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International Space Station (ISS) Environmental Controls and Life Support System (ECLSS) Manual Oxygen Management

机译:国际空间站(ISS)环境控制和生命支持系统(ECLS)手动氧气管理

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One of the most critical functions of ECLSS is to maintain the atmospheric oxygen concentration within habitable limits. On the ISS, this function is provided by the Major Constituent Analyzer (MCA). During ISS (International Space Station) crew increments 7 thru 9, the MCA was at risk of imminent failure as evident by sustained high ion- pump current levels. In the absence of continuous constituent measurement by the MCA, manual methods of estimating partial pressure of oxygen (ppO{sub}2) and concentration levels need to be developed and validated to: (1) ensure environmental control and life support, (2) prohibit ISS system and hardware damage, and (3) enable planned ISS activities that effect constituent balance.
机译:ECLS最关键的功能之一是将大气氧浓度保持在可居住的限度范围内。在ISS中,此功能由主要组成分析仪(MCA)提供。在ISS(International Space Station)船员期间增加7到9,MCA有可能迫在眉睫的失效,因为持续的高离子泵电流水平明显。在没有MCA的不连续组成量测量的情况下,需要开发估算氧气(PPO {SUB} 2)和浓度水平的分压和浓度水平的手动方法,并验证:(1)确保环境控制和生命支持,(2)禁止ISS系统和硬件损坏,(3)启用促进效应组成余额的计划的活动活动。

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