Lunar traction systems, Mars oxygen production, and Mars methane engine operation were the three topics studied during 1992. An elastic loop track system for lunar construction operations was redesigned and is being tested. A great deal of work on simulating the lunar environment to facilitate traction testing has been reported. Operation of an oxygen processor under vacuum conditions has been the focus of another design team. They have redesigned the processor facility. This included improved seals and heat shields. Assuming methane and oxygen can be produced from surface resources on Mars, a third design team has addressed the problem of using Mars atmospheric carbon dioxide to control combustion temperatures in an internal combustion engine. That team has identified appropriate tests and instrumentation. They have reported on the test rig that they designed and the computer-based system for acquiring data.
Extraterrestrial Surface Propulsion Systems
1992
7 pages
Report
No indication
English
Extraterrestrial Exploration , Reciprocation & Rotating Combustion Engines , Lunar environment , Propulsion system configurations , Atmospheric composition , Carbon dioxide concentration , Combustion temperature , Internal combustion engines , Mars atmosphere , Oxygen production , Propulsion system performance , Computer techniques , Heat shielding , Methane , Oxygen , Regolith , Vacuum
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