二维周期漏波天线上漏波的传播特性

S. Sengupta, D. Jackson, S. Long
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引用次数: 5

摘要

本文研究了一种由介电基片上周期性分布的矩形贴片组成的二维周期漏波天线,该天线由接平面上的窄狭缝激励。通常由接地介质衬底支撑的TM0表面波被周期性补丁的存在所扰动,从而产生径向传播的漏波。除了制造一种新颖的微波天线结构外,该设计的动机是在光学体制下等离子体结构中观察到的定向光束和增强透射现象。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Propagation characteristics of leaky waves on a 2D periodic leaky-wave antenna
A two-dimensional (2D) periodic leaky-wave antenna consisting of a periodic distribution of rectangular patches on a grounded dielectric substrate, excited by a narrow slot in the ground plane, is studied here. The TM0 surface wave that is normally supported by a grounded dielectric substrate is perturbed by the presence of the periodic patches to produce radially-propagating leaky waves. In addition to making a novel microwave antenna structure, this design is motivated by the phenomena of directive beaming and enhanced transmission observed in plasmonic structures in the optical regime.
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