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首页> 外文期刊>IEEE Transactions on Antennas and Propagation >Plane wave scattering by slots on a ground plane loaded with semicircular dielectric cylinders in case of oblique incidence and arbitrary polarization
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Plane wave scattering by slots on a ground plane loaded with semicircular dielectric cylinders in case of oblique incidence and arbitrary polarization

机译:在倾斜入射和任意极化的情况下,在装有半圆形介质圆柱体的地平面上,缝隙对平面波的散射

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摘要

Plane wave scattering by single or double slots loaded with semicircular dielectric cylinders is investigated in the most general case of oblique incidence and arbitrary polarization. To this end, systems of singular integral-integrodifferential equations of the first kind are constructed and discretized on the basis of recently developed algorithms. Several internal tests and extensive comparisons with available results were made in order to validate the numerical codes. Plotted results both for the surface magnetic current densities and the radar cross sections reveal how the scattering properties may be controlled by changing several physical and geometrical parameters of the structure.
机译:在最常见的倾斜入射和任意极化情况下,研究了装有半圆形介质圆柱体的单缝或双缝隙对平面波的散射。为此,在最近开发的算法的基础上,构造并离散了第一类奇异积分-积分微分方程组。为了验证数字代码,进行了一些内部测试以及与可用结果的广泛比较。绘制的表面磁电流密度和雷达横截面的结果都揭示了如何通过改变结构的几个物理和几何参数来控制散射特性。

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