spacesuit

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。

Modeling of Spacesuit 's Arm Based on Kinematics and Measurement of Mechanical Characteristics of its Joint

航天服手臂运动学建模及其关节力学特性的测试

A Method of Calculating External Heat Flux on Spacesuit Used for EVA

舱外航天服的轨道空间外热流计算方法

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。

Conclusion The results can provide foundation for ergonomics design of spacesuit gloves .

结论本文结果可为舱外航天手套工效学设计提供基础。

Experimental Investigations of Work Efficiency Evaluation of EVA Spacesuit Glove under Three Temperature Standards

3种温度标准下的舱外航天服手套的工效评价试验研究

I keep an old spacesuit in the car to impress women .

我车里有套太空服，用来吸引女性眼球的。

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

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。

Research state of key technic of eva spacesuit gloves

舱外航天手套关键技术的研究状况

Issues on the Out-layer Protection of Spacesuit in Space Environment

太空环境中舱外航天服的外层防护问题

A spacesuit can help astronauts adjust to the temperatures in outer space .

太空服能帮助宇航员在外太空调节温度。

Objective To observe the effects of active heating system for spacesuit gloves on extravehicular working performance .

目的探讨对舱外航天服手套进行主动加热是否会对舱外手动作业的工效造成影响。

All of these clothes are similar to the spacesuit designs

这些衣服的设计和宇航服的设计相似。

Flexibility and posture of spacesuit are indicated with human mechanics ( including weightlessness ) .

通过人体力学的运用，制定了规范，明确了解决服装活动性与姿态的设计要求（含对失重）。

Experimental Study on Thermal Protection Performance of " Feitian " EVA Spacesuit Based on Thermal Manikin Metabolic Simulation Method

基于暖体假人代谢模拟的飞天舱外服热防护特性试验研究

The temperature standards of EVA spacesuit glove have practical reference purpose to design liquid and ventilation cooling garment .

舱外航天服手套的温度标准对于液冷通风服的设计也具有实用的参考意义。

On Ergonomics of Spacesuit . The Ergonomics Applied to the Packaging

航天服工效学问题人类工效学对包装的研究

The bio-suit , a light weight , full mobility spacesuit designed for human exploration on Mars .

Bio-suit是一种重量轻，移动性全面的太空服，专门为人类在火星上探险而设计。

The current spacesuit is great , but it does have a few limitations , namely , it 's really heavy .

当前的太空服很棒，但也存在一些局限性，也就是说它太重了。

If you are walking on the surface of mercury , you need one of heck of a spacesuit .

如果你走在水星的表面，你需要一套了不起的宇航服。

The orbital radiation heat flux received by the spacesuit used for extravehicular activity ( EVA ) is analyzed .

分析了舱外航天服在轨道空间环境的辐射换热热流。

when you didn 't need spacesuit ,

那个时候你不需要宇航服，

Working in a spacesuit is one of the most physically demanding of an astronaut 's duties .

穿着太空服工作是对体力要求最高的宇航员职责之一。

Objective To search for scientific and applicable human-mechanical optimum indices for basic ergonomic evaluation of spacesuit gloves .

目的探索科学而实用的舱外航天服手套基础性工效评价的人体力学优选指标。

Different from the clothes we wear in our daily life , the spacesuit for the spacewalk is much heavier .

与我们日常所穿的服装不同，太空行走所需的宇航服重了很多。

The final computation results indicate that the capability of the passive thermal protection for the spacesuit has immense influence on space heat flux .

最终计算结果表明：航天服被动热防护性能对空间热流的影响很大。

Spacesuit is the necessary protective equipment of manned spaceflight . It is the most important component of life security system of astronaut .

航天服是载人航天必不可少的防护装备，是航天员个人生命保障系统中最重要的分系统。

Space walk , astronaut , spaceship , float , breathe , spacesuit , space junk .

太空漫步，宇航员，宇宙飞船，浮动，呼吸，宇航服，太空垃圾。

Space radiation heat transfer and heat flux through extravehicular spacesuit must be solved for the design of the spacesuit passive thermal protection .

进行了舱外航天服的被动热防护性设计，了解其空间辐射换热及空间热流。