CAJ | 학술논문

随着信息时代的到来,高速光通讯、光信息处理和光电子学等实用领域取得了飞速发展,有机光折变材料在这些领域中的应用前景得到越来越广泛的重视.实验表明,具有良好光导电性的含咔唑基团的有机光折变材料显示出更好的光折变性能.本文从含咔唑侧基聚合物为主体的掺杂体系、含咔唑基团的有机聚合物多功能化体系和咔唑生色团小分子体系三方面评述了近十几年来含咔唑基团的有机光折变材料的研究进展.
수착신식시대적도래,고속광통신、광신식처리화광전자학등실용영역취득료비속발전,유궤광절변재료재저사영역중적응용전경득도월래월엄범적중시.실험표명,구유량호광도전성적함잡서기단적유궤광절변재료현시출경호적광절변성능.본문종함잡서측기취합물위주체적참잡체계、함잡서기단적유궤취합물다공능화체계화잡서생색단소분자체계삼방면평술료근십궤년래함잡서기단적유궤광절변재료적연구진전.
Organic photorefractive (PR) materials have attracted much attention in the past two decades due to their potential applications in telecommunications, optical data storage and optical information processing, etc. The materials containing carbazole components as a charge transporting function have been demonstrated to exhibit high performance photorefractive effects. In this paper, the research progress in carbazolyl-containing organic and polymeric PR materials from three ways of polymeric PR composites with PVK and PSX-Cz as the host polymer, carbazolyl-containing multifunctional PR polymeric materials and carbazolyl-containing chromophores for PR materials have been reviewed.