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Influence of Assymetry on the Band Structure of Photonic Crystals

机译:不对称对光子晶体带结构的影响

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Computer calculation of photonic band structure for unit cells of various symmetry in the two-dimensional square lattice suggests that the bandgap calculated by traversing the ΓXM triangle in k-space is only reliable when the unit cell is C_(Δ4v), symmetric. For structures of lower symmetry, examining a two-dimensional subset of the first Brillouin zone will give smaller bandgaps.
机译:二维方形晶格中各种对称的单位电池的光子频带结构的计算机计算表明,当单位单元是C_(Δ4V),对称时,通过在k空间中横穿γxm三角形来计算的带隙仅是可靠的。对于较低对称性的结构,检查第一布里渊区的二维子集将提供较小的带隙。

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