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Spacecraft potential during an active experiment: a comparison of experimental results with a simple model

机译:活跃实验中的航天器潜力:将实验结果与简单模型进行比较

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摘要

The Active Plasma Experiment (APEX) used intensive electron beam and/or a release of the low-energy Xenon plasma to study dynamic processes in the magnetosphere and upper ionosphere. It was shown by Prech et al. (1999) that the release of the Xe plasma increases the spacecraft potential when the ambient plasma density is low, but decreases it when the density is high enough. In the present paper, a simple computer model of the dust particle charging has been adapted for a calculation of the potential difference between a planar probe and a spherical satellite moving in the ionospheric plasma. The influence of a quasineutral plasma emission on the measured spacecraft potential difference is discussed and the calculated results are compared with experimental data from the APEX project.Ionosphere (active experiments)
机译:主动等离子体实验(APEX)使用强电子束和/或释放低能氙等离子体来研究磁层和电离层的动力学过程。 Prech等人证明了这一点。 (1999年),当环境等离子体密度低时,Xe等离子体的释放会增加航天器的电势,而当密度足够高时,Xe等离子体的释放会降低航天器的电势。在本文中,尘埃粒子带电的简单计算机模型已被用于计算平面探测器与在电离层等离子体中运动的球形卫星之间的电势差。讨论了准中性等离子体发射对测得的航天器电位差的影响,并将计算结果与APEX项目的实验数据进行了比较。

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