复合右/左手传输线超材料及其应用

Zhu Qi, Shan-jia Xu
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引用次数: 19

摘要

首先,从理论上证明了由左/右复合传输线组成的微带线超材料具有左手性。然后,用复合左右传输线构造具有宽频带特性的超材料。同时,介绍了近年来本课程组对超材料组成的无源微波器件进行分析、设计和研制的研究成果。研究结果表明,由于具有左/右复合传输线的左手性质,新型器件在插入损耗、尺寸和性能上都优于传统微带线组成的器件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Composite right/left handed transmission line metamaterials and applications
Firstly, it is theoretically justified that the microstrip line metamaterials consisted of the composite right/left handed transmission line is of the left handed property. Then, the metamaterials possessing the characteristic of wide frequency band are constructed with the composite right/left handed transmission line. At the same time, the investigation results of the passive microwave devices composed of the metamaterials, which are analyzed, designed and developed by our group in recent years, are introduced. The investigation results indicate that because of having the left handed property of the composite right/left handed transmission line, the novel devices are predominant either in insert loss, size or in performances than the devices consisted of the traditional microstrip lines.
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