高电子迁移催化材料制备方法研究进展.

By enhancing the electron mobility of materials, the conductivity of materials can be improved, the process of redox reaction in the catalytic process can be accelerated, and the catalytic activity can be greatly improved. Therefore, the preparation of high electron mobility catalytic materials has become a research hotspot. Although lots of studies have recognized the importance of enhancing the electron mobility of catalytic materials for catalytic performance, the current research is still insufficient, especially the lack of unified understanding of the internal mechanism of how the electron mobility of solid catalysts affects the catalytic performance of materials. It is urgent to reveal the structure-activity relationship between electron mobility and catalytic materials to realize the controllable preparation of catalytic materials. Herein, we have systematically summarized the different preparation methods, chemical and physical mechanisms, characteristic analysis, and challenges of high electron transfer catalytic materials and looks forward to the future development direction. Additionally, the influences and limitations of the element characteristics, electrical conductivity, and spatial characteristics of the materials on the preparation of high electron migration catalytic materials are highlighted. [ABSTRACT FROM AUTHOR]