Integrating the astronaut into a manned space system ISO adopts the NASA standard for Man-systems integration

Larry L.Schultz

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Integrating the astronaut into a manned space system ISO adopts the NASA standard for Man-systems integration

机译：将宇航员整合到载人航天系统中ISO采用NASA标准进行人类系统整合

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With ISO 17399,Space Systems - Man-systems integration,ISO is breaking new ground within the space industry,as this standard will give astronauts their "lettres de noblesse",and provide a state-of-the-art panorama of knowledge on what is most effective in terms of space equipment with astronauts' requirements in mind.In a single,comprehensive document,ISO 17399 defines generic requirements for space facilities and related equipment that directly affect astronauts.The standard studies the whole range of the needs of man in space from astonaut training to their safety to the design of work-stations,traffic flows,hatches and doors,location and orientation cures,mobility aids and restraints,as well as human factors such as the performances of astronauts in space,their health and their personal hygiene.A section on general extravehicular activity (EVA) establishes guidelines for any activity performed by a pressure-suited astronaut in an unpressurized environment or the space environment.

机译：通过ISO 17399，Space Systems-Man-systems集成，ISO在太空工业中开辟了新天地，因为该标准将使宇航员获得“新生命”，并提供有关什么方面的最新知识在考虑到宇航员要求的空间设备方面最有效。ISO17399在一份全面的文件中定义了对直接影响宇航员的空间设施和相关设备的通用要求。该标准研究了人类对航天器的全部需求。从宇航员培训到安全的空间，到工作站的设计，交通流量，舱门，位置和方向治疗，移动辅助和约束以及人为因素，例如宇航员在太空中的表现，他们的健康及其个人卫生：关于一般舱外活动（EVA）的部分为在无压力的环境或太空环境中由压力合适的宇航员进行的任何活动建立了指南。

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《ISO Bulletin》 |2002年第5期|共4页
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Larry L.Schultz;
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中图分类条例、规程、标准;计量学;国际组织;
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1. Integrating the astronaut into a manned space system ISO adopts the NASA standard for Man-systems integration [J] . Larry L.Schultz ISO Bulletin . 2002,第5期

机译：将宇航员整合到载人航天系统中ISO采用NASA标准进行人类系统整合
2. Design and Hardware-in-the-Loop Integration of a UAV Microavionics System in a Manned–Unmanned Joint Airspace Flight Network Simulator [J] . Serdar Ates, Ismail Bayezit, Gokhan Inalhan Journal of Intelligent & Robotic Systems . 2009,第1a3期

机译：无人联合空域飞行网络模拟器中无人机微航空电子系统的设计和在环集成
3. Design and Hardware-in-the-Loop Integration of a UAV Microavionics System in a Manned-Unmanned Joint Airspace Flight Network Simulator [J] . Serdar Ates, Ismail Bayezit, Gokhan Inalhan Journal of Intelligent & Robotic Systems: Theory & Application . 2009,第1a3期

机译：无人联合空域飞行网络模拟器中无人机微电子学系统的设计和在环集成
4. NASA-STD-3001, Space Flight Human-System Standard, and the Human Integration Design Handbook [C] . Jennifer Boyer, Keith Holubec, Mihriban Whitmore Annual Conference and Expo of the Institute of Industrial Engineers . 2014

机译：NASA-STD-3001，空间飞行人体系统标准，以及人体集成设计手册
5. Sex in space: The politics and logistics of sexually integrating NASA's astronaut corps. [D] . Foster, Amy Elizabeth. 2005

机译：太空中的性：将NASA的宇航员进行性融合的政治和后勤。
6. Casposon integration shows strong target site preference and recapitulates protospacer integration by CRISPR-Cas systems [O] . Pierre Béguin, Nicole Charpin, Eugene V. Koonin, 2016

机译：Casposon整合显示出强大的目标位点偏好并通过CRISPR-Cas系统概括了原型间隔物的整合
7. Thermionic reactor power system: Effects of radiation on integration with Manned Space Station [O] . Gietzen, A. J., Heath, C. A., Perry, L. W. 1972

机译：热电子反应堆动力系统：辐射对与载人空间站整合的影响
8. Man-Systems Integration Standards: Volume 2, Revision B [R] . 1995

机译：man-systems集成标准：第2卷，修订版B

Integrating the astronaut into a manned space system ISO adopts the NASA standard for Man-systems integration

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