Tunable and Flexible Nano Photonic Crystals

J. Lee, Kyung-Hak Choi, Yonghao Cui, S. Foland
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Abstract

While there have been many astounding demonstrations in 2D photonic crystals, most photonic crystals are passive without means of external control. Providing ondemand tunability to the photonic crystals would expand existing application areas and may enable new applications. Guided-mode resonance (GMR) is diffraction grating which shows sharp reflectance/transmittance response on narrow specific wavelength of the incident light. Flexible GMR devices are great vehicles to achieve high resolution high sensitivity strain sensor. This paper reviews thermally and mechanically tunable 2D photonic crystals and flexible GMR strain sensors.
可调谐和柔性纳米光子晶体
虽然在二维光子晶体中已经有许多令人震惊的证明,但大多数光子晶体是无源的,没有外部控制手段。为光子晶体提供随需应变的可调性将扩大现有的应用领域,并可能实现新的应用。导模共振(GMR)是一种在入射光较窄的特定波长上表现出明显反射/透射响应的衍射光栅。柔性GMR器件是实现高分辨率、高灵敏度应变传感器的重要载体。本文综述了热可调谐和机械可调谐二维光子晶体和柔性GMR应变传感器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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