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The role of a space patrol of solar X-ray radiation in the provisioning of the safety of orbital and interplanetary manned space flights

机译:太阳X射线辐射太空巡逻在提供轨道和行星际载人航天飞行安全方面的作用

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摘要

In interplanetary flight, after large solar flares, cosmonauts are subjected to the action of energetic solar protons and electrons. These energetic particles have an especially strong effect during extravehicular activity or (in the future) during residence on the surface of Mars, when they spend an extended time there. Such particles reach the orbits of the Earth and of Mars with a delay of several hours relative to solar X-rays and UV radiation. Therefore, there is always time to predict their appearance, in particular, by means of an X-ray-UV radiometer from the apparatus complex of the Space Solar Patrol (SSP) that is being developed by the co-authors of this paper.
机译:在行星际飞行中,大太阳耀斑过后,宇航员会受到高能太阳质子和电子的作用。这些高能粒子在车外活动期间或(将来)在火星表面停留时(在此处停留较长时间),具有特别强的作用。相对于太阳X射线和紫外线辐射,此类粒子以几个小时的延迟到达地球和火星的轨道。因此,总是有时间来预测它们的出现,特别是借助由本文共同作者开发的太空太阳巡逻队(SSP)的综合设施中的X射线紫外线辐射计。

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