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Browsing by Author "McCubbin, Francis M."

Browsing by Author "McCubbin, Francis M."

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  • McCubbin, Francis M.; Herd, Christopher D. K.; Yada, Toru; Hutzler, Aurore; Calaway, Michael J.; Allton, Judith H.; Corrigan, Cari M.; Fries, Marc D.; Harrington, Andrea D.; McCoy, Timothy J.; Mitchell, Julie L.; Regberg, Aaron B.; Righter, Kevin; Snead, Christopher J.; Tait, Kimberly T.; Zolensky, Michael E.; Zeigler, Ryan A. (2019)
    Just as geological samples from Earth record the natural history of our planet, astromaterials hold the natural history of our solar system and beyond. Astromaterials acquisition and curation practices have direct consequences ...
  • Heck, Philipp R.; Herd, Christopher; Grossman, Jeffrey N.; Badjukov, Dmitry; Bouvier, Audrey; Bullock, Emma; Chennaoui-Aoudjehane, Hasnaa; Debaille, Vinciane; Dunn, Tasha L.; Ebel, Denton S.; Ferrière, Ludovic; Garvie, Laurence; Gattacceca, Jérôme; Gounelle, Matthieu; Herd, Richard; Ireland, Trevor; Jacquet, Emmanuel; Macke, Robert J.; McCoy, Tim; McCubbin, Francis M.; Mikouchi, Takashi; Metzler, Knut; Roskosz, Mathieu; Smith, Caroline; Wadhwa, Meenakshi; Welzenbach-Fries, Linda; Yada, Toru; Yamaguchi, Akira; Zeigler, Ryan A.; Zolensky, Michael (2019)
    This document contains suggestions for best practices by authors who refer to meteorites in publications. It can also be taken as a guide for publishers in establishing guidelines for authors. The following best practices ...
  • Evans, Larry G.; Peplowski, Patrick N.; McCubbin, Francis M.; McCoy, Timothy J.; Nittler, Larry R.; Zolotov, Mikhail Yu; Ebel, Denton S.; Lawrence, David J.; Starr, Richard D.; Weider, Shoshana Z.; Solomon, Sean C. (2015)
    Orbital measurements obtained by the MESSENGER Gamma-Ray Spectrometer have been analyzed to determine the surface abundance of chlorine in Mercury s northern hemisphere. The derived Cl/Si mass ratio is 0.0057 ± 0.001, which ...
  • Nittler, Larry R.; Boujibar, Asmaa; Crapster-Pregont, Ellen; Frank, Elizabeth A.; McCoy, Timothy J.; McCubbin, Francis M.; Starr, Richard D.; Vorburger, Audrey; Weider, Shoshana Z. (2023)
    Mercury, the innermost planet, formed under highly reduced conditions, based mainly on surface Fe, S, and Si abundances determined from MESSENGER mission data. The minor element Cr may serve as an independent oxybarometer ...
  • McCubbin, Francis M.; Steele, Andrew; Nekvasil, Hanna; Schnieders, Albert; Rose, Timothy R.; Fries, Marc; Carpenter, Paul K.; Jolliff, Bradley L. (2010)
    Fluorapatite grains from Apollo 15 Mare basalt 15058,128 were analyzed by Raman spectroscopy, Raman spectral imaging, time-of-flight secondary ion mass spectrometry (TOF-SIMS), field emission scanning electron microscopy ...
  • Wilbur, Zoë E.; Udry, Arya; McCubbin, Francis M.; vander Kaaden, Kathleen E.; DeFelice, Christopher; Ziegler, Karen; Ross, Daniel Kent; McCoy, Timothy J.; Gross, Juliane; Barnes, Jessica J.; Dygert, Nick; Zeigler, Ryan A.; Turrin, Brent D.; McCoy, Christopher (2022)
  • Vander Kaaden, Kathleen E.; McCubbin, Francis M.; Nittler, Larry R.; Peplowski, Patrick N.; Weider, Shoshana Z.; Frank, Elizabeth A.; McCoy, Timothy J. (2017)
    Orbital data from the MESSENGER mission to Mercury have facilitated a new view of the planet's structure, chemical makeup, and diverse surface, and have confirmed Mercury's status as a geochemical endmember among ...
  • McCubbin, Francis M.; Vander Kaaden, Kathleen E.; Peplowski, Patrick N.; Bell, Aaron S.; Nittler, Larry R.; Boyce, Jeremy W.; Evans, Larry G.; Keller, Lindsay P.; Elardo, Stephen M.; McCoy, Timothy J. (2017)
    Data from the Gamma-Ray Spectrometer (GRS) that flew on the MErcury Surface, Space ENvironment, GEochemistry, and Ranging spacecraft indicate that the O/Si weight ratio of Mercury's surface is 1.2 ± 0.1. This value is ...
  • Udry, Arya; Wilbur, Zoe E.; Rahib, Rachel R.; McCubbin, Francis M.; Vander Kaaden, Kathleen E.; McCoy, Timothy J.; Ziegler, Karen; Gross, Juliane; DeFelice, Christopher; Combs, Logan; Turrin, Brent D. (2019)
    We present petrologic and isotopic data on Northwest Africa (NWA) 4799, NWA 7809, NWA 7214, and NWA 11071 meteorites, which were previously classified as aubrites. These four meteorites contain between 31 and 56 vol% of ...

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