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The Martian and extraterrestrial uv radiation environment part II: further considerations on materials and design criteria for artificial ecosystems

机译:火星和外星紫外线辐射环境第二部分:对人工生态系统的材料和设计标准的进一步考虑

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摘要

Ultraviolet radiation is an important natural physical influence on organism function and ecosystem interactions. The UV radiation fluxes in extraterrestrial environments are substantially different from those experienced on earth. On mars, the moon and in /earth orbit they are more biologically detrimental than on Earth. Based on previously presented fluxes and biologically weighted irradiances, this paper considers in more detail measures to mitigate UV radiation damage and methods to modify extraterrestrial UV radiation environments in artificial ecosystems that use natural sunlight.
机译:紫外线是对机体功能和生态系统相互作用的重要自然物理影响。地外环境中的紫外线辐射通量与地球上经历的紫外线通量有很大不同。在火星,月球和地球轨道上,与地球相比,它们对生物的危害更大。基于先前介绍的通量和生物加权辐照度,本文更详细地考虑了减轻紫外线辐射损害的措施以及在使用自然阳光的人工生态系统中修改地外紫外线辐射环境的方法。

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