Possible Surface Reactions on Mars: Implications for Viking Biology Results
Cyril Ponnamperuma, Akira Shimoyama, M. Yamada, Toshiyuki Hobo, Ramsay Pal
Abstract
Cyril Ponnamperuma, Akira Shimoyama, M. Yamada, Toshiyuki Hobo, Ramsay Pal
Abstract
The results of two of the three biology experiments carried out on the Viking Mars landers have been simulated. The mixture of organic compounds labeled with carbon-14 used on Mars released carbon dioxide containing carbon-14 when reacted with a simulated martian surface and atmosphere exposed to ultraviolet light (labeled release experiment). Oxygen was released when metal peroxides or superoxides were treated with water (gas exchange experiment). The simulations suggest that the results of these two Viking experiments can be explained on the basis of reactions of the martian surface and atmosphere.
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The results of two of the three biology experiments carried out on the Viking Mars landers have been simulated. The mixture of organic compounds labeled with carbon-14 used on Mars released carbon dioxide containing carbon-14 when reacted with a simulated martian surface and atmosphere exposed to ultraviolet light (labeled release experiment). Oxygen was released when metal peroxides or superoxides were treated with water (gas exchange experiment). The simulations suggest that the results of these two Viking experiments can be explained on the basis of reactions of the martian surface and atmosphere.
Key concepts: Mars Exploration Program, Atmosphere of Mars, Astrobiology, Martian surface, Atmosphere (unit), Martian, Carbon dioxide, Carbon fibers