Abstract

The flow of plasma with low gas-dynamic pressure transversely to the magnetic field, when electrons are transported under conditions of prevalence of collisions with neutrals, is studied theoretically and experimentally. Electron heating in the electric field formed by the plasma flow and electron drift (losses) to channel walls in the presence of the potential barrier between the walls and the flow are taken into account. The maximum possible ion density in the flow overcoming the magnetic barrier is found.

中文翻译：

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等离子体通过等离子-光学质量分离器的电磁屏障

摘要

从理论上和实验上研究了当气体在与中性离子发生碰撞的情况下传输电子时，具有较低气体动压的横向于磁场的等离子体流。考虑到在等离子体流和壁之间存在势垒的情况下，由等离子体流形成的电场中的电子加热和电子向壁的漂移（损耗）。找到了克服磁障的流中最大可能的离子密度。