光子异质晶体界面的透射光谱变换-偏振各向异性

B. Ding, M. Bardosova, I. Povey, M. Pemble, S. Romanov
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引用次数: 0

摘要

由不同拓扑结构的薄膜胶体晶体组成的光子异质晶体显示了透射光光谱的非平凡变换,这远远超出了单个薄膜透射光的叠加。这种转变与PBG界面的光耦合条件有关,如果在低阶和高阶光子带之间发生匹配,则这种转变最为明显。这种光谱变换导致光在斜入射下传播的偏振各向异性的特殊变化,并且暂时导致光偏振成分的非互易性,相对于光传播方向的逆转。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transmission spectrum transformation at photonic hetero-crystal interfaces — Polarization anisotropy
Photonic hetero-crystals composed from thin film colloidal crystals of different topology demonstrate the non-trivial transformation of the spectrum of transmitted light, which goes far beyond the superposition of transmissions of single films. This transformation relates to the light coupling conditions at the PBG interface and becomes the most pronounced, if matching takes place between low and high order photonic bands. This spectrum transformation leads to peculiar changes of the polarisation anisotropy of the light propagating at oblique incidence and, provisionally, to the non-reciprocity of the light polarisation composition with respect to reversing the light propagation direction.
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