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首页> 外文会议>7th Spacecraft Charging Technology Conference 2001: a Spacecraft Charging Odyssey, Apr 23-27, 2001, Noordwijk, the Netherlands >RESEARCH ACTIVITY IN MITSUBISHI ELECTRIC ON SPACECRAFT CHARGING
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RESEARCH ACTIVITY IN MITSUBISHI ELECTRIC ON SPACECRAFT CHARGING

机译：三菱电机的航天飞机充电研究活动

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摘要

We started about fifteen years ago and continue until now the research on spacecraft charging from the viewpoint of improvement of reliability and mission lifetime of satellite in space environment The followings are involved in the activity: (1) Experimental investigation on the charging and discharge characteristics of satellite surface materials by electron-beam irradiation simulating hot plasma in space. (2) Analytical simulation of electron-beam induced charge-up phenomenon of insulating materials. (3) Development of the on-board surface potential monitor and measurement of the surface potentials of insulating materials in space environment (4) Development of the mitigation technology of spacecraft charging. (5) Experimental investigation on the interactions of satellites with plasma simulating low Earth orbit environment
机译：从大约15年前开始，一直到现在，从提高卫星在空间环境中的可靠性和任务寿命的角度出发，对航天器的充电进行研究。活动涉及以下几个方面：（1）实验研究航天器的充电和放电特性电子束照射模拟卫星表面材料，模拟太空中的热等离子体。 （2）绝缘材料的电子束感应充电现象的分析模拟。 （3）开发太空表面机载表面电势监测器和测量绝缘材料的表面电势（4）开发航天器充电缓解技术。 （5）卫星与等离子体相互作用模拟低地球轨道环境的实验研究

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