金属-多层电介质纳米结构共振正向/反向反射率的不对称性

S. G. Ilchenko, V.B. Taranenko
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引用次数: 0

摘要

本文对金属-多层-电介质(MMD)纳米结构固有的共振光学特性的方向非对称性进行了实验和数值研究。我们证明,当一个 MMD 结构从相反的方向照射时,前向/后向反射共振存在明显的不对称性,这与表明经典光学互易性的严格对称透射共振形成鲜明对比。对金属膜和准周期电介质结构进行了比较测量,它们与 MMD 结构的相应参数相同。简要讨论了具有克尔非线性的改进型 MMD 结构的反射和透射方向不对称性。
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Asymmetry of resonant forward/backward reflectivity of metal – multilayer-dielectric nanostructure
Presented in this paper is an experimental and numerical study of direction-dependent asymmetry of resonant optical characteristics inherent to metal – multilayer-dielectric (MMD) nanostructure, which has much in common with the Tamm plasmonic configuration. We demonstrate that when a MMD structure is illuminated from opposite sides, there is a noticeable asymmetry of the forward/backward reflection resonances, contrasting with the strictly symmetrical transmission resonances indicating classical optical reciprocity. Comparative measurements were carried out on a metal film and a quasi-periodic dielectric structure, which are identical to the corresponding parameters of the MMD structure. Directional asymmetry of reflection and transmission is briefly discussed for a modified MMD structure with the Kerr nonlinearity.
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