Reflection Grating Photorefractive Self-Pumped Ring Mirror

K. Kitayama, F. Ito
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Abstract

Photorefractive crystal waveguide(PCW) is a novel approach to enhance the photorefractive effects.1-4 The waveguide geometry provides a tight optical field confinement and long interaction length of waves, resulting in increasing diffraction efficiency and angular sensitivity of hologram. It also allows to synthesize a high-density matrix array. Key issues to gain the practical applicability are how to overcome the drawbacks of PCW such as the finite aperture and modal phase dispersion which affects both image fidelity and holographic storage capacity.
反射光栅光折变自抽运环形镜
光折变晶体波导(PCW)是一种增强光折变效应的新方法。1-4波导的几何结构提供了紧密的光场约束和较长的波的相互作用长度,从而提高了全息图的衍射效率和角灵敏度。它还允许合成高密度矩阵阵列。如何克服有限孔径和模态相位色散等影响图像保真度和全息存储容量的缺点,是实现该技术实用化的关键问题。
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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