四吡咯基有机多孔材料的制备及在电池中性能研究进展

Research progress in the preparation of tetrapyrrole basedorganic porous materials and their application in battery

基于四吡咯化合物的有机多孔材料,具有可调的孔隙度、可修饰骨架、均匀的活性位点等优点。由于其电子结构可控优势,四吡咯基有机多孔材料在各种电化学储能器件的电子/离子存储和传输方面的性能引起了广泛关注。对四吡咯基有机多孔材料的分类及其制备方法进行了总结,并对其在提升电池电化学性能方面的应用进行了综述。

An organic porous material based on tetrapyrrole compounds has the advantages of adjustable porosity,modifiable skeleton,uniform active site,etc.Due to their controllable electronic structure,the performance of tetrapyrrole organic porous materials has attracted widespread attentions in terms of electron and ion transport in various electrochemical energy storage devices.In this paper,the classification of tetrapyrrole porous materials and their preparation strategies were summarized,and the performance in improving the electrochemical properties of battery were reviewed.