GTD深度解释的物理光学曲面积分方法探讨

M. Ando, Pengfei Lu, T. Kohama
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引用次数: 0

摘要

本文综述了等效边缘电流对降低电磁散射的面对线积分的意义,并在此基础上探讨了各种高频方法之间的关系。这表明,GTD的大部分困难来自于将表面电流简化为等效电流并进一步简化为射线的错误。论证了作者引入的两个独特概念;为了精确、均匀地简化辐射积分,提出了等效边缘电流的新定义。
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Discussion of physical optics surface integration for deep interpretation of GTD
This paper reviews the significance of equivalent edge currents for surface-to-line integral reduction in EM scattering and the relations between various high frequency methods are surveyed in this context. It suggests that most of the difficulties in GTD comes from errors in reduction of surface currents into equivalent currents and further into rays. Two unique concepts introduced by the authors are demonstrated; MER as the novel definition of equivalent edge currents is developed for accurate and uniform reduction of radiation integrals.
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