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space suit     
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  航天服
     For evaluating the effect of space radiation on human health,the dose was estimated using the models of space radiation environment,models of distribution of the spacecraft's or space suit's mass thickness and models of human body.
     为了评估空间辐射对人体健康的影响,利用空间辐射场模型、载人航天器质量厚度分布模型、舱外航天服质量厚度分布模型以及人体模型结合粒子输运方法,对空间辐射在人体器官内所产生的剂量进行预估。
短句来源
     Conclusion The results can provide the feasible methods for performance evaluation of spacesuit glove system.
     结论本文结果可为有效地评价舱外航天服手套系统作业疲劳提供可行的方法,具有一定的实际意义和应用价值。
短句来源
     Conclusion The system can satisfy the requirements of the spacesuit joint torque measurement.
     结论采用随动式测量机器人来测量航天服关节阻尼力矩特性 ,能够满足航天服关节力矩特性的测量要求。
短句来源
     Thermal system analysis and calculation for extravehicular spacesuit based on human body model
     基于人体模型的舱外航天服热系统分析与计算
短句来源
     Method A method for measuring the spacesuit joint torque by use of robot technology was proposed in this paper.
     方法提出了一种根据机器人运动学、静力学原理 ,采用随动式测量机器人来测量航天服关节阻尼力矩特性的方法。
短句来源
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  航天服
     For evaluating the effect of space radiation on human health,the dose was estimated using the models of space radiation environment,models of distribution of the spacecraft's or space suit's mass thickness and models of human body.
     为了评估空间辐射对人体健康的影响,利用空间辐射场模型、载人航天器质量厚度分布模型、舱外航天服质量厚度分布模型以及人体模型结合粒子输运方法,对空间辐射在人体器官内所产生的剂量进行预估。
短句来源
     Conclusion The results can provide the feasible methods for performance evaluation of spacesuit glove system.
     结论本文结果可为有效地评价舱外航天服手套系统作业疲劳提供可行的方法,具有一定的实际意义和应用价值。
短句来源
     Conclusion The system can satisfy the requirements of the spacesuit joint torque measurement.
     结论采用随动式测量机器人来测量航天服关节阻尼力矩特性 ,能够满足航天服关节力矩特性的测量要求。
短句来源
     Thermal system analysis and calculation for extravehicular spacesuit based on human body model
     基于人体模型的舱外航天服热系统分析与计算
短句来源
     Method A method for measuring the spacesuit joint torque by use of robot technology was proposed in this paper.
     方法提出了一种根据机器人运动学、静力学原理 ,采用随动式测量机器人来测量航天服关节阻尼力矩特性的方法。
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  宇航服
     The structure and function of space suit are introduced.
     简单介绍宇航服的结构及功能
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  “space suit”译为未确定词的双语例句
     2)With space suit glove,there was considerable increase in operational time(P<0.05).
     2)戴手套操作时,操作时间显著增加(P<0.05);
短句来源
     Conclusion The results can provide reference for performance evaluation of spacesuit glove ergonomics.
     结论本文结果可为舱外航天手套的评价和性能改善提供基础性资料,具有一定实际意义和应用价值。
短句来源
     Method Combined second design was used to arrange 24 tests in 6 young male subjects wearing an IVA space suit at sea level.
     方法6 名健康男性青年按二次复合设计分组共进行24 人次试验,对结果进行统计分析。
短句来源
     Heat and mass transfer analysis of a metal hydride heat sink for EVA spacesuit
     金属氢化物冷源传热传质分析
短句来源
     Method Thirteen undergraduates(7 male and 6 female)participated in manual performance evaluation studying with barehand and with the simulated spacesuit glove through strength,fatigue,tactile perception,range of motion(ROM) and dexterity 5 studying indices(28 testing indices),and the 28 testing indices were optimized by using statistics and knowledge of anthroposomatology.
     方法从人体力学的力量、疲劳、感知觉、活动范围和灵活性5项指标(28项测定指标)对13名青年大学生(6女7男)进行了裸手与戴手套(舱外航天手套模拟件)的手动作业工效研究,并结合人体知识运用统计学方法对5项指标的测试指标进行了优选处理。
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  space suit
The environment on Mars presents many unique challenges when designing a space suit for use during human exploration.
      
Results were obtained using a new method, based on the "Adeli-92" therapeutic space suit, for the rehabilitation of patients with movement disorders due to acute lesions of the cerebral circulation, head trauma, and other causes.
      
While people vary in their dimensions, space suit parts can be made to be somewhat interchangeable.
      
Without these mobility features, a person in a space suit would be virtually immobile.
      
The rover periodically broadcasts its status and navigation information to the astronaut's space suit.
      
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In manned space flight,space suit is a essential equipment inorder to ensure astronaut's safety and his operational ability well.However,Selecting and/or developing perticular material of space suit is a key technol-ogy in the developing space suit.This paper presents a description completelyabout impact of space environment on space suit,requirement of space suitmaterial and its developing trend.

在载人航天飞行中,航天服是确保宇航员生命安全和具有良好工作能力的必不可少的一种装备,而选择或研制航天服所用的特种材料是航天服研制中的一项关键枝术。本文就空间环境对航天服材料的影响,航天服材料性能要求及其发展动向进行了较全面的论述。

Suppose that the increase of the gas bubble volume is bound tobe followed by the increase of the incidence of decompression sickness(DS).It can be deduced that relative volume of gas bubbel in the tissue(the ratiobetween the bubbel volume and the tissue volume,V_b/V)has linear relationto the radio of N_2 tension in the tissue before decompression and that afterdecompression(P_(N2)/P_(dN2)).N_2 tension after decompression(P_(dN2))equals thesum of environmental pressure and synthetic pressure(P_s).P_s depends...

Suppose that the increase of the gas bubble volume is bound tobe followed by the increase of the incidence of decompression sickness(DS).It can be deduced that relative volume of gas bubbel in the tissue(the ratiobetween the bubbel volume and the tissue volume,V_b/V)has linear relationto the radio of N_2 tension in the tissue before decompression and that afterdecompression(P_(N2)/P_(dN2)).N_2 tension after decompression(P_(dN2))equals thesum of environmental pressure and synthetic pressure(P_s).P_s depends onactivity level.When the activity level increases,P_s decreases,V_b/V increasesand incidence of SD increases.In accordance with this hypothesis and experi-mental data on SD,the curves of the relation between O_2 prebreathing timeand the pressure in space suits are obtained.

假定减压病的发病率随减压后气泡的体积增加而增加,可以导出减压后组织中气泡的相对体积(气泡体积同组织体积之比,V_b/V)同减压前后组织氮张力之比(PN_2/Pd_(N2))成线性关系。减压后组织氮张力P_(dN2)可表示为环境压力和综合压力P_(?)之和。P_(?)同减压后的活动状态有关。活动量越大,则P_3越小,使V_b/V 越大,因而减压病的发病率越高。按照该假说以及有关减压病的大量实验资料,得到预吸氧时间同航天服压力的关系曲线。

Emergency depressurization of space cabin or space suit is the most serious

载人航天中座舱或舱外活动航天服应急失压是严重的偶发事件。应急失压的医学要求和生理限值是防护装备设计的基础。防护原则是立即加压供氧,确保航天员生命安全。装备应轻便,具有高度可靠性和操作简单,并需和其他防护措施协调一致,做到防护装备一体化。航天服已由早期舱内救生用发展为出舱活动装备,从低压力制向高压力制发展。出舱活动航天服制做难度大,救生措施更复杂。航天医学工程应重视研究发展舱外活动航天服及其救护措施。

 
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