电催化剂是电化学能源转换、电合成和环境电化学监测治理等重要领域的核心,其性能主要取决于化学组成、电子结构和表面结构.运用单晶电极可以在原子排列层次研究表面结构与性能的规律,进而应用于设计和研制高性能电催化剂.我校孙世刚教授研究团队的研究项目“电催化剂的表面结构效应、设计合成和反应机理研究”通过对金属单晶电极的系统深入研究,揭示了电催化剂的构效规律,阐明了相关的电 Electrocatalysts are the core of important fields such as electrochemical energy conversion, electrosynthesis and environmental electrochemical monitoring and control, and their properties are mainly determined by chemical composition, electronic structure and surface structure. The single crystal electrode can be used to study the surface structure and properties at the atomic arrangement level , And then applied to the design and development of high performance electrocatalysts.Our Professor Sun Shigang research team “Electrocatalyst surface structure effect, design synthesis and reaction mechanism ” through the metal single crystal electrode system in-depth study , Revealed the structure-activity law of the electrocatalyst, clarified the relevant electricity