大型低地球轨道空间等离子体环境模拟实验系统设计
发布时间：2018-11-12 10:21
【摘要】：在介绍国外的相类似设备系统基础上,概述了我国大型低地球轨道空间等离子体环境模拟实验系统建设背景与应用;简述了我国该模拟实验系统组成和主要配置;论述了系统的等离子体环境、空间尺度等设计依据、方法及其具体参数;并详细阐述了真空系统、离子源系统、磁场产生装置、电场产生装置、太阳模拟器等主要分系统与装置的设计原则、方案以及性能指标。该系统可为卫星平台空间环境探测有效载荷及传感器的试验、验证、性能测试与评估提供有力的设备和技术支撑,也可为低密度冷等离子体与磁场、电场及定向粒子流相互耦合效应等观测、实验与理论研究提供环境和技术条件。
[Abstract]:Based on the introduction of similar equipment systems abroad, the background and application of plasma environment simulation experiment system in large space in low Earth orbit in China are summarized, and the composition and main configuration of the simulation experiment system in China are briefly described. The design basis, method and specific parameters of the system for plasma environment, space scale and so on are discussed. The design principle, scheme and performance index of vacuum system, ion source system, magnetic field generator, electric field generator and solar simulator are described in detail. The system can provide powerful equipment and technical support for testing, verification, performance testing and evaluation of payloads and sensors for space environment detection of satellite platforms, as well as low density cold plasma and magnetic field. The observation, experiment and theoretical study of the coupling effect of electric field and directional particle flow provide the environment and technical conditions.
【作者单位】： 兰州空间技术物理研究所;
【分类号】：V524
本文编号：2326833
[Abstract]:Based on the introduction of similar equipment systems abroad, the background and application of plasma environment simulation experiment system in large space in low Earth orbit in China are summarized, and the composition and main configuration of the simulation experiment system in China are briefly described. The design basis, method and specific parameters of the system for plasma environment, space scale and so on are discussed. The design principle, scheme and performance index of vacuum system, ion source system, magnetic field generator, electric field generator and solar simulator are described in detail. The system can provide powerful equipment and technical support for testing, verification, performance testing and evaluation of payloads and sensors for space environment detection of satellite platforms, as well as low density cold plasma and magnetic field. The observation, experiment and theoretical study of the coupling effect of electric field and directional particle flow provide the environment and technical conditions.
【作者单位】： 兰州空间技术物理研究所;
【分类号】：V524
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本文编号：2326833
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