This research aims to explore methods for efficiently cleaving C–F bonds through a bridging hydroxyl group to enhance hydrolysis and oxidation processes.
Utilized high-concentration oxygen vacancies between W and Mo atoms for catalytic reactions.
Investigated the efficiency of the catalytic process in breaking C–F bonds.
Developed and tested atomic cluster catalysts for environmental applications.
Demonstrated efficient cleavage of C–F bonds with a significant reduction in reaction time.
Achieved a higher yield of hydrolysis and oxidation products compared to traditional methods.
Abstract
O at high-concentration oxygen vacancies between neighboring W and Mo atoms. This work opens a promising pathway for developing robust atomic cluster catalysts for environmental catalysis.