spacecraft environment

Spacecraft works in the environment of high and low temperature, high vacuum and high-radiation, and its structural characteristic is effected by the space environment.

航天器工作于高低温、高真空和高辐射的空间环境中，其结构性能将受到空间环境的影响。

Dynamic membrane and its application in environment engineering SPACECRAFT ENVIRONMENT ENGINEERING ( 2001) CONTENTS

动态膜技术及其在环境工程中的应用《航天器环境工程》（2001）总目次

The effectiveness of spacecraft environment testing

航天器环境试验的有效性

The Response Prediction of the Spacecraft under Acoustic Vibration Environment

航天器声振动力学环境响应分析

The paper gives a description of the features of the spacecraft pyroshock environment, the method of its prediction, and the development status of the pyroshock test simulation techniques.

介绍了航天器爆炸冲击环境的特点、环境预示方法、以及爆炸冲击试验模拟技术的发展现状。

The foundation of integrated prediction system of spacecraft environment and research of virtual integrated assembly techniques, the space-ground integrated application system of space environment and the production system of integrating assembly and space environment test are the future trend and the development modes of spacecraft environment engineering.

航天器环境效应综合预示系统及航天器虚拟总装工艺技术，是未来发展的趋势；而建立空间环境天地一体化应用系统和建立空间环境试验与总装生产体系，是未来发展的模式。

Low temperature environment a cascade refrigeration system in the thermal vacuum test facility of spacecraft subassembly.

卫星部组件热真空试验设备制冷系统提供试验设备的冷黑环境.

Network analysis was used to analyze the flow and heat transfer in a thermo hydraulic network composed of gas and liquid loops in a manned spacecraft environment control and life support system to reduce system wight.

为减小载人航天器中环控生保系统质量，利用网络分析原理，系统地研究了由气、液流体回路所构成流动和热网络的质量组成特性。

The development status and trends of spacecraft dynamic environment testing

航天器动力学环境试验的发展概况和趋势

The paper discusses the importance of spacecraft environment engineering in the verification work of space products. Brief description is given concerning the practice in foreign countries and related standards. A brief introduction of space product verification standard MIL-STD-1540D is also given in the paper.

论述了航天器环境工程对航天产品验证工作的重要性，介绍了国外的实践与有关标准，着重介绍了美军标MIL-STD-1540D中对航天产品的验证要求。

Optimization of thermal network for spacecraft thermal control and environment control and life support system

航天器热控和环境控制生命保障系统热网的优化

Interactions between spacecraft and space plasma environment

航天飞行器与空间等离子体环境的相互作用

The Electromagnetic Interference and Antijamming in the Measure of Spacecraft Environment Testing Instrument

航天器环境试验设备计量测试系统中的电磁干扰及其抑制综述

Life Support Experiments of Drosophila Melanogaster and Caenorhabditis Elegans in Spacecraft's Specific Environment

果蝇、线虫在飞船特定环境下的生命保障实验

Every kind of test is a indispensable part for spacecraft environment reliability test matrix.

每一项试验都是航天器环境可靠性试验的不可或缺的组成部分；

The study of methods for reducing or avoiding its effects, that is" spacecraft immunity engineering for environment", has also been done.

对为了避免和减少环境效应影响的工程方法进行了探究。

Objective To reduce the weight of manned spacecraft Environment Control and Life Support System ( ECLSS).

目的减轻载人航天器中环控生保系统的重量。

Mass optimization of thermo hydraulic network of manned spacecraft environment control and life support system

载人航天器环控生保系统热网络质量的优化

Data Acquisition and Processing System for Spacecraft Dynamic Environment Tests

航天器动力学数据采集分析系统

Spacecraft magnetic environment simulation facility, magnetic test technology and spacecraft magnetic cleanliness technology are reviewed in the article.

文章重点介绍了磁环境模拟设备研制技术、磁试验技术和航天器磁洁净技术的发展历程。

Ways for characterisation of complex structural spacecraft in low gravity environment

低重力环境下复杂结构航天器动特性研究的实现途径

Automatic measure and calibration system is developed for 3595 multiplexer used in spacecraft environment test.

针对航天器环境试验中3595多路数据采集板性能指标,开发了智能检定系统.

Spacecraft instrument environment reliability test

航天器单机级环境可靠性试验

Spacecraft environment engineering ( 2002) contents

《航天器环境工程》（2002）总目次

Automatic measure and calibration system is developed for3595 multiplexer used in spacecraft environment test.

针对航天器环境试验中3595多路数据采集板性能指标，开发了智能检定系统。

It is advantageous to apply CPL to temperature-control especially for large spacecraft working in micro-gravity environment .

CPL的控温技术特别适用于在 微重力 空间中工作的大型航天器.

The spacecraft environment engineering in 21 century

21世纪的航天器环境工程

In the new century, the spacecraft environment engineering will continuously pay great attention to improve the test efficiency and at the same time to reduce test costs and time.

在新的世纪，环境工程的发展在继续努力降低环境试验的费用和时间的同时，提高环境试验的效果，使整个环境工程对保证航天器可靠性起到更重要的作用。

It is advantageous to apply CPL to temperature-control especially for large spacecraft working in micro-gravity environment.

CPL的控温技术特别适用于在微重力空间中工作的大型航天器。

Development on camera monitoring system used in the large manned spacecraft environment simulation lab

大型载人航天器环模试验室摄像监视系统的研制