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Numerical simulations of polarized scattering from random clusters of spatially-orented, non-spherical scatters

机译:来自空间定向的非球形散射的随机簇的偏振散射的数值模拟

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摘要

Empolying multiple scattering formulation of T-matrix method, numerical simula- tions are developed and applied to polarized scattering from random clusters of spatially-oriented, non-spherical particles. Polarized scattering is numerically presented for the functional depen- dence on particle shape, size, spatial distribution and orientation, and other physical parameters. Numerical calculations of backscattering from randomly clustered particles are well compared With that from independent particles and clusters. It can be seen that spatial distribution and Orientation of non-spherical particles can have significant effect on scattering.
机译:通过采用T矩阵方法的多重散射公式,开发了数值模拟并将其应用于空间定向的非球形粒子的随机簇的偏振散射。极化散射的数值表示了颗粒形状,大小,空间分布和方向以及其他物理参数的功能依赖性。很好地比较了随机聚集的粒子与独立粒子和聚类的反向散射数值计算。可以看出,非球形粒子的空间分布和取向可以对散射产生显着影响。

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