An improved hybridization technique of geometrical optics physical optics

P. Hamel, J. Adam, G. Kubické, P. Pouliguen
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引用次数: 3

Abstract

The methods of geometrical optics and physical optics are particularly well adapted to calculate the RCS (Radar Cross Section) of targets with dimensions very large as compared to the incident electromagnetic field wavelength. The geometrical optics (GO) technique is a very fast technique allowing to take high order interactions into account. However, it fails to calculate the scattered field on occurrence of caustics. For this reason, it is supplemented by the physical optics (PO) to obtain a full angular diagram solution. In this paper, a method to reconstitute a reflected beam issued from the impact of an incident ray on a meshed surface is presented. This method improves the precision of the GO method.
一种改进的几何光学与物理光学杂交技术
几何光学和物理光学的方法特别适合于计算与入射电磁场波长相比尺寸非常大的目标的雷达截面。几何光学(GO)技术是一种非常快速的技术,允许考虑高阶相互作用。但不能计算焦散发生时的散射场。因此,它是由物理光学(PO)补充,以获得一个完整的角图解决方案。本文提出了一种重建入射光在网格表面上反射光束的方法。该方法提高了GO法的精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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