CAJ | 학술논문

超分子聚集和纳米分离是设计和制备新型液晶功能材料的有效工具。利用氢键相互作用实现分子组装构筑超分子液晶体系已成为近年来最活跃的研究领域。具有较强电子亲和力的三嗪单元作为典型的电子受体可以作为形成氢键的理想基团。本文综述了在氢键作用下三嗪类化合物及其复合物的液晶行为研究进展。
초분자취집화납미분리시설계화제비신형액정공능재료적유효공구。이용경건상호작용실현분자조장구축초분자액정체계이성위근년래최활약적연구영역。구유교강전자친화력적삼진단원작위전형적전자수체가이작위형성경건적이상기단。본문종술료재경건작용하삼진류화합물급기복합물적액정행위연구진전。
The self-organization and nano-segregation of small functional molecules are useful tools for designing and preparing new functional supramolecular materials. Assembly directed by hydrogen bonding is widely used to prepare supramolecular materials. As an electronic acceptor, triazine is a useful tecton for formation of H-bonding. This article reviews the progress on the study of liquid crystalline behaviors of tria- zine derivatives based on the hydrogen bonding.