Research

The research group has long carried out the development of advanced carbon functional materials, interface control, in-situ spectroscopic methods and research on the electronic structure of catalysts. On the premise of environmental friendliness and rational utilization of resources, we are engaged in the creation of mesoporous carbon supported metal catalysts based on transition metal electronic structure control strategies and their application in the research of catalyst systems for fine chemical synthesis (such as selective oxidation, selective hydrogenation, C-H bond functionalization, etc.), contributing to:

Establish descriptors for surface adsorption and reaction performance, and clarify the rational design principles of precious metal nanocatalytic materials;
Based on the charge density control of transition metal d, stable mesoporous carbon supported metal catalysts were created to solve the problems of traditional activated carbon supported metal catalysts that are easy to lose, agglomerate and poison;
Develop new heterogeneous catalysis routes for green oriented transformation of heterocyclic molecules;