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首页> 外文期刊>Contributions to Plasma Physics >Observation of arc modes in a magnetically rotating arc plasma generator
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Observation of arc modes in a magnetically rotating arc plasma generator

机译:磁旋转电弧等离子体发生器中电弧模式的观察

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摘要

xml:id="ctpp201700056-para-0001">An arc plasma can present?various?forms under?the?influence of an external magnetic field. In this study, a magnetically rotating arc plasma generator has been developed to produce three arc modes, namely rigid arc, distorted arc, and diffuse arc, which are obtained by controlling the gas flow rate. The evolution of these arc modes are experimentally studied and discussed. Results show that, as the gas flow rate increases, the arc mode is first transformed from the rigid to the distorted mode, and then to the diffuse mode. Comparisons?show that the location of the arc attachment is a key factor in determining the rigid and distorted modes. The diffuse arc is observed under larger gas flow rates, but the completely diffuse arc can exist only within?a narrow?range of gas flow rates. Compared to the distorted arc, the diffuse arc has not only better?stability but also a wider high‐temperature?plasma zone, which indicates that the diffuse mode may be more useful in industry.
机译:

电弧等离子体可能存在?各种?形式?外部的影响磁场。在该研究中,已经开发了一种磁旋转电弧等离子体发生器以产生三个电弧模式,即通过控制气体流速而获得的刚性弧形,扭曲的电弧和漫射电弧。通过实验研究和讨论这些弧模式的演变。结果表明,随着气体流速的增加,电弧模式首先从刚性转换为扭曲模式,然后从刚性模式转换为漫反射模式。比较?表明电弧附件的位置是确定刚性和扭曲模式的关键因素。在较大的气流速率下观察到漫射电弧,但是完全漫射弧可以仅存在于窄的α范围内的气流速率范围内。与扭曲的电弧相比,漫射弧不仅更好?稳定性,而且还具有更宽的高温α等离子区,表明漫射模式在工业中可能更有用。

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