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基于天宫一号目标飞行器载人环境控制任务的新特点,以航天员的“舒适性”为设计目标,天宫一号进行了大气环境控制设计、噪声控制设计、辐射控制设计以及组合体热支持设计等载人环境设计,将组合体密封舱内的大气总压、温湿度、风速、气体成分、噪声以及辐射水平控制在人体舒适性范围内,天宫一号飞行任务表明,其载人环境系统设计正确,为飞行任务期间航天员的身体健康和工作效率提供有力保障.
Based on the new features of Tiangong-1 target vehicle manned environment control mission and the astronaut’s “comfort” as the design goal, Tiangong-1 conducted the atmospheric environment control design, noise control design, radiation control design and combined body heat Support the design of manned environment design, the combination of airtight chamber atmospheric pressure, temperature and humidity, wind speed, gas composition, noise and radiation levels in the comfort of the human body range, Temple One flight mission shows that the manned environment The system is designed correctly to provide effective protection to the astronauts’ health and work efficiency during the mission.