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[224] HUMAN-CENTRIC APPROACH FOR DESIGN OF EXPLORATION MISSTION HABITATS

机译:[224]以人为主的探索缺陷栖息地设计方法

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MOTIVATION: As NASA plans to send human explorers beyond low Earth orbit (LEO), crews will spend an unprecedented extended period of time in a small, confined vehicle. Due to its impact on primary vehicle structure and thus cost and mass, one of the first key questions asked during conceptual space mission architecture studies is - what is the "habitable volume" required for the astronauts to live and work? Given the unique stressors of a distant planetary mission, it will be essential to ensure that vehicle design adheres to the minimum acceptable volume constraints; at stake is the health, safety, and performance of crews living and working in those vehicles.
机译:动机:随着美国宇航局计划以低地球轨道(狮子座)以超越地球轨道(Leo)派遣人类探险家,船员将在一个小型限制车辆中度过前所未有的延长时间。 由于其对主要车辆结构的影响,从而产生了成本和质量,在概念空间特派团架构研究中提出的第一个关键问题之一是 - 宇航员的生活和工作所需的“可居住量”是什么? 鉴于遥远的行星使命的独特压力,必须确保车辆设计坚持最低可接受的体积限制; 股权是船员的健康,安全和性能,在那些车上工作。

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