. W. i. Apparatus, 18.StrUVE I O. \'"ii ). Aurora, 141.Sueur A. F . Astronomical in general, 69; Fixed Stars, 81 ; Nebula),84, 85; Planets, 87; Aurora, 141.SUPPOI k W. T. . Apparatus, 1':!.Sundi ii. I A. F. . Apparatus, 19.Swan (W.). History, 7; Carbon Compounds, 159; Flame,238; Hy-drogen, 260.Tacchini (P.). Comets, 76, 19 ; Venus, 88; Solar in general, 976 '.ar Atmosphere, l"l ; B Lints in the Solar Sp., 1<'1 : SolarChromosphere, 104; Ellipses, 11<»; Solar Eruptions, 111; Pho-tography of Solar Sp., 117; Solar Protuberances, 121, 122; Sun-Spots, 1-7, 128; Aurora, 141 ; Magnesium, 28 t.Taxi I*. I • Apparatus, '-'7.
INDEX OF AUTHORS. 391Talbot (H. Fox). Analysis, 48 ; Flame, 238 ; Lithium, 280.Tarry (H.). History, 7; Solar Storms, 124; Aurora, 141; Meteor-ological, 296.Tennant (J. F.). Eclipses, 110.Terquem et Trannin. Liquids, 278 ; Refraction, 326.Thalen (Rob.). History, 7; Book, 10; Analysis, 84; Solar in general,98; Didymium, 210 ; Erbium, 229; Iodine, 267; Iron, 269; Lan-thanum, 270 ; Limits of the Sp., 273 ; Maps, 288 ; Metals, 294
;
Samarium, 329 ; Scandium, 331 ; Thulium, 345 ; Wave-Lengths,356 ; Ytterbium, 358 ; Yttrium, 359.Thenard (P.). Analysis, 48; Heat in the Solar Sp., 112.Thierry (M. de). Apparatus, 11, 39.Thollon (L.). Apparatus, 12, 14, 28, 35, 37; Comets, 74, 77, 78;Venus, 88 ; Solar in general, 98 ; B Lines in the Solar Sp., 101D Lines in the Solar Sp., 105; Eclipses, 110; Solar Protuberances,122; Solar Storms, 124; Telluric Solar Sp., 129; Carbon Com-pounds, 159; D Lines, 204; Dispersion, 215 ; Maps, 288; Sodium,339; Wave-Lengths, 356.Thompson (C. M.). Didymium, 210.Thorner (W.). Chinon, 168.Thudichum (J. L. W.). Bile, 165 ; Hematine, 174 ; Luther'ine, 176 ;Potassium, 319 ; Uranium, 347.Tilden (W. A.). Hydrocarbon, 175.Timiriasef. Analysis, 48 ; Solar in general, 98 ; Carbonic Acid, 180 ;Energy in the Sp., 227.Tisserand (F.). Sun-Spots, 128.Tommasi (D.). Electric, 224; Silver, 336.Trannin (H.). Density, 208 ; Wave-Lengths, 356.Tremeschini. Sun-Spots, 128.Trepied (C). Comets, 79 ; Eclipses, 110.Tresca. Aurora, 141.Troost and Hautefeuille. Borax, 146; Carbon, 154; Silicium, 333 ;Titanium, 346 ; Zirconium, 361.Trouvelot (E. L.). Absorption, 59 ; Solar in general, 98 ; Solar Ab-sorption, 100; Solar Atmosphere, 101; Protuberances, 122; Sun-Spots, 128.Trowbridge (J.). Analysis, 48.Truciiot (P.). Lithium, 280 ; Mineral Waters, 297.Tschirch (A.). Apparatus, 23 ; Chlorophyll, 194.
302 INDEX OF .M i BORS.Tu< ki i: A. E. I. Apparatus, :;•-'.Tumlirz < >. I. Absorption, 59 ; Liquids,
'l'i pm \n I ( lapt). Protuberanoes, L22.Twining (A. ('.). Aurora, 141.Tyndall (J.)- Analysis, l N ; Comets, 71; Inversion, 263; Lithium.280; Red End of the Sp., 322.Upton i Winslow . Meteorological, 296.Valentine (G. , Book, 10; Carbon Compounds, 159.Valaon C. A.). Suit, 328.Yai./.. Apparatus, 32.Vr.KNi.i ii. (A. 1 . Aluminium, 62 ; Calcium, 152; Phosphorescent, 314.Vicaibe (E. . Solar in general, 98 ; Solar Storms, 124; Sun-Spots, 128Bydrogen, 260 ; Iron, 269; Magnesium, 283 ; Silicium, 333.Vierobdt I K. I. Book, 1"; Apparatus, 39 ; Quantitative Analysis, 51
;
Absorption, 59; Carbon Compounds, 159; Wave-Lengths, '>'<*'<.Vioi.le (J.). Platinum, 317 ; Silver, 336.Vogel (E.). Lines of the Sp., 275.V<".i i. (H. . Absorption, 59 ; Comets, 70, 71, 75 ; Chemical Effecl oitheSolarSp., 102; Bromine,148; Dispersion, 215 ; Electric, 224.Vogel B.C.). Apparatus, 13, 21, 25, 26, 39 ; Absorption, 59 ; Comets,75, 76, 77, 7:i : Fixed Star-. 81; Nebula, 85; Planets, 86;Solar Absorption, 100; Solar Atmosphere, 101; Photographyof Solar Sp., 117; Solar Wave-Lengths, 132; Atmospheric, 130;Aurora, 111 ; Bydrogen, 260 ; Nitrogen, 303, 304 ; Oxygen, 310;\Y: . L Qgths, 357.Vogi 1. 1 II. V. I. Analysis, l x : Astronomical in general, 70Vogel (H. W. . Bistory,7; Analysis, 19; Absorption, 59, 6Domical in general, 70 ; Dissociation, 216 ; Electric, 224 ; Flame,3; ln,n, 269; Light, 273; Magnesium, 284; Mercury,tfickel, 299; Silicium, 333 j Silver, 336; Water, 352.Vol.; W. . Fuchsin, 172; Dispersion, 215 ; Metals, 294; Refraction,6 : Zinc, 360.Volpicelli. Calcium, 152; Luminous Sp., 281.Walkeb E.). Electric 224\V \ 1 : ENHOFEB \ . '• I Eli 'trie, L'2 1 ; Flame,\V.\i 1 1 i - J. Hopkins). Electric, 22 1.Warri n de la Rue [ Above under Ru< .]Wartmann i E. . Longitudinal Rays, 281.
INDEX OF AUTHORS. 393Waterhouse (J.). Photography of the Solar Sp., 117 ; Eosin, 171.
"Watts (W. M.). Books, 10; Apparatus, 22; Analysis, 47, 49 ; Comets,73 ; Aurora, 141 ; Carbon, 154 ; Hydrocarbon, 175 ; Double Sp.,217 ; Flame, 239 ; Iron, 269.Weber (R.). Plants, 181.Weinberg (M.). Interference, 262 ; Wave-Lengths, 357.Weinhold (A.). Apparatus, 21 ; Color, 199 ; Inversion, 264 ; Metals,294 ; Sodium, 339.Weiss (A.). Solar in general, 99; Fungi, 172; Density, 208; Fluores-cent, 245 ; Nitrogen, 304.Welsbach (C. A.). Gadolinite, 247.Wernicke (W.). Apparatus, 29 ; Absorption, 60 ; Bromine, 148
;
Chlorine, 191 ; Iodine, 267 ; Metals, 294 ; Polarized Light, 318 ;Silver, 336.Wesendonck (K.). Carbon Compounds, 160 ; Napthalin-Red, 178Carbonic Acid, 180 ; Fluorescent, 245; Fluorine, 246; Hydrogen,260 ; Silicium, 333.Wheatstone (C). Electric, 224.Wiedemann (E.). Analysis, 49 ; Pressure on the Sun, 117 ; Sun-Spots,128; Carbonic Acid, 180; Constants, 200; Electric, 224,225;Flame, 239; Glass, 249; Hydrogen, 260; Manganese, 286 ; Po-larized Light, 318 ; Potassium, 320 ; Refraction, 326 ; Wave-Lengths, 357.Wien (Wille). Absorption, 60.Wiesner (J.). Xantophyll, 186; Chlorophyll, 194.Wijkander. Aurora, 141.Wild (H.). Apparatus, 33.Wiley (H. W.). Uranium, 347.Williams (W. M). Calcium, 152; Iron, 269; Titanium, 346.Willigen (S. M. van der). Electric, 225; Hydrogen, 260; Metals, 294.Wilson (J. M.) and Seabroke. Solar in general, 99.Winkler. Indium, 261.Winlock (Prof.). Apparatus, 16, 36, 37; Solar in general, 99; Aurora,141.Winnecke. Nebulse, 84.Winter (G. K.). Corona, 105.Wiskemann (M.). Hemoglobine, 174.Wleugel (S.). Indium, 261.
394 INDEX OF AUTHORS.Wolfk (C. H i . Quantitative Analysis, 51 ; Absorption, 60; Alkalies,61; Astronomical in general, 70; Comets, 72, 7:;, 75; FixedBtars,82; Bun-Spots, 128 ; Fuchsin, 172; [ndigo, 176; Cobalt,L96; Copper, 202; [ron, 269; Liquids, 278.Wollastou (Dr.). History, 7; Dark Lines in the Solar Sp., 106;Dark Lines, 206.Wright (A. W.). Meteors,83; Aurora, 142; Flame, 239; [ron, 269.Wi:..i I I. -I .i V L..nl . Monks, Ht.Wii.i.Nri; A.). Analysis, 49; Bromine,148; Acetylene, 161 ; CarbonicAcid, L80; Dispersion, 216; Electric, 225; Flame, 239, 240
;
Fluorescent, 245; Hydrogen, 260; [odine, 267; L theSpectrum, 275; Nitrogen, 304; Oxygen, 310.Wi ntdeb (J.). Absorption Sp., 60; Ultra-Marine, 184.WuNSCH (C. E.). History, 7.Wurtz | A. ). History, 7.Wyrouboff (G.). Dispersion, 216; Sodium, 339.Young (C. A.). Books, L0; Apparatus, 18; Analysis, 49; Comets, 73,75,79; Planets, 88; Solar in general, 99; Bright Lines in theSolar Sp., 102.; Corona,105; Displacement of Solar Sp., L06;Eclipses, 110, 111 ; Sun-Spots, 128 ; Inversion, 26 I ; Nomencla-ture, 305 ; Sodium, 339.Young T.). History, 8.YUNG(R). Color, 199.Zahn. Apparatus, 33, 38; (Quantitative Analysis, 51.Zantedbbchi. I [istory, 8 ; Apparatus, 32; Solar in general, 99 ; Lon-gitudinal, 281.Zbngeb C. V. . Apparatus, 12, U, 15, 24, 35, 37, .39; Diffraction, 211 ;Light, 273; Dltra-Violet, 350.Zenger (K. W.). Analysis, 49; Photography of Solar Sp., 117.Zenker W. i. Apparatus, 33 ; Solar Protuberances, 122.Zimmi km \nn (G). (Tranium, 347.Zollneb F. . Apparatus. 30, 36, •"•7: Astronomical in general, 70;Nebulas, 85 ; Solar in general, 99 ; Corona,105; Dark Lines inthe Bolar Sp., 106; Solar Protuberances, 122; Solar Rotation,TJl: Sun-Spots, 129 ; £.urora,142; Dark Lines, 206^ Density,208; Flam.'. 240; Heat, 26^4.
'/.< »na. ( lomet, 76.
SUPPLEMENT.
As the omission of the authors' names in connection with references to theJ;ihresberichte de»- Cheinie has been pointed out as a serious defect in the Index,these names arc now supplied below.
Jahresber. d. Cheraie (1847-8), 161, analysis, by Draper.(1847-'8), 164, analysis, by Becquerel.
" (1847-8), 197, analysis, by Brewster.(1847-'8), 197, analysis, by Airy.(1847-'8), 198, analysis, by Melloni.(1847-8), 198, analysis, by Brewster.
" (1847-8), 221, chlorine and hydrogen, by Favreand Silbermann.(1849), 164, photography of, by Becquerel.
" (1850), 154, lines in the sp., by Brewster.(1851), 151, longitudinal lines, by Ragona-Scina.(1851), 134; (1852), 117, interference sp., both byNobert.(1851), 152, Fraunhofer lines, by Broch.(1851), 152, electric sp., by Masson.(1852), 124, Fraunhofer lines, by Phillips and byMerz.(1852), 125, analysis, by Stokes.
" (1852), 125, longitudinal lines, by Zantedeschi.(1852), 126, measurements of the sp., by Porro.(1852), 126, 131, analysis, by Helmholtz.(1853), 167, Fraunhofer lines, by Kuhn.(1853), 167, Longitudinal lines, by Salm-Horstmar.(1853), 178, colors, by Grassmann.(1854), 137, Fraunhofer lines, by Heusser.(1854), 197, solar sp. in general, by Becquerel.(1855), 123, analysis, by Helmholtz.(1855), 123, lines of the sp., by Grassmann.(395)
..'•''< SUPPLEMENT.Jahreeber. d. Chemie l^"'' 1 . 643, analysis, by Kirchhoff and Bunsen.
"
. 598, analysis, by Kirchhoff and linnsen.I860 . 608, analysis, by Mere.
( 1861 i, 11. analysis, l>y E£irchhoff and Bunsen.(1861 i, 13, electric, by W. A. Miller.
I I 361 \ 4 1. phosphorus ami Bulphur, by Seguin.361 . H. thallium, by Crookes.
,44, 'lark lines, by Kirchhoffi
>lar atmosphere, by Tyndall and R -c te.L861 ), 46, analysis, by Kirchhoffand Bunsen.
_' , 26, Fraunhofer lines at Bunset, by A. \V. iss.2), 26, cause of the dark lines in the sojarsp.,by Janssen.
_ .
'_'»), dork linos in the -p. of stars, by
I 1 Si ;_'•, •_'?. coincidence of the Fraunhofer lineswith those of various metals, by Angstrom.
"
i 1862), 27; general treatises on Bpectrum analysis,by Jamil), \Y. A. Miller, ami Ro8<
" " 1 s 'i"_' , l'7, various forms of the spectroscope, byJanssen, Kirchhoffand Bunsen, A. Waugb, E.Bauer, and I >. N. Rood.
" i 1862), '_'7. 28, methods for obtaining constanltra, by Mitscherlich, Crookes, Diacon el Wolf,Debray, Roscoe and Clifton, and Plucker.
i L862), 29, Bpectrum of soda, by Fizeau.
»2 ,29, division of bright rays into metallicspectra in Lr'""l Bpecti by J. P. Cooke.
I 1862), 29, influence of the temperature of a flameon the Bpectrum produced by it. by Eurchhoffand Bunsen, Etoe and Clifton, and Cra
l 862 , 30, constancy of the Bpectra, 1 • • 1 1 » of metalsand of their compounds, by Wolfet Diacon.2), 31, differences betn spectra* of vari-is metals and those oftheir chlorine compounds,especially the influence of salts, by Mitscher-lich.
" >f spectra and consequences fromthis in regard to the condition of the solar at*bere, by Mitscherlich.
SUPPLEMENT. 397Jahresber. d. Cheinie (1862), 33, metallic spectra produced by electricsparks, by W. A. Miller, Stokes, and T. R.Robinson.(1862), 33, spectra of carbon and of fluorine, bySequin, Attfield, and Swan.(1862), 34, violet coloring given to the flame byvarious chlorides, by Gladstone.(1862), 34, spectra of colored solutions, by Brew-ster, Gladstone, and by Rood.(1862), 29, spectrum ofsodium, by Wolf et Diacon.(1862), 30, spectrum of lithium in the hydrogenflame, by Wolf et Diacon.(1862), 30, spectra of copper and of lead, by De-bray.(1862), 535, spectrum of blood, by F. Hoppe.(1863), 101, photography of the solar spectrum, byMascart.(1863), 104, 106, 107, photographic effect of elec-tric spectra of metals, by W. A. Miller.(1863), 107, 110, dark Hues in the solar spectrum,by Kirchhoff.(1863), 108, note, atmospheric or telluric lines ofthe solar spectrum, by Jasssen.(1863), 108, note, spectra of the stars, by Secchi.(1863), 109, spectrum of iodine, by A. Wullner.(1863), 110, accuracy and comparison of spectro-scopes, by Bunsen and Kirchhoff, and by J. P.Cooke.(1863), 110, spectra of sulphur aud of nitrogeu, byPliicker and Hittorf.(1863), 111, spectra of the chlorine metals, by E.Diacon.(1863), 111, spectrum of hydrogen, by Leclance.(1863), 111, spectra of phosphorus, by Christofleand Beilstein.(1863), 112, use of spectrum analysis in the manu-facture of steel, by Roscoe.(1863), 112, spectra of sodium aud potassium, byL. M. Rutherfurd.
303 SUPPLEMENT.Jahresber. d. Chemie (1863), 112, spectrum of thallium, by \Y. A. Millerand l>y J. I'. < rassiotL863), 1 1-, Bpectrum of osmium, by W. PraserL863), L13, history of Bpectrum analysis, by 6.Kirchhoffand by H. C. Dibbil1863), L13, Bpectra of various metals in electricity,by 1 taniel.
1 s 'i-'; , 1 13, Bpectrum <<i' carbon, by Daniel.1863), 114, apparatus, by Wolcott Gibbs, Lit-trow, R. Th. Bimmler, J. P. Gassiot, E. Osann,B. Valz, and E. Mulder.186 1 1, 108, Bpectrum analysis of colored solutions,by C. Werner.1864 . 108, dark Hues of the elements, by It. Bun-sen.L864), 109, Bpectrum of lightning, by L. Gran-deau.1864 , 109, spectrum of the non-luminous carbonflame, by A. Morren.1864), 109, Bpectra of phosphorus, Bulphur, andselenium, by E. Mulder.109, spectra of flames, by II. C. Dibbits.1864), 110, Bpectra of glowing gases and vapoursin electricity, by J. Plucker and B. W. Hittorf1864', 112, spectra of the elements and of theircompounds, by A. Mitscherlich.1864), 115, electric spectra of metals, by W. Hug-gins.1864 . 1 15, Bpectrum of the light from phosphiflit animals, by Pasteur.1864 . 115, ii"!", Bpectra of the Bun, fixed stars,planets, and nebulas, by Janssen, W. A. Miller,ami Huggina1864), 115, apparatus with 11 sulphide of carbonprisms, by J. P. < rassiot.1864), 115, harmonious results given by the spec-troscope, by P. ( rcttschalk.[865 . 85, absorption spectra "t 1 colored solutions,l.v p, Melde.
SUPPLEMENT. 399Jahresber. d. Chemie (1865), 87, influence of non-metallic elements onthe spectra of the metals, by E. Diacon.
" " (18G5), 89, on the flame-spectra of carbon com-pounds, by A. Morren.(1865), 90, change of the bright lines of the metals,especially of sodium into dark lines, by H. G.Madan.(1865), 90, 91, electric spectra of metals, by W.Huggins and by Laborde.
" " (1865), 91, spectrum analysis by means of elec-tricity, by Brassack.
" " (1865), 92, spectrum analysis of electricity, by A.von Waltenhofen.
" " (1865), 92, spectra of the sun and of the stars, byJanssen.
" " (1865), 94, spectroscopes, by H. Rexroth, J. Brown-ing, J. P. Cooke, L. M. Rutherfurd, W. Hug-gins, J. P. Gassiot.
'" " (1865), 96, spectrum of the magnesium light, byA. Schrotter.
" " (1866), 76, absorption spectrum of steam, by Jans-sen.
" " (1866), 77, telluric lines of the solar spectrum, byAngstrom and by Secchi.« " (1866), 78, note, spectra of the stars, by W. Hug-gins and W. A. Miller.
" " (1866), 78, connection of the distance of the spec-trum lines with the dimensions of the atoms,by G. Hinrichs.
" " (1866), 78, history of spectrum analysis, by Brew-ster.
" " (1866), 78, apparatus, theory of, by L. Ditscheiner;and spectroscopes, by Borsch and A. Forster.
" " (1867), 105, apparatus, by J. Miiller.
" " (1867), 105, application of the spectroscope to mi-croscopical investigations, by H. C. Sorby.
" " (1867), 105, production of the spectrum of fluores-cent substances, by J. Miiller.« " (1867), 105, 106, spectrum of the Bessemer flame,by A. Lielegg and by W. M. Watts.
400 BUPPLEMENT.Jahresber. d. Chemie l s,; 7 . 107, spectra of the stars, by A. Secchi.
" (1868), 130, Bpectroscope for t'-.-tiiiLr n i i 11. r:ils, byJ. ]•:. Reynolds.(1868 . 1 32, comparison of prisn troscopes,by E. < '. Pickering.L868 . 80, Bpectrum of heat, by E. Desaines.(1868), 124, artificial Bpectrum of a Fraunhoferline, by A. Wullner.1868 . 125, various Bpectra of the Bame gas, by A.Wullner.18C8), 126, 127, spectra of lightning, by A. Kundt
" " 68), 128, spectrum of the aurora, by O. Struve.
•' ( 1868), 128, Qnme Bpectra of gases containing car-bon, by A. Lielegg.n
. 129, spectrum of potassium and of barium,by J. II. Freeman.1868 . 129, absorption spectra of liquids for dye-ing, by Reynolds.
130, application of the Bpectroscope to theexamination of crystals, L. Ditscheiner.u " 1868 . 133, Bpectrum telescope, by W. Buggins.
( L869), 174, history of Bpectrum analysis, by A. B.
I [« rschel.(1869), 174, constitution of spectra of light, bybaudran.
I L869 , 175, Bpectrum Bcale, by A. Weinhold.
" L869 . 175, reversion spectroscope, by F. Zollner.
•' 1869), ITo, binocular spectrum microscope, by W.
< Irookes,
" " 69 . 175, appearance ofopal in the spiby W. ( !rook69 . 176, spectrum of carbon, by W. M. Watts,1869 . 176, 180, Bpectra of gases, by E. Frank-land and J. N. Loeky< r,
" • 1869 . 177. difference of the Bpectra under variouscircumstance -. • \. Secchi and Leooq de Bois-baudran.
" " (1869 . 178, spectra of gases under increasing press-ure, by A. Wullm r and by Frankland.
SUPPLEMENT. 401Jahresber. d. Chemie
26 t
1869), 180, spectrum of the aurora, by Angstrom.1869), 181, spectrum of sulphur, by G. Salet.1869), 182, spectrum of acetylene, by Berthelotand F. Richard.1869), 182, absorption spectrum of chlorine, byMorren.1869), 183, absorption spectra of steam and ofsaltpetre, by E. Luck.1869), 184, absorption spectrum of mangansuper-chloride, by E. Luck.1870), 148, spectrum of heat, by Becquerel.1870), 172, spectrum analysis, by A. Kundt.1870), 172, absorption spectra of liquid nitrates,by A. Kundt.1870), 173, spectroscopic examination of sulphurand phosphorus, by Salet.1870), 174, absorption spectrum of iodine vapour,by R. Thalen.1870), 174, spectra of chalk, magnesia, baryta, andstrontium, by Huggins.1870), 175, spectrum 'of fat oils, by J. Muller.1870), 175, influence of temperature on the sensi-tiveness of spectrum reactions, by E. Cappel.1870), 177, spectra of gases, by A. Secchi.1870), 177, note, spectra of stars, by Leseueur,Hennessey, Secchi, Lockyer, and Youug (C. A.).1870), 321, absorption spectrum of nitrates of di-dymium, by Erk.1870), 930, spectrum analysis in general, by H. C.Sorby.1871), 120, heat spectra of sunlight and limelight,by S. Lamansky.1871), 144-149, spectra of colored bodies, by W.Stein.1871), 150, use of a reflector behind the spectrumapparatus, by H. Fleck.1871), 150, spectrum of calcium, by R. Blochmann.1871), 151, diffraction and dispersion of selenium,by J. L. Sirks.
402 SUPPLEMENT.Jahresber. d. Chemie (1871;, 151, diffraction and dispersion in iodide,bromide, and chloride ofsilver, by W. Wernicke,(1871 |, 153, diifractive power of various liquids,by Croullebois.
" (1871 i, 153, diffractive power ofgases, by Fr. Mohr.
" (1871), 154-160, anomalous dispersion of bodiescolored on the surface, l>y A. Kundt.(1871), 160, interference-scale for spectroscopiciii.-!i>un - 1 1 1 » • 1 1 1 s , liy J. Miiller and by Sorby.(1871), 160, variable Bpectra, by A. J. Angstrom.(1*71 ), 160-165, spectra ofgases, by Ajigstrom.(1871), 165, spectrum analysis, by G. Balet
I 1871), 167, spectrum of lightning, by 11. VogeL
" " (1871 ), 168, solar spectrum, by J. Janssen.
" (1871), 169, spectrum of the aurora, by Browning,Zollner, B. J. Ellery, Lord Lindsay, (;. F.Barker, and II. VogeL
" (1871 , 169, comparative inv< stigations of thespec-trum, by L Troost and P. Hautefeuille.
•• " (1871), 172, absorption by iodine-vapour, l>v An-drews.
" a | 1871), 17:!, inversion of the spectrum lines, by A.Weinhold.
" (1871)i 175, illumination, absorption, and fluores-cence, by A. Lallemand.
| 1871 , 179-189, chemical effects of light, by II. E.Rosooe and T. E. Thorpe.
" " (1871), 189, quantitative analysis, by Vierordt
" •' (1871), 191, phosphorescence, by A. Porster.
" •• ( 1 8 7 J ' . !•". 1. ultra-violet rays of the solar spectrum,by Sekulic.
" '• (1872), 136, absorption spectrum of chlorophyll,by < lhautard.
" " (1^7'J . l.'!7, ahsorptiou sj>ectrum of saltpetre, by
1 >. I tames,
" * (1872), 138, absorption spectrum of chlorine, by
( fornes.
" " (187- l, 139, 1 11, absorption spectrum of sulphur,by (J<nie7
SUPPLEMENT. 403Jahresber. d. Chemie (1872), 139, absorption spectra of the chloric acidsand of selenium, by D. Gernez.
" " (1872), 140, absorption spectra of chloride of sele-nium, of bromide of selenium, of tellurium, ofchloride of tellurium, and of bromide of tellu-rium, and of alizarine, by D. Gernez.
" " (1872), 141, spectrum of iodine and of sulphur, byG. Salet.(1872), 141 , 143, 144, 1 45, 146, spectrum of hydro-gen, by G. M. Seabroke, Lecoq de Boisbaudran,A. Schuster, L. Cailletet, and E. Villari.
" " (1872), 142, spectrum of phosphoretted hydrogen,by K. B. Hofmann.(1872), 142, 144, 145, spectrum of nitrogen, bySchuster.
" " (1872), 142, spectrum of the flame of ammonia, byK. B. Hofmann.
" " (1872), 143, spectrum of ammonia, by A. Schuster #" " (1872), 143, spectra of gases, by Schuster and byAngstrom.
" " (1872), 145, spectra of aluminium, magnesium,zinc, cadmium, cobalt, and nickel, by Lockyer.
" " (1872), 145, influence of pressure on the spectrumof the induction spark, by L. Cailletet.
" " (1872), 146, spectrum analysis, by C. Horner.
" " (1872), 147, solar spectrum, by C. A. Young.(1872), 148, spectrum of the aurora, by H. C.Vogel.
" " (1872), 148, spectrum of the zodiacal light, by E.Liais.(1872), 148, spectrum of lightning, by E. S. Holden.
" " (1872), 873, spectrum analysis, by Vierordt.
" " (1872), 948, micro-spectroscope, by Timiriasef.
" " (1873), 54, use of the spectrum in measuring hightemperatures, by J. Dewar and by Gladstone.
" " (1873), 146, spectroscopes, by Hartley, Emsmann,Zenger, H. R. Proctor, O. N. Rood, C. A.Young, F. P. Le Roux, Th. Edelmann, R.Hennig and M. M. Champion, Pellet et Grenier.
404 SUPPLEMENT.Jahresber. d. ( 'hemic (1873 , 148, Bpectra of gases, by A. Wiillner.(1873), 149, spectra of the metalloids, by G. Balet
" " (1873 \ 150, spectrum of the Bessemer flame, byW. M. Watts.
" " (1873), 150, spectra of the erbium earths, by Lecoqde Boisbaudran.
" " (1873), 150, supposed spectrum-line of iron, by A.Seech i.
" " (1873), 150, spectrum of the electro-carbon light,by A. Secchi.
" " (1873), 150, spectra of cobalt compounds, by Ch.Horner.
" " (1873), 151, spectrum of exploding gun-cotton, byO. Loli-
" (1873), 151, spectrum of the aurora, by G. F.Barker.
" " (1873), 151, spectra obtained by the inductionspark, by Lee q de Boisbaudran.
" *' (1873), 152, spectra between leaden electrodes, byLecoq de Boisbaudran.(1873), 152, spectrum of chloride of gold, by Lecoqde Boisbaudran.
" (1ST.".', 152, flame-spectrum of the thallium salts,by Lecoq de Boisbaudran.
" " (1873), 152, electric spectrum of carbonate of lith-ium, by Lecoq de Boisbaudran.M " (1873 . 152, dependence of the spectra of chemicalcompounds on their composition, by J. V I. tok-yer.
" " (1^7 '. . 153, quantitative spectrum analysis of "Le-girungen," by J. N. Lockyer and \Y. ( '. Roberts.
" L873 . L54, ultra-violet spectra, by L. Sunt.
" (l s 7."i , 164, nitrate of nickel used as for absorption,by H. Bmsmann.
" (1878), 154 157, spectroscopic investigation ofchlorophyll, by G. Kraus, J, Chautard, and II.r klingt n.
" (1878), L57, absorption spectrum of napthaline, byA. Lallemand.
SUPPLEMENT. 405Jahresber. d. Cheniie (1873), 158, absorption spectrum of thallium, byH. Morton.
" " (1873), 158, absorption spectrum of uranium salts,by H. Morton and H. C. Bolton.
" " (1873), 160, wave-lengths of the spectrum, by E.Becquerel.
" " (1873), 160, distribution of chemical effect in thespectrum, by J. W. Draper.
" " (1873), 166, albertotype of a photographed diffrac-tion spectrum, by H. Draper.
" " (1873), 451, absorption spectrum of anthrapur-purin, by W. H. Perkin.
" " (1873), 455, absorption spectrum of chinizarin, byA. Kundt.
" " (1874), 96, absorption spectrum of salt solutions,by W. N. Hartley.(1874), 152, 153, 154, 155, 156, 157, spectrum anal-ysis, by Lecoq de Boisbaudran, R. Thalen, Ch.Horner, G. Salet, E. Goldstein, J. Chautard,W. de Fonvielle, Th. Hoh, L. Clark, A. J.Angstrom, S. Lemstrom, A. Wijkander, A. W.Wright, and E. Hagenbach.(1874), 152, apparatus, by S. C. Tisley, J. G. Hof-mann, Th. Grubb, F. Kingdon, B. Delachanaland A. Mernset.« " (1874), 958, spectrum analysis of alloys, by J. N.Lockyer and W. C. Roberts.
" " (1874), 156-157, fluorescence and absorption, byO. Lubarsch and J. Chautard.
" " (1875), 122, metallic spectra, sulphide of carbonspectrum, gas spectra, by Th. Marvin, H. W.Vogel, and A. Wullner.(1875), 122, 123, spectrum of carbon, by W. M.Watts, Piazzi Smyth, and Swan.
" " (1875), 123, spectrum of the aurora, by A. S.Herschel and by J. Rand Capron.
" " (1875), 123, spectrum of lightning, by L. Clark.
" " (1875), 124, 125, absorption spectra of metallicvapours, by J. N. Lockyer and W. Ch. Roberts.
" " (1875), 124, absorption spectra, by T. L. Phipson.
400 SUPPLEMENT.Jahresber. d. Chemie (1875), 1-0, fluorescence and abeorption spectra <>fthe carbonates, by II. Morton.(1875), 119, indices <>t' refraction of the spectra offuchsin and of silver, by W. Wernicke.1875 , 120, 121, spectroscopes, by A. K. Baton,W. M. Watts, J. C. Dalton, and by 15. Delach-anal and A. Mermi \.
• " L875), 121, history, by II. Wartz, who claims forthe American, I). Alter, priority over Kirch-hoffand Bunsen.1875 . 121, relations between atomic weight andwave-lengths, by E. V(187-"'', 121, relation between magnetism and spec-troscopy, by J. Chautard.L875 . 1-1, spectrum of sodium, by Wills.(1875), 127, spectrum <>f chlorophyll, by Prings-heim.
" u 75), 127, spectrum of bonellia viridis, by 8. L.Schenk.
*« " (1875), 128, absorption-spectra of real red wineand of its adulterations, by II. W. Vbgel,
" •* (1876), 128, spectrum analysis, by R. Bunsen.u " (1875), 129, Bpectrum analysis of the carbonates,bv A. and (l. ile Negri.
i « " 1875), 901, quantitative spectrum analysis, by K.Vierordt
" •* 1876 , 158, projection of the I ilar spectrum on aBcreen, by F. Kessler.M " (1*7*; >, 936, Bpectrum of oils, by W. Gilmour.
11 (1876), L42, spectroscopes, by Terquem and Tran-nin, by Wiedemann, and by Btoney.
" 1876 . 142, the Talbot lines and interferon! con-stants, by Wolcotl ( ribbs.
" «'87*» , 142, comparison of colors for dyeing withcolors of the Bpectrum, by W. von Beaold.
" (1876), 142, Bpectra of the metalloids, by Thalenand Angstrom.
«• « (1876 . 143, spectrum of oitrogen, by A. Cazin,Angst r< in. Schuster, and Balet
SUPPLEMENT. 407Jahresber. d. Cheraie (1876), 143, spectrum of chlorine, by Czechowitz.(1876), 143, spectrum of carbonic acid, by Czecho-witz.(1876), 143, spectrum of fluoride of silicon, byCzechowitz.(1876), 144, spectra of gases, by E. Goldstein.(1876), 144, spectrum of indium, by A. W. Clay-don and C. T. Haycock.(1876), 144, spectrum of gallium, by Lecoq deBoisbaudran.(1876), 144, spectrum of calcium, by J. N. Lockyer.(1876), 145, the D lines of the solar spectrum, byW. A. Ross.(1876), 145, the ultra-red spectrum, by E. Becquerel.(1876), 145, constants of absorption of light inmetallic silver, by W. Wernicke.(1876), 145, absorption spectra of various kinds ofultra-marine, by J. Wunder.(1876), 146, absorption spectra of iodine, by JohnConroy and by Schultz-Sellack.(1876), 147, absorption spectra of the vapours ofbromine and of simple chloride of iodine, byH. E. Roscoe and T. E. Thorpe.(1876), 155, photographs of the ultra-red rays ofthe solar spectrum, by J. Waterhouse.(1877), 1031, map of the solar spectrum, by J. N.Lockyer, the first part of his map.(1877), 1245, photography of the less refractivepart of the solar spectrum, by H. W. Vogel.(1877), 1247, rice-grains in the solar spectrum, byJanssen.(1877), 185, quantitative spectrum analysis, by G.Govi.(1877), 181, spectroscopes, by W. H. M. Christie,H. W. Vogel, H. Schellen, and G. Hufner.(1877), 181, spectrum of the electric spark in com-pressed gases, by A. Cazin.(1877), 1034, electric spectrum of indium, by "W*Claydon and Ch. T. Heywon.
408 SUPPLEMENT.Jahresber. d. Cbemu' (1877), L034,use of chloride of calcium and ofchloride of magnesium in spectroscopy, by A.I;. Leeds.(1877), 102, distribution of heat in the spectrum ofthe electric li.Lr lit, by P. Desaines.
" (1877 . 182, photographs of ultra*violet gas-spectra,by Van Monckhoven.(1877), 182, spectrum of davyum, by B. Kern.
" " (1877), 182, spectra of colored flames, by Gouy.(1877), 183, spectra of the chemical compounds, byJ. Moser.
" " < 1877), 183, lines <>f oxygen and nitrogen in thesolar spectrum, by II. Draper.(1877), 183, spectra of lightning, by J. W. Clark.
" " (1877), L84, theory of the dispersion and absorptionof light, by E. Ketteler.
" " (1877), 1M, inversion nf the Bodium lines, by J.ftfartenson.
" " (1877 . L84, absorption spectrum of the garnet andthe ruby, by II. VV. Vbgel.
" •• L877 . 185, absorption of solutions, by G. Govi.
" " (1877), 185, quantitative Bpectrum analysis, by G.GovL
" '• (1877 . 195, photography of the infra-red lines ofthe solar Bpectrum, by J. W. Draper.
" " (1877), 196, dissolution of carbonic acid in plantsunder the influence of the Bolar Bpectrum, by < '.Timirjaseff
" " | 1877 . L245, photography of the Bolar Bpectrum,bj H. W. Vogel.
" '• 1^7^ , 7, comparative spectrum analysis, by N.Lockyer.
" '• (1878 , 67, use of spectrum analysis in determininghigh temperatures, by A. Crova,(1878 . 179, apparatus, by Thollon and by A -
I [erschel.
" " l s 7^ . 1 69, conversion of Kirchhoff'i Bcale intowave-lengths, by B. Hasselberg.
" " (1878), 169, calculation of the distribution of theBpectrum lines, by L. Pfaundler.
SUPPLEMENT. 409
Jahrr'-* 3r. d. Chemie (1878), 169, book containing 136 autotype picturesof spectra, by J. Rand Capron.
" " (1878), 170, spectrum of gun-cotton, by H. W.Vogel.
" " (1878), 170, spectra of oxygen, by A. Schuster.
" " (1878), 170, spectrum analysis of the elements, byJ. N. Lockyer.
" " (1878), 172, nature of spectra, by E. Wiedemann.
" " (1878), 173, spectra of the elements and of theircompounds, by G. Ciamician.
" " (1878), 174, influence of pressure and temperatureon the spectra of gases and vapours, by G.Ciamician.
" " (1878), 175, electric spectra in Geissler tubes, byW. R. Grove.
" " (1878), 175, spectrum of oxygen, by Paalzow.
" " (1878), 175, oxygen lines in the solar spectrum, byR. Meldola and H. Draper.
" " (1878), 176, quantitative spectrum analysis, by K.Vierordt.
" " (1878), 176, influence of the density of a body onits spectrum, by P. Glan.
" " (1878), 177, influence of the dissolving medium onthe spectrum of the substance dissolved, by A.Kundt.
" " (1878), 177, variability of the position of the ab-sorption lines of various substances in varioussolutions, by F. Claes.
" " (1878), 177, difference of the absorption spectra ofbodies in solid and liquid states, by H. W.Vogel.
" " (1878), 1095, measuring-apparatus, by J. EmersonReynolds.
" (1878), 1097, spectrophotometer, by Von Zahn.
" " (1878), 158, spectrometry investigation of variousscources of light, by A. Crova.
" " (1878), 180, change of the absorption spectra invarious solutions, by F. von Lepel.
" " (1878), 180, changes of the absorption spectrum ofsafranin, by J. Landauer.
410 SUPPLEMENT.Jahresber. d. Chemie (1878), 180, spectroscopic investigation ofsolutions,by J. Landauer.
" (1878), 181, Bpectrum of the light of Buper-manga-nate of potassium, by J. Conroy.
" (1878), 181, absorption of the ultra-violet rays, byL. Sunt.
" " (187.v. L81, ultra-violet absorption spectra of gado-Unite, by J. L. Sunt.
•« «« (1878), 182, inversion of the Bpectrum lines ofmetallic vapours, by G. I>. Liveing and J.Dewar.
" " (1878), 185, spectroscopic observations of the sun,by J. N. Lockyer.u " (1878), 185, oxygen in the solar atmosphere, by J.( !. Draper.« " (1878), 185, map of the ultra-violet part of thesolar spectrum, in continuation of Angstrom'smap, by A. Cornu.
" " (1878), 187, photography of the red and infra-redspectrum, by Abney.
" " (1878), 188, oxidation hastened by the least r. tract-ive end of the spectrum, cause of solarization,by Abney and by Chastaing.
" a (1878), 191, flame for S]>ectroscopie observations,by H. Gilm.u " (1870), 10, spectroscopic investigation of the ele-ments, by J. N. Lockyer.
" " (1879), L59, nature of s|K-ctra, by K. Wiede-mann.(187!' i. 160, band and lime Bpectrum, by A. Wull-ner.
' (1871 . 163, influence of temperature on the spectraand vapours, by ( J. ( 'iamician.
" (1879 . 166, limits of the ultra-violet spectrum, byA. Cornu.
" i 1879 . 161, spectroscopic investigations, l>y d. N.ky< r.
" (1879), 1022, quantitative Bpectrum analysis, by( . II. Wolf
SUPPLEMENT. 411Jahresber. d. Cheraie (1879), 1022, analysis of absorption spectra, by B.Hasselberg.(1879), 1023, spectroscopic notes, by H. W. Vogel.
" " (1879), 157, character of the rays issuing fromglowing platinum, by E. L. Nickols.(1880), 201, new method of spectroscopic observa-tion, by J. N. Lockyer.
" " (1880), 201, disappearance of lines in the appara-tus, by Ch. Fievez.
" (1880), 201, the line H in the spectrum ofhydrogen,by J. N. Lockyer.
" " (1880), 201, relative intensity of spectrum lines, byJ. Rand Capron.
" " (1880), 201, harmonic relations in the spectra ofgases, by A. Schuster.(1880), 202, spectrotelescope, by P. Glan.
" (1880), 203, quantitative spectroscopic researches,by Liveing and Dewar.
" " (1880), 205, spectroscopic notes, by C. A. Young.
" (1880), 205, spectroscopic investigations continued,by Ciamician.(1880), 206, spectroscopes, by J. E. Reynolds andG. Hufher.
" " (1880), 206, spectrum of the hydrogen flame, byW. Huggins.
" " (1880), 206, spectrum of hydrogen and of tlue car-buretted hydrogen flame, by G. D. Liveing andJ. Dewar.
" " (1880), 206, the helium line D3 attributed to hydro-gen, by E. Spee.
" " (1880), 207, absorption spectrum of ozone, by J.Chappuis.
" (1880), 207, spectra of the compounds of carbonwith hydrogen and nitrogen, by G. D. Liveingand J. Dewar.
" " (1880), 207, fourth note on the spectrum of carbon,by J. N. Lockyer.
" " (1880), 207, history of the spectrum of carbon, byG. D. Liveing and J. Dewar.
412 SUPPLEMENT.Jahresber. d. Chemie (1880), 207, spectra of the compounds of carbonwith hydrogen and nitrogen, especially thesensitiveness of the spectroscopic reactions ofcarbo-nitrogen compounds, by <J. I>. Liveingand J. Dewar.JO), 208, the repeated inversion of the sodiumlines, by C. A. young.
" 1880), 208, method for a constant sodium flame,by Fleck.
" " i 1> v i . _' | i>, sjn-ctra <<l magnesium and lithium, byG. D. Liveing and .J. Dewar.
" " iInmii, i!u'.i, spectroscopic relations of copper,nickel, cobalt, iron, manganese, and chromium,by Th. Bayley.
" " (1880), 209, absorption spectra of the yttriumgroup, by J. L. Soret.
" " (18*o |, I'll), emission spectrum oferbium and ytter-bium, by K. Thalen.(1880), 211, spectrum of thulium, by R. Thalen.(1880), 212, spectrum of scandium, by R. Thalen.
" (1880), 212, displacemenl of the absorption lines ofpurpurin in various solutions, by II. Morton.
•< '• (1880\ 212, ultra-violet rays, by J. Schonn.« '• 1—"
. I'l::, limits of the ultra-violel end of thespectrum, by A. < lornu.
" " issoi, iii :;. absorption of the ultra-violet rays l>yorganic bodies, by W. \l. Dunstan.
" " (1880 1, 214, the ultra-violet absorption Bpectiytterbium, erbium, holmium, philippium, ter-bium, samarium, decipium, didymium, and sir-conium, by J. L. Soret.« " I 880 •. 219, photography of the Bpectra of stars, byII _'in~.
" " L880), 219, photographs of the spectrum of bro-mide of silver, by Abney.« " (1880), 219, photochemistry of silver, by J. M. vonEider.
«• " (1881). 117. >pic measurement of hightemperatun s, by A. ( 'rova.
SUPPLEMENT. 413Jahresber. d. Chemie 1881), 117, use of Vierordt's double slit in spec-troscopic analysis, by W. Dietrich.1881), 117, spectrophotometer, by A. Crova.1881), 117, phosphorography of the solar spectrumand the ultra-red lines, by J. W. Draper.1881), 118, inversion of spectrum lines, by G. D.Liveing and J. Dewar.1881), 118, disappearance of spectrum lines, byCh. Fievez.1881), 119, coincidence ofspectrum lines of variouselements, by G. D. Liveing and J. Dewar.1881), 119, spectrum of oxygen, by A. Paalzowand H. TV. Vogel.1881), 120, spectra of hydrogen and of sulphur,by B. Hasselberg.1881), 120, spectrum of arsenic, by O. TV. Hunt-ington.1881), 121, spectra of sodium and calcium, byAbney.1881), 121, relative intensity of the sodium linesDa and Dp, by TV. Dietrich.1881), 121, spectrum of magnesium, by G. D.Liveing and J. Dewar.1881), 122, spectra of magnesium, sodium, copper,baryum, and iron in their harmonic relations,by A. Schuster.1881), 122, spectrum of iron, by J. N. Lockyer.1881), 122, 123, spectra of the carbon compounds,by E. TVesendonck ; remarks by A. TVullner,claiming priority.1881), 123, spectroscopic lines of the arc of Jamin'slamp, by Thollon.1881), 123, spectrum of carbonic acid, by C.TVesendonck.1881), 123, 124, spectrum of acetylene, by A.TVullner.1881), 125, color of water, by F. Boas.1881), 125, absorption of the solar rays in the at-mosphere, by E. Lecher.
414 SUPPLEMENT.Jahresber. d. Chemie (1881), 125, absorption of li,ur ht in various media,by C. Pulfrich.
" " ( \ss\ . 1 2'i, molecular structure of carbon com-pounds and their abaortion Bpectra, by W. N.Hartley.
** " (1881), 127, influence of the molecular arrange-ment of organic substances on their absorptionin the ultra-red part of the spectrum, by Aluit'vand Pesting.
" " (1881), 127, the absorption spectrum of ozone, byW. N. Hartley.
" '• (1881), 1 27, absorption Bpectra of cobalt salts, byW J. RusselL
" •• (1881 . L28, absorption bands in the visible spectraof colorless liquids, by W. J. Russell and \V.Lapraik.
" " (1881), 128, spectra of terpenes and volatile oils,by W. N. Hartley and A. K. Huntington.
" " (1881), 12 (.>, chrysoidine and the allied azo dye-stuffs, by J. Landauer.
•< " 1**1 . r_".i, alkaloid reactions in spectroscopic ap-paratus, by K. Hock.
" " 1881 , 129, absorption of the ultra-violet ray8, byDe ( Ihardonnet.
" " (1881), 12'.i, passage of rays of small refractionthrough ebonite, by A.bney and Pesting.M " (1881), L'lO, spectrum <>f cy.inine, by V. von Lang.« " (1881 ,130, 131, 132, discontinuous Bpectra ofphosphorescent bodies, by W. Crookes; E.Becquerel claims priority for a part.« " ] . L32, phosphorescence of Balmain's illumi-nating matter, by E, Dreher.
" '• (1881 , 133, the light of phosphorescent substances,by E. Obach.« i L881 -. 133, fluorescence, by 0. Lubarsch,
" " (1881'. 133, comparative effects of light and beatin chemical reactions, by <i. Lemoine.
«« " (1881), 136, sensitiveness of dry plates of bromideof silver to the solar Spectrum, by H W. Vogel.
SUPPLEMENT. 415Jahresber. d. Chemie (1881), 136, photography in colors, by Ch. Crosand J. Carpenter.
" " (1881), 136, effect of the spectrum in radiophony,by E. Mercadier.
" " (1881), 137, change from vibrations of light to vi-brations of sound, by W. H. Preece.
" " (1881), 138, an aragonite prism, by V. von Lang.
" " (1881), 139, double refraction in agitated liquids,by A. Kundt and Maxwell.
" " (1882), 187, examination of powerful absorbants,by C. Pulfrich.
" " (1882), 190, the violet phosphorescence of calciumsulphide, by W. de W. Abney.
" " (1882), 285, spectra of the cerite metals, by B.Brauner.(1882), 1349, 1350, apparatus, by H. Schulz, Fr.Fuchs, A. Ricco, W. Wernicke, H. Goltzsch,G. G. Stokes, and F. Miller.
" " (1882), 183, spectrum of sulphur, chlorine, and so-dium in spectroscopic tubes, by B. Hasselbero-.
" " (1882), 1 83, spectrum produced in a Geissler tubechanged by long use, by B. Hasselberg.
" " (1882), 184, comparison of the spectrum of positivelight with that of " kathoden " light, by E.Goldstein.
" " (1882), 68, absorption spectra of solutions, by G.Kriiss.
" " (1882), 177, study of the solar spectrum, by Ch.Fievez.
" " (1882), 177, distribution of energy in the solarspectrum, observed with his bolometer, by S. P.Langley.
" " (1882), 178, distribution of heat in the dark partof the solar spectrum, by P. Desains.(1882), 178, spectrum of terbium, by H. E. Roscoeand A. Schuster.(1882), 179, spectra of the metalloids, by D. vonMonckhoven.
" " (1882), 179, ultra-violet spectra of the elementsby G. D. Liveing and J. Dewar.
410 3UPPLEMENT.Jahresber. d. Cheroie I l s "'_'!, 180, photographs of the ultra-violet spectraof the elements, by W. X. Hartley.
"
_' , 181, inversion of the metallic lines in toolong exposed photographs of spectra, by W. X.Hurt lev.
" 32 . 181, map of the more refractive part of thespectrum of hydrogen, by 6. 1». Liveing and
.1. 1 >e\v:ir.1882), 181, apparatus for the Btudy of glowingvapours, by G. D. Liveing and J. Dewar.$2), 181, displacement of the Bpectrum lines ofhydrogen, by 1>. von Afonckhoven.(1882), L82, intensity of the Bpectrum lines of hy-drogen, by 1 1. Lagarde.
" " spectrum of oxygen at low tempera-tures, by Piazzi Smyth.
" (18H2). 184, 185, spectra ofcarhon and of its com-pounds, by 6. I >. Liveing and .1. Dewar.(1882 . 185, spectra of carbon compounds, by K.Wesendonck.(1882), 186, disappearance of Bpectrum lines andtheir changes in mixed vapours, by <l.I). Live-ing and J. Dewar.
" (1882 . 186, remarks on Lockyer's theory of disso-ciation, especially in regard to iron lines inBun-spots, by 1 1. W, Vogel.1882 . l y 7. nmark- on Von Lang's examinationof powerful absorbants, by C. Pulfrich.(1882 . i s 7. absorption Bpectrum of bypernitricacids, by J. < !happuis.1882 . 187, absorption Bpectrum of ozone, by J.( lhappuis.
•• " (1882 . 188, absorption spectrum ofthe atmosphere,by N. Bgoroff.(1882 . 188, relations of carbon compounds to theirabsorption Bpectra, by W. X. Hartley.
"
- _ , 189, wave-lengths of various carbon com-pounds, by Thollon,
" absorption spectrum of chlorophyll,by W. J. Russi II and ^V. Lapraik.
SUPPLEMENT. 417Jahresber. d. Cheniie (1882), 190, absorption curves of liquids, by E.Ketteler aud C. Pulfrich.(1882), 190, violet phosphorescence of calciumsulphide, by W. de W. Abney.(1882), 190, origin of phosphorescence, by E.Dreher.(1882), 199, sensitiveness of bromide and chlorideof silver to the solar spectrum, by H. W. Vogel.(1882), 201, photography of spectra in connectionwith new methods of quantitative chemicalanalysis, by W. N. Hartley.(1883), 1554, duration of the spectroscopic reactionof carbonic acid in the blood, by E. Salfeld.(1883), 1655, apparatus, by H. Schulze, O. Tum-lirz, F. Lippich, and W. Ramsay.(1883), 232, a spectrophotometer, by A. Crova.(1883), 240, direct-vision spectroscope, by Ch. V.Zenger.(1883), 1397, energy in the solar spectrum, by C.Timiriaseff.(1883), 240, spectroscopic studies in the ultra-redend, by E. Lommel.(1883), 241, wave-lengths of the extreme warmrays, by E. Pringsheim.(1883), 241, phosphorographic studies in the ultra-red part of the solar spectrum, by H. Becquerel.(1883), 242, on the wave-lengths near the lines Aand a in Fievez's map, by W. de W. Abney.(1883), 242, distribution of heat in the solar spec-trum, by P. Desains.(1883), 242, selective absorption of the atmosphereand distribution of energy in the solar spectrum,by S. P. Langley.(1883), 243, spectra of sun-spots, by G. D. Liveingand J. Dewar.(1883), 243, spectroscopic observations of sun-spots,by C. A. Young.(1883), 243, emission spectra of metallic vapours,by H. Becquerel.27 T
418 SITPLKMENT.Jahreeber. d. C'Ikih it- 1883), 244, ultra-red emission Bpectra of the me-tallic vapours, by 11. BecquereL1883), 244, spectra of didymium and Bamarium,by R. Thalen.L883), 244, emission spectra of scandium, ytter-bium, erbium; and thulium, by Th. Thalen.18-S3), 245, ultra-violet spectra of the elements, byW. N. Hartley.1883), 246, method of photographing diffractionBpectra, by W. N. Bartley and W. E. A.deney.L883), 246, ultra-violet emission Bpectra of theelements and their compounds photographicallyexamined, by W. N. Hartley.L883),246, spectrum of beryllium, by W. N.Hartley.
l ss ; \ 2 16, Bpectra of boron and Bilicon, by W. X.Hartley.1883), 24<;, l'47, absorption spectra of various sub-stances, by G. D. Liveing and J. Dewar.1883), 248, inversion of the Bpectral lines of themetals, by G. I>. Liveing and J. Dewar.1883), 248, inversion of the hydrogen Lines and ofthe lithium lines, by G. D. Liveing and .1.Dewar.L883), 248, Bpectrum of phosphorescent light amiof yttrium, by W. < !rook< 8.1883), 248, .spectrum ofhydrogen and ofacetylene,by B. Hasselberg.1883), 21'. •, spectrum of hydrogen in the vacuumtube, by Piazzi Smyth.1883 , 249, spectrum of th" hydro-carbon flame,by ( '< 1 '. Liveing and J. Dewar.L883 , 249, absorption and fluorescent spectra ofvarious bodies, by EI Linhar.lt.O, absorption spectrum of BOa^ water, l>vII. W. Vogel and J. Aitken.188 I . 250, absorption spectrum of the solution ofiodine in Bulphate of carbon, by Aimey andFesting.
SUPPLEMENT. 419Jahresber. d. Chemie (1883), 250, use of selenium in separating the heatrays from the light and the chemical rays, byF. van Assche.
" (1883), 251, absorption of the blood, by J. L.Soret.
" (1883), 251, sight of the ultra-violet rays by manand by vertebrates, by De Chardonnet ; re-marks by Mascart and by Soret.
" " (1883), 252, absorption spectra of organic com-pounds, by G. Kriiss and S. Oeconomides.
" " (1883), 253, dissociation of phosphorescence underthe influence of the ultra-red rays, by H. Bec-querel.
" " (1883), 253, phosphorescence of sulphur, by H.Schwarz.
" " (1883), 254, phosphorescence of organic bodies, byB. Radzizewski.
" (1883), 254, Stokes's Law of Phosphorescence,maintained by Hagenbach against Lommel andLubarsch.
" " (1883), 254, optical characteristics of the cyanidesof platinum, by W. Konig.
" " (1883), 258, sensitiveness of the salts of silver tolight, by H. W. Vogel.
" (1883), 258, electro-chemical energy of light, byF. Griveaux.« " (1884), 289, lines peculiar to solar light, by A.Cornu.
" " (1884), 294, displacement and inversion of thelines of the spectrum, by Ch. Fievez.
" " (1884), 295, cause of the displacement of the linesof the spectrum, by E. Wiedemann and W. N.Hartley.
" " (1884), 283, measurement of wave-lengths, by H.Merczyng.« « (1884), 289, 290, wave-lengths and refraction inthe invisible part of the spectrum, obtainedwith the bolometer of his own invention andwith a very large Rowland convex grating, byS. P. Langley.
420 BUFPLEMBNT.Jahresber. d. Chemie < 1**4 . -_'!M, hand* in the ultra-red part of the.s<.iarspectrum and the ultra-nil spectrum of glowingmetallic vapours, by II. BecquereL
" (1884), 292, spectra of metals, by E. Demarcay.
" '• (1884), 292, Bpectroscopic Btudies <>f* explodinggases, by G. D. Liveing and J. Dewar.1884 , 292, spectra of vapours, by J. Parry.
" " (1884 . 293, phosphorescent spectra, by W. Crookes.(1884 , 293, spectrum of hydrogen, by B. IIberg.
" " (1**4, •_".»:',, -j.,-rt ra of fluoride <<f silicon and ofhydrate of silicon, by K. Wesendonck.M " (1884), 293, influence of temperance on spectro-scopic observation-, by <i. Kriiss.
" " (1884), 293, changes in the refraction of the Hand Mg lines, by < !h. Fievez.
" " 1 vM ,294, displacement and inversion of thespectrum lines, by Ch. Fievez.
" " (1884), 295, displacement of the spectrum lines, byE. Wiedemann and W. X. Hartley.
" " ( 1**4 ', •_".*•">, spectroscopic Btudies of dyes, by E. L.Nichols.(1884), 296, color of water, by J. L Soret.
" " (1884), '2it(!, absorption Bpectrum of water, by J.L. Soret and 1".. Sarasin.
" " (1884), '-"'7, absorption Bpectrum of iodine vap ,\\v,by A. Morghen.
" M (1884 , 297, absorption spectrum of chlorochromicacid, by <i. J. Btoney and J. E. Emerson.
" " (1884 , 297, absorption Bpectra of Eesculine solu-tion-, by K. Wesendonck.
" " (1884 ,298, absorption Bpectra of the aromaticseries, |>y J, s. Konic. /
«• u (1884 , 298, absorption spectra of the alkaloids, byW. X. Han
«' • (1884 , 298, formula for the dispersion of the ultra-n d rays, by A. Wulll
«« " 1884 , 1429, influence of the spectrum on the pro-duction of carbonic acid gus by plants, by J.R< like.
SUPPLEMENT. 421Jahresber. d. Chemie (1884), 1551, use of photographed spectra in quan-titative analysis, by \V. N. Hartley.
" " (1884), 1620, spectroscopic valuation of variouskinds of indigo, by C. H. Wolff.
" " (1884), 1848, effects of electric light, of sunlight,and of the light of particular parts of the spec-trum on colors printed on cotton, by J. Depierreand J. Clouet.
" " (1885), 317, apparatus, by H. Kruss and by Ch.V. Zenger and De Thierry.u " (1885), 316, burning point of the ultra-red rays,by E. Lommel.
" " (1885), 317, temperature of the induction spark,by E. Demaryay.
'• " (1885), 317, sulphide of carbon prisms not suitedto spectroraetric observations, by H. Draper.
" (1885), 317, 318, quantitative spectrum analysis,by L. Bell, applied to a solution of lithium.(1885), 318, the iron lines, by R. Thalen.
" " (1885), 318, spectrum of samarium, by Lecoq deBoisbaudran.
" " (1885), 318, spectrum lines which invert them-selves, by A. Cornu.
" (1885), 319, influence of a strong magnetic field onthe spectrum lines, by Ch. Fievez.
" " (1885), 319, telluric band in the spectrum of steam,by H. Deslandres.
" " (1885), 319, spectrum lines of hydrogen, by J. J.Balmer.
" " (1885), 320, the secondary spectrum of hydrogen,by B. Hasselberg.(1885), 320, spectrum of hydrogen, by H. Lagarde.
•' " (1885), 321, band spectrum of nitrogen, by H.Deslandres.
" " (1885), 321, spectrum of ammonia, by Lecoq deBoisbaudran.
" " (1885), 322, absorption vessel for a poor absorbentsolution, by A. E. Bostwick.
" " (1885), 322, spectroscopic observations of blue crys-tals of rock-salt, by C. Ochsenius.
422 SUPPLEMENT.Jahresber. d. Chcmie (1885 . 322, spectroscopic observations of solutionsoi chloride of cobalt, by \V. J. Russell.
" (188") i, 323, absorption Bpectrum of blue oxalate ofpotassium, by C. A*8chunk.
" (] 585 . 323, absorption spectra in the extreme red,by Almrv and Festing.
" !23, 324, absorption spectra of various dye-stutls, by Ch. Girard ami Pabst
«« " (1**5), 324, absorption spectra of the Bub-nitrates,by L. Bill.
" ,-_' I, ab.-orption spectrum of oxygen, by X.Egoroff.
" " (1885), 321, 325, absorption of atmospheric air andof hydrogen, by J. Janssen.« " ( 1885 . 325, absorption spectra of the alkaloids, byW. N. Hartley.
" " (1885), 326, absorption spectrum of benzol vapour,by J. S. Konic.
" u (1885), 327, connection between the absorptionspectra and the molecular structure of organiccompounds, by <i. Kriiss and Oeconomides.
" (1885), 328, connection between molecular .-truct-ure and the absorption of light, by N. vonKlobnkow.
•« " (1885), 329, relations between molecular structureand the absorption of carbon compounds, byW. N. Hartley.
«« (18K r> . 329, 330, relations between tli<- absorptivepower and the emission of phosphorescent rays,by II. BecquereL
«« " (1885), 331, spectroscopy of radiant matter, by W.Crook is.
«« " (1885), 332, spectra of samarium and of yttrium,by W. Crookes.
«« " l.s.s.'i ), :;:!2. a new kind of metallic spettra andipectra "t metallic solutions, by Leooq de Bois-baudran.« '• (1885), 333, theory of fluorescence, by ELLommel.m " (1885), 883, 334, fluorescence, especially ofdidym-inm, by 1^. LommeL
SUPPLEMENT. 423Jahresber. d. Cheniie (1885), 335, fluorescence of naphthalin-red. by K.Wesendonck.
Report of the committee, consisting of Professors Olding, Huntington,and Hartley, appointed to investigate by means of photography theultra-violet spark spectra emitted by metallic elements and their com-binations under varying conditions; drawn up by Professor W. M.Hartley (secretary). Report of the British Association for 1885, pp.276-284.Report of the committee, consisting of Professor Sir H. E. Roscoe, Mr.J. N. Lockyer, Professors Dewar, Wolcott Gibbs, Liveing, Schuster,and \V. N. Hartley, Captain Abney, and Dr. Marshall Watts (secre-tary), appointed for the purpose of preparing a new series of wave-length tables of the spectra of the elements and compounds. Reportof the British Association for 1885, pp. 288-322, and for 1886, pp.167-204.On the spectrum of the Stella Nova visible in the great nebula in An-dromeda, by William Huggins. Rept. Brit. Assoc, for 1885, p. 932.On the solar spectroscopy in the infra-red, by Daniel Draper. Rept.Brit. Assoc, for 1885, p. 935.On the formation of a pure spectrum by Newton, by G. Griffith. Rept.Brit. Assoc, for 1885, p. 940.On the absorption spectra of uranium salts, by W. J. Russell and W.Lapraik. Rept. Brit. Assoc, for 1886.Pritchard's Wedge Photometer, by S. P. Langley, C. A. Young, and E.C. Pickering.