Research progress of white light gel construction based on non-covalent bond
FAN Kaiqi
SU Zhenning
WANG Shuyuan
ZHAO Shuai
HAN Guanglu
YU Shuyan
ZHANG Baohao
YIN Zhigang
SONG Jian
Abstract：Based on the formation mode of white light gel,the research status of constructing white light gel with non-covalent interactions such as hydrogen bonding,π-π stacking and metal complexing was reviewed.It was pointed out that the non-covalent bonding of white light gel could make different chromophore compounds produce a dynamic and reversible one-dimensional assembly,self-assembly of aggregates could help regulate the distance between donor and acceptor molecules and dipole direction to improve the energy transfer efficiency between molecules to obtain a tunable white light gel material.This white light gel had obvious stimulus response characteristics and flexible phase transition to the outside world as well as good plastic workability,and had great potential applications in the fields of display materials,lighting equipment and the like prospect.However,the existing white light gel system had the problems of being destroyed under strong mechanical or high temperature,low gel strength and long preparation period of the dry gel.In the future,the structureactivity relationship research between the gel factor structure and the donor and acceptor energy transfer efficiency should be strengthened to promote the industrialization application of white gel as soon as possible.
Keywords：non-covalent bondwhite light gelself-assemblyenergy transferchromophore
Publication Date：2018-01-01
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：16( 56-71 )