Other
Scientific paper
Mar 1983
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1983gecoa..47..491d&link_type=abstract
Geochimica et Cosmochimica Acta (ISSN 0016-7037), vol. 47, March 1983, p. 491-496. Research supported by the Natural Sciences an
Other
2
Core Sampling, Glass, Lunar Soil, Sulfur Isotopes, Apollo 17 Flight, Lunar Composition, Size (Dimensions), Moon, Sulfur, Composition, Isotopes, Orange Glass, Black Glass, Data, Apollo 17, Drive Tubes, Samples, Lunar, 74002, Soils, Concentration, Particles, Size, Volatiles, Comparisons, Formation, Volcanism, 74001, Anomalies, Experiments, Contamination, 74220, Procedure, Stratigraphy, Distribution, Patterns, Origin, Enrichment
Scientific paper
The sulphur contents and δ34S values have been determined for the bulk and various grain size fractions of three 74002/1 lunar drive tube samples. The sulphur contents of the bulk samples are much lower than those of other lunar soils. These samples, along with the surface orange soil 74220 analysed previously, show an increase of sulphur concentration with decreasing particle size which is more marked than for other soils and indicates that the orange and black glass droplets have a coating enriched in sulphur and other volatile elements.
Ding T. P.
Rees C. E.
Thode H. G.
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