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A new method to solve the singular integral in computation of electromagnetic scattering by surfaces of arbitrary shape

机译:解决任意形状表面电磁散射计算中奇异积分的新方法

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The difficulty of singular integral occurred when we compute the electromagnetic scattering by surfaces of arbitrary shape using the model presented by Sadasiva M. Rao. To solve it, we proposed an algorithm, which is analytical and is of high precision and speed. In this algorithm, we transform the problem from the global three-dimension rectangular coordinate system to a local two-dimension polar coordinate system by shifting and rotating. After the singular point is eliminated, we can analytically work out the singular integral of original question.
机译:当我们使用Sadasiva M. Rao提出的模型计算任意形状的表面的电磁散射时,就会出现奇异积分的困难。为了解决这个问题,我们提出了一种解析度高,速度快的算法。在该算法中,我们通过移动和旋转将问题从全局三维直角坐标系转换为局部二维极坐标系。消除奇异点后,我们可以分析得出原始问题的奇异积分。

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