人类表现中的相互作用:个体和组合压力源方法

Alex B. Lloyd, G. Havenith
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引用次数: 33

摘要

在许多临床、人体工程学和运动环境中,人类暴露在不利于身体和认知表现的环境中。这促使人们对人体对热、冷、缺氧、噪音、振动、低压和高压以及超重力和微重力的反应进行了大量的身体研究。然而,在极端环境下工作可能会使个人暴露于不止一种压力源。事实上,它是压力因素的组合,这些因素表征了环境的“极端”性质,如高海拔(例如,低压缺氧,寒冷,太阳辐射),深海(例如,高压,寒冷,吸入气体毒性)和空间(例如,热,冷,低压常氧,超和微重力)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interactions in human performance: An individual and combined stressors approach
In many clinical, ergonomic and sporting contexts, humans are exposed to environments that are suboptimal for physical and cognitive performance. This has prompted a substantial body research on the human response to heat, cold, hypoxia, noise, vibration, hypoand hyperbaria, as well as hyperand microgravity. However, working at environmental extremes can expose individuals to more than just a single stressor. Indeed, it is the combination of stressful factors which characterizes the ‘extreme’ nature of environments like high-altitude (e.g. hypobaric hypoxia, cold, solar radiation), deep-sea (e.g., hyperbaria, cold, inspiratory gas toxicity) and space (e.g. heat, cold, hypobaric normoxia, hyperand microgravity).
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