K
K. Ross
Researcher at Jacobs Engineering Group
Publications - 6
Citations - 127
K. Ross is an academic researcher from Jacobs Engineering Group. The author has contributed to research in topics: Chondrite & Chondrule. The author has an hindex of 3, co-authored 6 publications receiving 108 citations.
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Journal ArticleDOI
Mineralogy and petrography of the Almahata Sitta ureilite
Michael E. Zolensky,Jason S. Herrin,Takashi Mikouchi,Kazumasa Ohsumi,Jon M. Friedrich,Jon M. Friedrich,Andrew Steele,Douglas Rumble,Marc Fries,Scott A. Sandford,Stefanie N. Milam,Kenji Hagiya,Hiroshi Takeda,Wataru Satake,T. Kurihara,Matthew W. Colbert,Romy D. Hanna,Jessica A. Maisano,Richard A. Ketcham,Cyrena Anne Goodrich,Loan Le,Georg Ann Robinson,James Martinez,K. Ross,Peter Jenniskens,Muawia H. Shaddad +25 more
TL;DR: This paper performed a battery of analyses on 17 samples of the Almahata Sitta meteorite, identifying three main lithologies and several minor ones present as clasts, including a pyroxene-dominated, very porous, highly reduced lithology, a pyrite-dominated compact lithology and an olivine-dominated compressive lithology.
Journal ArticleDOI
Mineralogy and petrography of C asteroid regolith: The Sutter's Mill CM meteorite
Michael E. Zolensky,Takashi Mikouchi,Marc Fries,Robert J. Bodnar,Peter Jenniskens,Qing-Zhu Yin,Kenji Hagiya,Kazumasa Ohsumi,Mutsumi Komatsu,Matthew W. Colbert,Romy D. Hanna,Jessica A. Maisano,Richard A. Ketcham,Yoko Kebukawa,Tomoki Nakamura,Moe Matsuoka,Sho Sasaki,Akira Tsuchiyama,Matthieu Gounelle,Loan Le,James Martinez,K. Ross,Zia Ur Rahman +22 more
TL;DR: Sutter's Mill is a unique regolith breccia consisting mainly of various CMlithologies as discussed by the authors, which can be used to predict what will be found on the surfaces of C class asteroids such as Ceres and thetarget asteroids of the OSIRIS-REx and Hayabusa 2 sample return missions (which willvisit predominantly primitive asteroids).
The Relationship Between Cosmic-Ray Exposure Ages And Mixing Of CM Chondrite Lithologies
Michael E. Zolensky,A. Takenouchi,Timothy Gregory,Kunihiko Nishiizumi,Marc W. Caffee,Michael A. Velbel,K. Ross,A. Zolensky,Loan Le,Naoya Imae,A. Yamaguchi,Takashi Mikouchi +11 more
TL;DR: In this paper, Nishiizumi and Caffee have reported that the carbonaceous chondrites are unique in displaying several distinct peaks for cosmic-ray exposure (CRE) age groups, and excavation from significant depth and exposure as small entities in space is the best explanation for the observed radionuclide data.
What Are Space Exposure Histories Telling Us about CM Carbonaceous Chondrites
A. Takenouchi,Michael E. Zolensky,Kunihiko Nishiizumi,M. Caffee,Michael A. Velbel,K. Ross,P. Zolensky,Loan Le,Naoya Imae,Akira Yamaguchi,Takashi Mikouchi +10 more
TL;DR: In this article, the most abundant carbona-ceous chondrites are examined and subdivided into eight subgroups (CI, CM, CO, CV, CK, CR, CB and CH) based on major element and oxygen isotopic ratios.
On the Relationship Between Cosmic-Ray Exposure Ages and Petrography of CM Chondrites
A. Takenouchi,Michael E. Zolensky,Kunihiko Nishiizumi,Marc W. Caffee,Michael A. Velbel,K. Ross,A. Zolensky,L. Lee,Naoya Imae,A. Yamaguchi,Takashi Mikouchi +10 more
TL;DR: In this article, the authors defined four distinct cosmic-ray exposure (CRE) age groups of carbonaceous chondrites and systematically characterized the petrography in each of the four age groups to determine whether the groups have significant petrographic differences with such differences probably reflecting different parent body (asteroid) geological processing, or multiple original bodies.