ESA's tools for internal charging

J. Sorensen, D. Rodgers, K. Ryden, P. Latham, G. Wrenn, L. Levy, G. Panabiere
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引用次数: 52

Abstract

Electrostatic discharges, caused by bulk charging of spacecraft insulating materials, are a major cause of satellite anomalies. A quantitative knowledge of the charge build-up is essential in order to eliminate these problems in the design stage. This is a presentation of ESA's tools to assess whether a given structure is liable to experience electrostatic discharges or not. A study has been made of the physical phenomenon, and an engineering specification has been created to be used to assess a structure for potential discharge problems. The specification has been implemented in new software, DICTAT. The implementation of tests in dedicated facilities is an important part of the specification, and tests have been performed to validate the new tool.
欧空局内部充电工具
航天器绝缘材料大量充电引起的静电放电是造成卫星异常的主要原因。为了在设计阶段消除这些问题,电荷积聚的定量知识是必不可少的。这是欧空局的工具的介绍,以评估是否一个给定的结构容易经历静电放电或不。对物理现象进行了研究,并制定了工程规范,用于评估结构的潜在排放问题。该规范已在新软件DICTAT中实现。在专用设施中实施测试是规范的重要组成部分,并且已经进行了测试以验证新工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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