摘要
苯并菲液晶材料能够自组装成柱状相,被广泛应用在光电材料方面、功能分子膜、信息储存等方面。苯并菲衍生物合成方法简单,并且具有非常良好的光电性质,引起了研究者的广泛关注。苯并菲液晶高分子可以分为不同的类型,其合成方法也不相同。本文在简单介绍苯并菲液晶高分子合成方法的同时,对苯并菲液晶高分子的应用也做简要的概括。
The triphenylene liquid crystalline material can be self-assembled into columnar phase which cause wide applications in photoelectric material, functional molecular films, information storage and so on. The synthesis methods of triphenylene derivatives are simple and the derivatives have a very good photoelectric properties, which have attracted much attentions of the researchers. The triphenylene liquid crystalline polymers can be divided into different types and their synthesis methods are not the same. The synthesis of triphenylene liquid crystalline polymers will be briefly introduced, and at the same time the applications of triphenylene liquid crystalline polymers will be summarized.
作者
于颖敏
YU Ying-min(College of Chemical Engineering, Shenli College, China University of Technology, Dongying 257000, Chin)
出处
《高分子通报》
CAS
CSCD
北大核心
2018年第4期36-43,共8页
Polymer Bulletin
关键词
苯并菲衍生物
高分子
合成
液晶材料
The triphenylene derivatives
Polymer~ Synthesize
Liquid materials
