Additional file 2 of Numerical simulation of light-element geochemistry of the lunar surface using a compact and lightweight XRF imaging spectrometer

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Authors

Daiki Ishi · Institute of Space and Astronautical Science

Yuichiro Ezoe · Tokyo Metropolitan University

Masaki Numazawa · Tokyo Metropolitan University

Kumi Ishikawa · Tokyo Metropolitan University

Abstract

Supplementary material 2. Table S1. Compositions for the highlands are based on Apollo 16 samples, while those for the mare are based on Apollo 12 samples (McKay et al., 1991, Lunar Source Book, Table 7.15).

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Published in: Figshare

DOI: 10.6084/m9.figshare.31866880

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Additional file 2 of Numerical simulation of light-element geochemistry of the lunar surface using a compact and lightweight XRF imaging spectrometer

Authors

Abstract

Topics & Keywords

Publication Details