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Fourier modal methodwith complex polarization basis and adaptive spatial resolution for modeling crossed gratings of circular holes or pillars

机译:傅里叶模态法具有复杂的偏振基础和自适应空间分辨率,可对圆形孔或柱的交叉光栅进行建模

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We present the theory and numerical results of combining the concept of adaptive spatial resolution with the complex polarization basis approach recently proposed by Antos to improve the convergence of the Fourier modal method for modeling highly conducting gratings of circular holes or pillars.
机译:我们介绍了将自适应空间分辨率的概念与Antos最近提出的复极化基础方法相结合的理论和数值结果,以改善傅立叶模态方法的收敛性,该方法用于对圆形孔或柱的高导电光栅进行建模。

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