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首页> 外文期刊>Contributions to Plasma Physics >Direct Plasma Potential Measurements by Ball-Pen Probe and Self-Emitting Langmuir Probe on COMPASS and ASDEX Upgrade
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Direct Plasma Potential Measurements by Ball-Pen Probe and Self-Emitting Langmuir Probe on COMPASS and ASDEX Upgrade

机译:通过COMPASS和ASDEX升级版的球形笔探针和自发光Langmuir探针直接测量血浆电势

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摘要

Experimental investigations of the plasma potential by means of a ball-pen probe and self-emitting Langmuir probe technique were performed on the tokamaks COMPASS and ASDEX Upgrade. A spontaneous transition between the cold and self-emitting Langmuir probe has been observed during the deep reciprocation in the vicinity or even inside the last closed flux surface (LCFS) of both tokamaks. These measurements of the plasma potential allow us to compare two independent probe techniques based on heating and non-heating processes. The observed different conditions of the spontaneous transition can be ascribed to different physical mechanisms. Nevertheless, the comparison of the power spectra of ball-pen probe and self-emitting Langmuir probe indicates very good agreement in all measurements and therefore these two probe techniques are interchangeable.
机译:在托卡马克公司的COMPASS和ASDEX升级版上,通过圆珠笔探针和自发光Langmuir探针技术对血浆电势进行了实验研究。在两个托卡马克附近或什至最后一个封闭通量表面(LCFS)内的深层往复运动过程中,观察到了冷和自发光朗缪尔探针之间的自发转变。这些等离子体电势的测量值使我们能够比较基于加热和非加热过程的两种独立的探针技术。所观察到的自发转变的不同条件可以归因于不同的物理机制。尽管如此,比较圆珠笔探针和自发光Langmuir探针的功率谱表明,在所有测量中都有很好的一致性,因此这两种探针技术是可以互换的。

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