The distribution of sulfur in lunar rocks and its relationship to carbon content

Details The distribution of sulfur in lunar rocks and its relationship to carbon content The distribution of sulfur in lunar rocks and its relationship to carbon content

May 1977

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1977moon...16..295m&link_type=abstract

(Australian Academy of Sciences, Geological Society of Australia, and International Union of Geological Sciences, International

Mathematics

Logic

1

Carbon, Chemical Composition, Lunar Rocks, Petrology, Sulfur, Abundance, Apollo Flights, Basalt, Glass, Lunar Soil, Meteoritic Composition

Scientific paper

A summary of total sulfur abundances representative of the Apollo Missions is presented. Lunar crystalline rock range from 0 to 3100 microgram S per gram. Lunar soils range from 310 to 1300 microgram S per gram. Rock mixing models evaluate the distribution of sulfur and define indigenous rock components and extralunar contributions of sulfur in lunar soils. Extralunar sulfur shows a positive correlation with a CC-1-like meteoritic component and solar-wind-derived total carbon content in the Apollo 16 and 17 lunar soils.

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