首页> 外文期刊>Applied Computational Electromagnetics Society journal >Scattering from an Arbitrarily Incident Plane Wave by a PEMC Elliptic Cylinder Confocally Coated with a Chiral Material
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Scattering from an Arbitrarily Incident Plane Wave by a PEMC Elliptic Cylinder Confocally Coated with a Chiral Material

机译:由共聚焦涂覆有手性材料的PEMC椭圆圆柱体从任意入射平面波散射

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摘要

An analytic solution to the problem of scattering of a plane electromagnetic wave by a chirally coated elliptic cylinder defined by PECM boundary condition has been obtained by expanding the different electromagnetic fields in terms of appropriate elliptic wave functions and a set of expansion coefficients. The expansion coefficients associated with the transmitted field inside the coating as well as the scattered field outside the coating are unknown and will be obtained by applying the boundary conditions at various layers. Numerical results have been presented graphically to show the effects of chiral and PEMC materials simultaneously on the bistatic width of scattering from coated elliptic cylinder.
机译:通过根据适当的椭圆波函数和一组膨胀系数来扩展不同的电磁场,已经获得了对由PECM边界条件定义的手涂椭圆形圆柱体散射平面电磁波问题的解析解决方案。与涂层内部的透射场以及涂层外部的散射场相关的膨胀系数是未知的,并且将通过在各个层上应用边界条件来获得。数值结果已以图形方式呈现,以显示手性和PEMC材料同时对涂层椭圆圆柱体散射的双基地宽度的影响。

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