Cu-ZnO Heterojunction Catalytic SF₆/H₂ Gas Conversion Mechanism and Reaction Network Construction

Boosted photoconversion of SF6 over defective ZnGa2O4 nanosheets under mild conditions

“…7 Numerous studies have explored thermal and photoreductive decomposition of SF 6 within electric discharges linked to plasma etching, or through a photolytic reaction at polyisoprene surfaces. [8][9][10][11] Byproducts resulting from these methods of thermal and photoreductive decomposition of SF 6 are mostly in gaseous form and possess toxicity as well as corrosiveness. Until now, catalytic decompositions of SF 6 have been predominantly achieved through heterogeneous reactions, primarily using metal phosphates.…”