二维共价有机框架作为光催化剂在有机合成中的研究进展

打开文本图片集

Abstract： Two-dimensial covalent organic frameworks （2D COFs） exhibit distinctive characteristics，including tunable topology， an extensive specific surface area， susceptibility to functializati， and robust stability，making m frequently utilizedin multiphase photocatalytic applicatis. This article begins with an overview synsis methods for 2D COFs，covering solvormal， iormal， mechanochemical， microwave-assisted， sochemical， and interfacial synsis techniques. It provides a ccise introducti to various factors influencing photocatalytic performance， such as crystalinity and stability， band structure， charge transfer capability， pore size and specific surface area，and nature light source. Subsequently， discussi shifts to summarizing and analyzing advancements in use 2D COFs as photocatalysts for organic small molecule

Cross-c Oxidati Synsis -coupoperties 2D COFs Reducti

cversi reactis，particularly in photocatalytic oxidati，reducti，and coupling reactis.Finaly，summaryanc outlookare presented regarding oportunities and chalenges that 2D COFs face inphotocatalytic organic transformatis.

Words：Two-dimensi;Covalentorganicframework；Photocatalysis；Oxidati reacti；Reducti eacti; Cross-coupling reacti

中图分类号：0643

1引言

随着全球能源需求的持续增长，有限的自然资源越来越难以满足人们的需求[1-4]。（剩余46068字）