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Measurement of Ion Mach Number of Arcjet Plasmas by a Directional Langmuir Probe Under High-Gas Pressure

机译:定向朗缪尔探针在高气压下测量Arcjet等离子体的离子马赫数

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摘要

Spatial profile of an ion Mach number for arcjet He and Ar plasmas are measured by using a directional Langmuir probe. The Ar arcjet has bright–dark emission structures, implying that expansion–compression waves are formed, whereas no structure is observed for the He discharge. It is found that for He plasma, the Mach number monotonically decreases along the jet axis, while in the Ar jet the prominent peaks appear. The peak positions are almost the same with the bright emission regions, indicating that there is a strong correlation between the plasma emission structure and the Mach number.
机译:使用定向Langmuir探针测量arcjet He和Ar等离子体的离子马赫数的空间分布。 Ar电弧喷射器具有明暗发射结构,这意味着形成了膨胀-压缩波,而没有观察到He放电的结构。发现对于氦等离子体,马赫数沿射流轴单调降低,而在Ar射流中出现明显的峰。峰值位置与亮发射区几乎相同,表明等离子发射结构与马赫数之间存在很强的相关性。

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