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Analysis of diffracted fields with the extended theory of the boundary diffraction wave for impedance surfaces

机译:利用边界衍射波的扩展理论分析阻抗表面的衍射场

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摘要

Uniform diffracted fields from impedance surfaces are investigated by the extended theory of boundary diffraction wave (ETBDW). The new vector potential of the ETBDW is constructed by considering the pseudoimpedance boundary condition. The method is applied to the diffraction problem from an impedance half-plane. It is shown that the total fields from an impedance half-plane reduce to the case of a perfectly electric or magnetic conducting and opaque half-plane for special values of surface impedance. The total and diffracted fields are compared numerically with the exact solution for the impedance half-plane and modified theory of physical optics (MTPO) solution for an impedance wedge. The numerical results show that the field expressions are in very good agreement with the exact and MTPO solutions.
机译:通过扩展的边界衍射波理论(ETBDW)研究了阻抗表面的均匀衍射场。 ETBDW的新矢量电势是通过考虑伪阻抗边界条件构造的。该方法被应用于从阻抗半平面的衍射问题。结果表明,对于特殊的表面阻抗值,阻抗半平面的总场减小为完全导电或导磁且不透明的半平面。将总场和衍射场与阻抗半平面的精确解和阻抗楔形的物理光学修正理论(MTPO)解进行数值比较。数值结果表明,场表达式与精确解和MTPO解非常吻合。

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  • 来源
    《Applied optics》 |2011年第3期|共7页
  • 作者

    Ugur Yalcin;

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  • 正文语种 eng
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