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详细地讨论了托卡马克等离子体对离子迴旋波非全吸收,离子迴旋共振加热天线为三维模型的条件下,离子迴旋波与等离子体的耦合问题。与全吸收等离子体模型(或称单次吸收模型)所计算得到的结果相比,本文得到的波的驻波场的解及耦合阻抗谐振特性的理论计算结果与中小型托卡马克实验所观察到的现象更为接近。
The problem of the coupling of ion cyclotron wave with plasmas is discussed in detail under the condition of noncomplete absorption of ion cyclotron wave by tokamak plasma and three-dimensional model of ion cyclotron resonance heating antenna. Compared with the results calculated by the fully absorbed plasma model (or single absorption model), the theoretical solution of the solution of the standing wave field and the coupled-impedance resonance characteristic of the wave obtained in this paper is the same as that observed by the small to medium-sized tokamak test The phenomenon of arrival is closer.