二维正方复式晶格的完全光子带隙
Absolute photonic band gaps of 2-D cubic compound lattice
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摘要: 为产生光子晶体完全光子带隙,在二维正方晶格的介质柱中心构造一个空气柱孔缺陷,应用平面波展开的方法研究了光波在其中的传播规律,发现在特定的结构参数条件下,该结构产生了完全光子带隙,从而找到了在简单晶格结构条件下实现完全光子带隙的方法。Abstract: In order to obtain the absolute photonic band gaps,we design a two-dimension cubic compound lattices made of dielectric cylinders with an air hole in their centers and study its photonic band structures with the plane-wave method. An absolute photonic band gaps common to E and H polarized waves are created when given proper structure parameters,which tells us that absolute photonic band gaps can be created from a simple lattice.
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