
Performance Improving Strategies of Metal-organic Frame Electrocatalytic Materials
YU Ping, MA Fuying, LIU Ziqing
Performance Improving Strategies of Metal-organic Frame Electrocatalytic Materials
Metal-organic framework (MOFs) material is a kind of organic-inorganic hybrid material which is prepared by chemical reaction of organic ligand and precursor with metal ions. MOFs are highly valued in the field of electrocatalysis due to their unique crystalline structures, tunable pore sizes, shapes, and pore diameters. However, MOF materials used as electrocatalysts often suffer from poor stability and low catalytic activity. The article reviews strategies for enhancing the performance of MOF-based electrocatalytic materials from four aspects of microstructure regulation, ligand regulation, multimetal regulation, and the construction of defects or vacancies. It summarizes relevant research on MOF composite electrocatalysts and MOF-derived electrocatalysts, and also provides an outlook on the future application prospects of MOFs in the field of electrocatalysis.
Electrocatalysis / MOFs / Active site / Defect / Micro-control
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