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首页> 外文期刊>Journal of Quantitative Spectroscopy & Radiative Transfer >Solution based on the pattern equation method for scattering of electromagnetic waves by objects coated with dielectric materials
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Solution based on the pattern equation method for scattering of electromagnetic waves by objects coated with dielectric materials

机译:基于模式方程法的介电材料涂层物体散射电磁波的解决方案

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The pattern equation method (PEM) has been extended to scattering problems of electromagnetic waves from three-dimensional (3D) conducting objects coated with dielectric materials. The algorithm of method for objects of arbitrary geometry is developed. For spheres, from the system of the algebraic equations of the PEM with respect to the expansion coefficients of the scattering pattern into Fourier series, the analytical expressions for these coefficients are obtained. These expressions coincide with corresponding formulas from a theory of Mie series. Numerical results of computation of scattering patterns from arbitrary axially symmetric objects are presented; thus, accuracy and efficiency of the method are shown. (C) 2007 Elsevier Ltd. All rights reserved.
机译:模式方程法(PEM)已扩展到来自涂覆有介电材料的三维(3D)导电物体的电磁波散射问题。开发了任意几何物体的方法算法。对于球体,从PEM的代数方程组关于散射图案到傅立叶级数的展开系数的系统,可以获得这些系数的解析表达式。这些表达式与Mie级数理论中的相应公式一致。给出了计算任意轴对称物体散射图的数值结果;因此,显示了该方法的准确性和效率。 (C)2007 Elsevier Ltd.保留所有权利。

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