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首页> 外文期刊>プラズマ·核融合学会志 >Evaluation of Absorption Rate by Using Full-Wave Maxwell Simulation for Plug ECRH in the GAMMA 10 Tandem Mirror
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Evaluation of Absorption Rate by Using Full-Wave Maxwell Simulation for Plug ECRH in the GAMMA 10 Tandem Mirror

机译:使用全波Maxwell仿真对伽玛10串镜中的插头ECRH的全波Maxwell仿真评估

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摘要

The absorption rate of heat microwave power for plug ECRH (electron cyclotron resonance heating) in the GAMMA 10 tandem mirror is calculated in three ways over a wide range of plasma density. These methods include ray-tracing calculation, analytic estimation and full-wave Maxwell simulation. The results correlate very closely with each other. The full-wave Maxwell simulation is found to be a powerful method to evaluate the microwave power deposition for ECRH. It also predicts the power deposition in the region of ω_c < ω for beach heating.
机译:在多种等离子体密度上以三种方式计算伽马10串眼镜中的堵塞ECRH(电子回旋谐振加热)的热微波功率的吸收率。 这些方法包括射线跟踪计算,分析估计和全波麦克斯韦仿真。 结果彼此非常紧密相关。 发现全波麦克斯韦尔仿真是一种强大的方法,可以评估ECRH的微波功率沉积。 它还预测了用于海滩加热的ω_c<ω区域中的功率沉积。

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