This paper presents a novel leaky surface wave COM parameter extraction technology propagating on 36°-LiTaO3.
介绍了一种基于单端同步谐振器、采用电测试方法实现漏波COM参数的提取技术。
Microstrip leaky wave antenna is close to waveguide and radiation wall adopts admittance boundary condition.
将微带漏波天线近似为波导,辐射壁采用导纳边界条件,分析了微带漏波天线的传播特性和辐射特性,给出了微带漏波天线的设计步骤和方法。
Effects of a single scatterer on the transport properties of a leaky electron waveguide are studied theoretically.
本文用一双波导模型模拟漏波导，用δ函数模拟散射势，从理论上研究了单个散射杂质对漏波导传输特性的影响。
