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首页> 外文期刊>Radio Science >Multiple scattering “by conducting particles with random rough surfaces at infrared and optical frequencies
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Multiple scattering “by conducting particles with random rough surfaces at infrared and optical frequencies

机译:通过在红外和光频率下传导具有随机粗糙表面的粒子来进行“多次散射”

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摘要

The incoherent specific intensities for the waves scattered by a random distribution of particles with rough surfaces are derived. Since large roughness scales are considered, the diffuse scattering contributions to the like and cross polarized scattering cross sections are given by the full wave solutions. The scattering matrix in the expression for the equation of transfer is given by a weighted sum of the scattering matrix for the smooth particle and the diffuse contribution due to the rough surface of the particle. Illustrative examples are presented for the propagation of a circularly polarized wave normally incident upon a parallel layer of particles. Particles with different surface height spectral density functions, roughness scales, complex permittivities and sizes are considered. Both first order (single scatter) and multiple scatter solutions are provided and the results for particles with smooth and rough surfaces are compared.
机译:得出了具有粗糙表面的粒子的随机分布所散射的波的非相干比强度。由于考虑了大的粗糙度尺度,因此通过全波解给出了对类似物和交叉极化散射截面的漫散射贡献。传递方程式中的散射矩阵由光滑粒子的散射矩阵和由于粒子粗糙表面引起的扩散贡献的加权和给出。给出了示例性示例,用于传播通常入射在平行粒子层上的圆极化波。考虑具有不同表面高度光谱密度函数,粗糙度尺度,复杂介电常数和尺寸的颗粒。提供一阶(单散射)解决方案和多重散射解决方案,并比较了具有平滑表面和粗糙表面的粒子的结果。

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