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THE SIZE EFFECT OF A LANGMUIR PROBE INTO FLOWING THERMAL PLASMAS

机译:朗缪尔探针进入热等离子体的尺寸效应

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摘要

The thermal plasma conditions under a practical use could be affected by the inse rtion of a solid, cold probe severely. In this study, we calculated flowing thermal plasmas with two different sizes of a Langmuir probe into an argon free burning arc system and investigated the thermal and flow disturbances caused by the metallic probe. From the results, the severe disturbance of a large part of the thermal plasma, especially the axial velocity field, by the inserted probe has been found. Therefore, it might be a practical solution to use a Langmuir probe which has sufficiently small diameter for avoiding such a severe disturbance.
机译:实际使用中的热等离子体条件可能会受到固态冷探头的严重插入的影响。在这项研究中,我们计算了两种不同大小的Langmuir探针向无氩燃烧电弧系统中流动的热等离子体,并研究了由金属探针引起的热干扰和流干扰。从结果可以发现,插入的探针对大部分热等离子体,特别是轴向速度场造成了严重干扰。因此,使用直径足够小以避免这种严重干扰的朗缪尔探针可能是一种实用的解决方案。

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