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A special feature of plasma column: Nested plasma antenna

机译:等离子柱的一个特色:嵌套等离子天线

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摘要

The plasma antenna has been found as a very innovative and interesting area for researchers from several years. Various properties of plasma added curiosity in invention towards its relevance for antennas. This paper presents an experiment conducted to test the possibility of existence of nested plasma antenna. Both the antennas are made of the lead glass tubes filled with neon gas at approximate pressure of 1.5 Torr. Conventional high voltage excitation technique is used to ionize the gas while capacitive coupling is utilized for excitation. The return loss and the radiation pattern for these two antennas are discussed in this paper. Radiation pattern of inner monopole plasma antenna was uninterrupted even after ignition of external helical plasma antenna. From the radiation pattern obtained it is observed that the electromagnetic radiations of inner high frequency antenna can penetrate through outer low frequency antenna.
机译:多年来,等离子天线被发现是研究人员一个非常创新和有趣的领域。等离子体的各种性质增加了本发明对天线的相关性的好奇心。本文提出了一项实验,以测试存在嵌套等离子天线的可能性。两个天线均由铅玻璃管制成,玻璃管中充满了氖气,压力约为1.5托。传统的高压激励技术用于电离气体,而电容耦合用于激励。本文讨论了这两个天线的回波损耗和辐射方向图。即使在点燃外部螺旋等离子天线之后,内部单极等离子体天线的辐射方向图也不会中断。从获得的辐射图可以看出,内部高频天线的电磁辐射可以穿透外部低频天线。

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