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Biomedical Problems Of Eva Support During Manned Space Flightto Mars

机译:载人航天飞机在火星上的eva支持生物医学问题

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摘要

Current projects of manned missions to Mars are aimed to their realization in the second-third decades of this century. The purpose of this paper is to determine and review the main biomedical problems, that require a first and foremost decision for safety support of extravehicular activity (EVA) carried out by crewmembers of the Mars expedition. To a number of such problems the authors of the paper attribute a creation of adequate EVA equipment intended, first, for assembly of interplanetary spacecraft on the Earth orbit, performance of maintenance operations and scientific researches on the external surface of spacecraft during interplanetary flight and, secondly, for work on the Mars surface. New generation of space suits with low weight, high mobility and acceptable risk of decompression sickness must be as a central component of EVA equipment. The program for preparation to a Mars expedition also has to include special investigations in order to design the means and methods for a reliable protection of crew against space radiation, to elaborate the approach to medical monitoring and primary medical care during autonomous space mission, to maintain good health condition of crewmembers during EVA under the Mars gravity (0.38 g) after super long-term flight in weightlessness.
机译:当前的载人火星计划是在本世纪下半叶实现的。本文的目的是确定和审查主要的生物医学问题,这些问题需要首先决定由火星探险队乘员进行的舱外活动(EVA)的安全支持。对于许多这样的问题,论文的作者认为创造了足够的EVA设备,该设备首先用于在地球轨道上组装行星际航天器,在行星际飞行期间进行维护操作以及对航天器外表面进行科学研究,以及其次,在火星表面进行工作。重量轻,机动性高且具有减压病风险的新一代太空服必须作为EVA设备的核心组成部分。为火星探险做准备的计划还必须包括特别调查,以设计出可靠的保护机组人员免受空间辐射的手段和方法,以详细说明自主太空飞行期间的医疗监测和初级医疗保健方法,以保持超长失重飞行后,火星重力(0.38 g)下EVA期间机组人员的健康状况良好。

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