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空间成份测量的质谱计必须满足空间测量的特殊要求.空间质谱计在空间测量中目前主要用于空间诱导环境的污染检测、大气层及轨道的成份探测、生保系统中的大气监测.在第二部分对空间材料质谱进行了评价与分析.这方面的工作应包括污染物的成分鉴别、污染物来源的跟踪、空间材料污染的最低标准的制定.第三部分介绍了空间模拟和环境检测方面的工作.除此而外.还可以用于测量字航员在训练过程中氧耗量和二氧化碳生成量;宇航员呼出气和血液气体内的氧和二氧化碳进行动态监测.在空间站模拟器中.为了保证于航员在模拟器中的生命安全.必须用质谱计对模拟器内的气体进行监测和控制.在火箭研究中.利用质谱计对燃烧气体进行分析以寻求更合理的设计.
The mass spectrometer used to measure the space component must meet the special requirements of the space measurement. At present, the space mass spectrometer is mainly used for the space-induced pollution detection, the detection of the atmosphere and the orbit, the atmospheric monitoring in the life-preserving system.In the second part The space material mass spectrometry was evaluated and analyzed.The work in this area should include the identification of the components of pollutants, the tracking of the sources of pollutants, the establishment of the minimum standards for the contamination of space materials.The third part introduces the work of space simulation and environmental testing In addition, it can also be used to measure oxygen consumption and carbon dioxide production during the training process for instructors, as well as for the dynamic monitoring of oxygen and carbon dioxide in the exhaled breath and blood gases of astronauts. In the space station simulator, Life safety of the pilot in the simulator: The gas in the simulator must be monitored and controlled by a mass spectrometer In rocket studies, the combustion gas is analyzed using mass spectrometry for a more rational design.