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Human Ergonomics Study in Microgravity Environment

机译:人体工程学研究微匍匐环境

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In recent decades, human exploration of space has gradually deepened, and more and more countries and regions have successfully sent astronauts into space. How to complete the space experiment as efficiently and safely as possible in the shortest time with limited resources has become an important issue in the field of aerospace technology. Taking full account of such matter, we consider that ergonomics in design stage is one of the most effective ways to solve this problem. The microgravity environment is the biggest difference between ground and space. Therefore, the study of ergonomics under the microgravity environment is of great significance. This article deeply analyses and summarizes the physiological differences between human and normal gravity under microgravity environment. From the ergonomics point of view, the requirements for spacecraft design and space mission planning are put forward for the reference of engineers and scholars.
机译:近几十年来,人类对空间的探索逐渐加深,越来越多的国家和地区已成功将宇航员送入太空。如何在资源有限的最短时间内尽可能高效地完成空间实验已成为航空航天技术领域的重要问题。充分考虑到此类事项,我们认为设计阶段的人体工程学是解决这个问题的最有效方法之一。微匍匐环境是地面和空间之间的最大区别。因此,在微匍匐环境下对人体工程学的研究具有重要意义。本文深入分析并总结了微匍匐环境下人体和正常重力之间的生理差异。从人体工程学的角度来看,对工程师和学者的参考提出了航天器设计和空间任务规划的要求。

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