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Electromagnetic scattering by an aggregate of spheres: far field

机译:球体聚集引起的电磁散射:远场

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In electromagnetic multisphere-scattering calculations the reexpansion method for seeking a single-field representation of the total scattered field is found impracticable because of severe numerical problems. We present a simple single-field expansion of the total scattered far field based on an asymptotic form of vector translational addition theorems. With this asymptotic expansion of the far field, we derive analytical expressions for the scattering properties of an arbitrary aggregate of spheres. Resulting formulas are free from numerical problems in practical applications. Theoretical predictions from this far-field solution for various aggregates of spheres that we tested agree favorably with laboratory microwave scattering measurements. Some numerical results are presented and compared with experimental data. (C) 1997 Optical Society of America.
机译:在电磁多球散射计算中,由于严重的数值问题,发现用于寻求总散射场的单场表示的扩展方法不可行。我们提出了基于矢量平移加定理的渐近形式的总分散远场的简单单场扩展。利用远场的这种渐近扩展,我们导出了任意球体的散射特性的解析表达式。所得公式在实际应用中没有数值问题。我们测试的这种远场解决方案对各种球体聚集体的理论预测与实验室微波散射测量结果相吻合。给出了一些数值结果,并与实验数据进行了比较。 (C)1997年美国眼镜学会。

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