4,4’-二吡啶及N,N’-取代衍生物在超分子装置中的应用进展

The Application Progress of 4,4'-Dipyridine and its N,N'-Derivatives in Supramolecular Devices

4,4’-二吡啶及N,N’——取代衍生物具有对称的结构和良好的性能,在配位化学,晶体工程,功能材料等领域已经显示出独特的优势。本文主要从分子梭,索烷,(类)轮烷/(类)聚轮烷等超分子装置方面介绍了4,4’-二吡啶及N,N’——取代衍生物的研究现状,并对其应用和发展前景作出了展望。

The 4,4 ＇- dipyridine and its derivatives have symmetric structure and better properities. which have displayed distictive advantages in the field of coordination chemistry, crystal engineering, functional materials etc. This review focuses on current investigation of 4,4 ＇- dipyridine and its derivatives in supramolecular devices of molecular shuttle, catenane, （pseudo） rotaxane/（pseudo） polyrotaxane and so on. It was expected to prepare more novel supramolecular devices containing 4,4＇-dipyridine and its derivatives by other weak interaction.