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Analysis of scattering characteristics for strip grating sandwiched between multi-dielectric layers under oblique incidence and its applications in circular polarizers

机译:斜入射下夹在多介质层之间的带状光栅的散射特性分析及其在圆偏振片中的应用

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Scattering characteristics of metallic strip grating sandwiched between multi- top and bottom uniform dielectric layers in the case of plane-wave oblique incidence are carefully investigated by a new method which combines coordinate revolving theory with the rigorous mode matching method. Comparisons between the rigorous methods like spectral domain method are given which verify the efficiency of our method. A new circular polarizer are also proposed. It is indicated that pure circular polarization can be realized even in every frequencies by change the structure parameters of dielectric uniform layers which greatly overstep the limitation of single strip which can realized circular polarization only in fixed frequency. The researches in this paper have some useful guidelines for accurate designing frequency selective surface and circular polarizer.
机译:通过将坐标旋转理论与严格模式匹配方法相结合的新方法,仔细研究了在平面波倾斜入射情况下夹在多层上下均匀介电层之间的金属条形光栅的散射特性。通过比较严格的方法(如谱域方法),验证了我们方法的有效性。还提出了一种新的圆偏振器。研究表明,通过改变介质均匀层的结构参数,即使在每个频率下也可以实现纯圆极化,大大超越了仅在固定频率下即可实现圆极化的单条带的局限性。本文的研究为准确设计频率选择表面和圆偏振器提供了一些有用的指导。

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