Chemistry of Atmosphere-Surface Interaction on Venus and Mars
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Publisher
American Geophysical Union
Reference344 articles.
1. The water vapor content of the Martian atmosphere as a problem of chemical equilibrium;Adamcik;Planet. Space Sci.,1963
2. The temperature dependence of the Urey equilibrium and the problem of the carbon dioxide content of the atmosphere of Venus;Adamcik;Planet. Space Sci.,1963
3. Mars: Interpretation of spectral reflectivity of light and dark regions;Adams;J. Geophys. Res.,1969
4. Absorption bands in the infra-red spectrum of Venus;Adams;Publ. Asiron. Soc. Pacific,1932
5. Photodehydration of Martian dust;Andersen;Bull. Amer. Asiron. Soc.,1977
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