线性分流器模拟器tpd中分离等离子体的模型分析

Kei Hanai, Ryuta Endo, Toshikio Takimoto, A. Tonegawa, K. Kawamura, Kohnosuke Sato
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引用次数: 0

摘要

在磁授予型核聚变反应堆中,需要用分流器除去氦灰等杂质。分离等离子体是抑制核心等离子体热负荷的主要系统之一。用线性分流器模拟装置TPDsheet IV测量了电子温度和密度。为了模拟离子密度,我们建立了一个零维模型来求解速率平衡方程组。用速率方程证实了离子密度随气体压力的变化特性。分子离子密度随气体压力的减小而减小,因此分子重组反应可能导致分离等离子体的产生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Model analysis of a detached plasma in the linear divertor simulator TPD-Sheet IV
Divertors are required to remove the impurities such as helium ashes in a magnetic conferment-type fusion reactor. Detached plasma is one of the major systems to suppress the heat load from a core plasma. The electron temperature and density have been measured with the linear divertor simulation device TPDsheet IV. To model the ion density, a zero-dimensional model has been developed for solving the system of rate balance equations. We have confirmed the characteristic of ion density on gas pressure with rate equation. The molecular ion density decreases with the gas pressure, therefore molecular recombination reaction may contribute to detached plasma generation.
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