Study on a theory electromagnetic coupling for inhomogeneous distributed coupling structures and the application for millimeter wave integrated circuits

电路元件是低损耗的绝缘材料的考虑因素，将在毫米波和亚毫米波集成电路中使用。在这一研究中，我们对两个非电波eguides之间的电磁现象进行了调查，以及在微波和一个电路元件之间，在百万计集成电路中进行了调查。这篇文章提供了一些基本的数据，对于集成电路的设计来说是非常有用的。在这个项目的时间里，一些结果列出了下面的一些结果。A coupled-mode equation for the Distributed coupling region，其中coupling strength varies沿传播方向产生。“耳语的共振特征-画廊模式上的一个非线性磁盘共振器耦合与一个非线性波形是被调查的。”一对双红外共振器的共振特征，其中一个红外圆盘和一个红外环是精确地计算的。在一个高渗透性模式（epsilon_r>24） dielectric waveguide被发现了，而在Whispering-Gallery模式dielectric disk resonator中，高渗透性dielectric materials被改进了。这个共振器和外部电路之间的耦合特性是很好的调查。

The circuit elements which consists of low-loss dielectric materials will be used in the millimeter and submillimeter wave integrated circuits. In this study, we investigate about electro-magnetic phenomenon between the two dielectric waveguides, and between a waveguide and a circuit element, in the millimeter integrated circuits. This works provides some basic data which are very useful for design of the integrated circuits. In the term of this project, some results listed below are obtained.・A coupled-mode equation for the distributed coupling region where the coupling strength varies along the propagating direction is derived.・The resonance characteristics of Whispering-Gallery mode on a dielectric disk resonator coupled with a dielectric waveguide is investigated.・The resonance characteristics of a coupled dielectric resonator which consists of a dielectric disk and a dielectric ring are precisely calculated.・Propagation characteristics of a dominant mode in a high permittivity (epsilon_r>24) dielectric waveguide are obtained・Analysis of Whispering-Gallery mode dielectric disk resonator which consists of high permittivity dielectric material is improved. And coupling characteristics between this resonator and an external circuit is clearly investigated.