Optimization of an Electrolysis System for Production of Rocket Fuel from Lunar Ice
2021 IEEE Aerospace Conference (50100)（2021）
关键词
cost per mass unit,cryogenic cooling processes,SOXE stack,steam generation pressure,steam compression ratios,H2O utilizations,icy regolith extraction,cryogenic storage,mines cryo-vacuum chamber,0-D flow path models,heat exchangers,electrolyzer stack,Cantera thermochemical toolbox,MATLAB,Colorado School of Mines,OxEon Energy,liquid propellant production,liquefied O2 propellants,liquefied H2 propellants,government space agencies,NASA,steam electrolysis system,specific dry mass,1-D flow path models,steam compressor,mechanical compression,heat recuperators,solid-oxide electrolysis technology,life cycle costs,system balance-of-plant optimization,PSR,lunar permanently-shadowed regions,lunar ice deposits,rocket fuel production,H2,O2,H2O
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