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Recent progress in lower hybrid current drive theory and experiments

机译:较低混合电流驱动理论和实验的最新进展

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In this paper lower hybrid current drive (LHCD) experimental milestones paving the way for future experiments are briefly summarized. The current drive efficiency scaling with the electron temperature is discussed. The role of wave propagation in determining the power deposition profile is stressed and methods are discussed to control the current density profile. Modelling of negative central shear configurations, experimentally obtained by LHCD, are reported. A good agreement is found between the modelling results and the experimental findings, thus showing that a good degree of understanding has been achieved in LHCD theory. [References: 44]
机译:本文简要总结了低混合电流驱动(LHCD)实验里程碑,为将来的实验铺平了道路。讨论了随电子温度变化的电流驱动效率。强调了波传播在确定功率沉积轮廓中的作用,并讨论了控制电流密度轮廓的方法。报道了通过LHCD实验获得的负中心剪切构型的模型。在建模结果和实验结果之间找到了很好的一致性,从而表明在LHCD理论中已经获得了很好的理解。 [参考:44]

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