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Multiple Spectral Window Mirrors Based on Fibonacci Chains ofDielectric Layers and Applications

机译:基于斐电层和应用的斐波纳契链的多谱窗镜

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摘要

The unique properties of one-dimensional (1D) Fibonacci chains of dielectric layers are experimentally demonstrated and exploited for the design of new mirrors with multiple reflection spectral windows. The new mirror structures are simple, straightforward to make and enable a wide variety of multiple spectral window device performance to be achieved. By changing the thickness of the layers or the order of the Fibonacci chain, tens or even hundreds of windows can be obtained with the same approximate reflectivity over a very broad spectral region. These mirrors have numerous applications in photonics and optoelectronics.
机译:一维(1D)菲金尼链的独特属性是通过实验证明和利用具有多个反射光谱窗口的新镜子的设计和利用的介电层的独特性能。新的镜像结构简单,简单,使得能够实现各种多种谱窗口设备性能。通过改变层的厚度或斐波纳契链的顺序,可以在非常广泛的光谱区域上以相同的近似反射率获得数十甚至数百次窗口。这些镜子在光子和光电子中具有许多应用。

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