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Sensitivity characteristics in nanosized coated long period gratings

机译:纳米涂层长周期光栅的灵敏度特性

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This work presents an experimental analysis of the sensitivity characteristics to the surrounding refractive index (SRI) in long period gratings coated with polymeric overlay with high refractive index and thickness values ranging in hundreds of nanometers. The presence of the coating induces the cladding to overlay mode transition depending on the overlay features and the SRI. The immediate consequence is a drastic modification of the sensitivity characteristics from the sublinear monotone behavior to a resonantlike shape. Here, the sensitivity characteristics of coated long period gratings have been investigated to outline their dependence on the overlay thickness and order mode.
机译:这项工作提出了对长周期光栅中周围折射率(SRI)的敏感度特性的实验分析,该光栅涂有聚合物涂层,具有高折射率和数百纳米范围内的厚度值。取决于覆盖特征和SRI,涂层的存在引起包层向覆盖模式的转变。直接的结果是灵敏度特性从亚线性单调行为急剧地改变为类似共振的形状。在这里,已经研究了涂覆的长周期光栅的灵敏度特性,以概述其对覆盖层厚度和阶模的依赖性。

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