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首页> 外文期刊>Plasma and Fusion Research >Design of Lost Fast-Ion Probe Based on Thin Faraday Films in Heliotron J
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Design of Lost Fast-Ion Probe Based on Thin Faraday Films in Heliotron J

机译:基于太阳法拉第薄膜的快速离子流失探头的设计

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A lost fast-ion probe based on thin Faraday films (FLIP) is designed to measure fast-ion losses caused by fast-ion-driven MHD modes as well as magnetic field ripples in Heliotron J. The FLIP works as a magnetic spectrometer providing the energy and pitch angle of lost fast-ions. The installation location of FLIP is studied using Lorentz orbit code. Upper port of Heliotron J at the corner section is a primary target to install the FLIP, because not only co-going fast ions but also counter-going fast ions will be detected at this position. The FLIP will give the decisive information to study fast-ion losses in Heliotron J.
机译:一种基于法拉第薄膜(FLIP)的快速离子丢失探头,旨在测量由快速离子驱动的MHD模式以及Heliotron J中的磁场波动引起的快速离子损失。FLIP可以作为电磁光谱仪,提供能量和丢失的快离子的俯仰角。使用Lorentz轨道代码研究FLIP的安装位置。拐角部分的Heliotron J上端口是安装FLIP的主要目标,因为在此位置不仅会检测到快速结合的快速离子,而且还会检测到反向的快速离子。 FLIP将为研究Heliotron J中的快离子损失提供决定性的信息。

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