Flight Electronics of GC-Mass Spectrometer for Investigation of Volatiles in the Lunar Regolith
2018 IEEE AEROSPACE CONFERENCE（2018）
关键词
NGMS,time-of-flight system,gas chromatograph,pyrolysis oven,gas analytic complex,chemical composition,lunar polar regions,tenuous lunar,elemental composition,isotopic composition,molecular composition,TOF spectra,mass spectra,data analysis,miniature mass spectrometer,robust design,modular design,ion storage source,redundant thermionic electron emitters,pulsed ion extraction,ion acceleration,high-speed microchannel plate detector,ion source,consecutive mass separation,field free regions,TOF section,ion packages,multichannel ion detector,high mass resolution,short drift tube length,test measurements,1 second integration time,high electric field strengths,ion-optical system,low-noise data acquisition system,highly customized control electronics,radiation tolerance,instrument operation,acquiring data,complex analytical package,presented design,flight-proven control unit,reliable system,flight electronics,GC-mass spectrometer,lunar regolith,measurement cycles,compact neutral gas mass spectrometer,Russian Luna-Resurs spacecraft,complete electronic system,Ion Mass spectrometer NIM-PEP,ESA JUICE mission,high-speed data acquisition system,ion mirror,CHON compounds,tenuous lunar exosphere,second ion drift path,power 25.0 W
AI 理解论文
溯源树
样例
生成溯源树，研究论文发展脉络
Chat Paper
正在生成论文摘要