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Polarization adjustment of incident electromagnetic waves for optimal mode-conversion to electron Bernstein waves

机译:入射电磁波的极化调整,以最佳模式转换为电子伯恩斯坦波

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摘要

Polarization adjustment of incident transverse electromagnetic waves for optimal mode-conversion to electron Bernstein waves is proposed and analysed. The optimized wave injection excites most efficiently the electrostatic waves at the upper hybrid resonance (UHR) layer. Polarization adjustment is effective for the intermediate range of density gradient near the UHR layer, which has not been covered by the previously proposed schemes of perpendicular injection of X mode for the extremely steep density gradient case and oblique injection of O mode at the optimal injection angle for the gentle gradient case. Various methods of experimental polarization adjustment without detailed information on the density profile are proposed and discussed.
机译:提出并分析了入射横向电磁波的极化调节,以实现向电子伯恩斯坦波的最佳模式转换。优化的波注入可以最有效地激发上层混合共振(UHR)层上的静电波。极化调整对于UHR层附近的密度梯度的中间范围有效,以前提出的垂直模式X模式(对于非常陡峭的密度梯度情况)和斜向O模式(在最佳注入角度下)尚未涵盖。适用于平缓的渐变情况。提出并讨论了各种实验偏振调整方法,而没有关于密度分布的详细信息。

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