矩形金属腔体场分布计算

本文采取并矢格林函数的方法来验证在混波室研究中仿真方法的准确性与可靠性,由照模型可以得出第一类电并矢格林函数符合课题所要求的条件,反映理想金属导体围成的矩形金属腔体内的电场分布情况.故采取这种并矢格林函数来分析相对简单的矩形波导内的并矢格林函数,然后再据此推导出矩形腔体内的并矢格林函数.本文将遵循这样一个思路来求解矩形腔体内的第一类电并矢格林函数从而得出金属腔体内的场分布情况.

Distribution Calculation and Simulation Analysis of the Electric Field in the Rectangle Cavity

the article adopts the dyadic Green＇s function method of non-divergence method to verify the accuracy and reliability of simulation method in reverberation-chamber study. From the model we can get the first kind of electricity in the dyadic Green＇s function method to acquire our requirements of conditions. It reflects ideal metal conductor surrounded the rectangular metal chamber of the electric field distribution in the body. So we take this kind of the dyadic Green＇s functions method to analyze the relative simplicity of a rectangular waveguide in dyadic Green＇s functions method, and then accordingly deduced in the body cavity of rectangular the dyadic Green＇s functions method. This paper will follow the way to solve the rectangular cavity by the first kind of electricity in the dyadic Green＇s function method and get the field intensity distribution in the body cavity field distributions.