一种专用于霍尔效应推力器实验的柔性磁路

C. Henaux, R. Vilamot, L. Garrigues, D. Harribey
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引用次数: 0

摘要

本文介绍了霍尔效应推力器实验专用磁路。与霍尔效应推力器中使用的传统磁路相比,这种新型磁路的目的是控制等离子体通道中产生的磁拓扑的许多特性。根据规范中给出的在等离子体通道中产生的参考磁拓扑,磁路必须能够改变等离子体通道中的磁场最大值、等离子体通道出口平面的磁场梯度和许多其他特性。本文首先介绍了磁路的规格。第二部分针对空间实验试验台运行的环境条件,详细介绍了磁路的设计。最后,给出了该磁路可行的几种磁拓扑结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A flexible magnetic circuit dedicated to Hall effect Thruster experiment
This paper deals with a magnetic circuit dedicated to Hall effect Thruster experiment. Compared with conventional magnetic circuit used in Hall Effect Thruster, the aim of this new magnetic circuit is to control many characteristics on the magnetic topology generated in the plasma channel. From a reference magnetic topology generated in a plasma channel given in specifications, the magnetic circuit must be able to vary the magnetic field maximal value in the plasma channel, the gradient of the magnetic field at the exit plane of the plasma channel and many other characteristics. This paper presents first the specifications of the magnetic circuit. The second part details the design of the magnetic circuit taking into account the environmental conditions operation in spatial experiment test bench. Finally, the last part illustrates several magnetic topologies feasible by this new magnetic circuit.
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