Electrodynamic characteristics of a multigap loop antenna with phased excitation in a magnetoplasma

E. V. Bazhilova, A. Kudrin, T. Zaboronkova, A. S. Zaitseva
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Abstract

A study is made of the electrodynamic characteristics of a multigap loop antenna immersed in a homogeneous magnetoplasma. The loop axis is parallel to an external static magnetic field and the antenna current is excited by voltages applied across the feeding gaps of the antenna conductor. Using the integral equation method, the current distribution of such a source is obtained. Based on this solution for the current, it is shown that the antenna driven by appropriately phased voltages is capable of selectively exciting twisted waves with given azimuthal indices in the magnetoplasma.
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磁等离子体中相激多隙环形天线的电动力学特性
研究了均匀磁等离子体中多间隙环形天线的电动力学特性。环形轴与外部静态磁场平行,天线电流由施加在天线导体馈电间隙上的电压激发。利用积分方程法,得到了该源的电流分布。在此基础上,证明了在适当的相位电压驱动下,天线能够选择性地激发磁等离子体中具有给定方位指标的扭波。
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