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Numerical method of solving the singular integral equations of wave scattering by a penetrable polygonal cylinder

机译:穿透多边形圆柱体解波散射奇异积分方程的数值方法

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The problem of an H-polarized wave scattering by a dielectric polygonal cylinder is considered. To obtain a set of the first-kind Fredholm singular integral equations (IEs), single-layer potentials are used. A Galerkin method of moments with special basis is applied for reducing IEs to an infinite-matrix equation having favorable features.
机译:考虑了由电介质多边形圆柱体引起的H偏振波散射的问题。为了获得一组第一类Fredholm奇异积分方程(IE),使用了单层电势。应用具有特殊基础的矩量的Galerkin方法将IE简化为具有良好特征的无限矩阵方程。

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