CAJ | 학술논문

有机/聚合物光折变材料的品质因数高,结构设计容易,样品制备简单,综合性能优良,是一类极具发展潜力的非线性光学材料.本文首先对有机/聚合物材料中光折变效应的基本概念和特点进行了简单介绍;然后根据材料组成特征,对有机光折变材料近年来的研究概况进行了分类综述.对于各种材料体系,重点论述了以应用为导向的材料优化进程,分析了材料体系中存在的亟待解决的瓶颈问题,并对有机/聚合物光折变材料的实用化进程及今后的发展思路进行了展望.
유궤/취합물광절변재료적품질인수고,결구설계용역,양품제비간단,종합성능우량,시일류겁구발전잠력적비선성광학재료.본문수선대유궤/취합물재료중광절변효응적기본개념화특점진행료간단개소;연후근거재료조성특정,대유궤광절변재료근년래적연구개황진행료분류종술.대우각충재료체계,중점논술료이응용위도향적재료우화진정,분석료재료체계중존재적극대해결적병경문제,병대유궤/취합물광절변재료적실용화진정급금후적발전사로진행료전망.
Organic/polymer photorefractive materials are promising due to their highest figure of merit, versatility in structural design, simplicity in sample preparation and good general performance. In this paper, the concept and characteristic of photorefractive effect in organic materials are briefly discribed, and the recent research progerss in organic photorefractive materials is reviewed systematically. This article focuses on the different chemical concepts and pathway for material optimization oriented by application. Also, the existing bottle-neck problems in photorefractive material system are outlined and their future development and application are forecasted.