Volatiles in the Martian regolith

Physics

Scientific paper

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Atmospheric Composition, Mars Atmosphere, Mars Surface, Regolith, Volatility, Abundance, Mineralogy, Outgassing, Viking Lander Spacecraft, Mars, Regolith, Volatiles, Models, Abundances, Atmosphere, Surface, Chemical Composition, Data, Mineralogy, Outgassing, Water, Argon, Isotopes, Sulfur, Iron, Soils

Scientific paper

An inventory of released volatiles on Mars has been derived based upon Viking measurements of atmospheric and surface chemical composition, and upon the inferred mineralogy of a ubiquitous regolith, assumed to average 200m in depth. This model is consistent with the relative abundances of volatiles (except for S) on the earth's surface, but implies one-fifteenth of the volatile release of earth if starting materials were comparable. All constituents are accommodated as chemical components of, or absorbed phases on, regolith materials - without the necessity of invoking unobservable deposits of carbonates, nitrates, or permafrost ice.

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