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Plasma-circuit interactions in rotating magnetic field current drive

机译：旋转磁场电流驱动中的等离子体-电路相互作用

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摘要

The interactions between the plasma and the radio frequency circuit in rotating magnetic field (RMF) current drive experiments are investigated numerically. A simplified 1D model for slowly varying conditions is used to study the penetration of the RMF into the plasma. The RMF is assumed to be generated using a two-phase two-coil arrangement and the effect of the spatial harmonics of the field is included up to the ninth harmonic. Both the coil inductance and resistance vary as the RMF penetrates into the plasma and thus influence the current in the antenna coils. The simulation results help in understanding the complex interactions between the radio frequency circuit and the plasma discharge and may help in optimizing the performance of RMF current drive experiments.
机译：数值研究了旋转磁场（RMF）电流驱动实验中等离子体与射频电路之间的相互作用。用于缓慢变化条件的简化一维模型用于研究RMF渗透到血浆中的情况。假定RMF是使用两相两线圈布置生成的，并且磁场的空间谐波的影响一直被包含到第九次谐波。线圈电感和电阻随RMF渗透到等离子体中而变化，从而影响天线线圈中的电流。仿真结果有助于理解射频电路与等离子体放电之间的复杂相互作用，并有助于优化RMF电流驱动实验的性能。

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