Huzhou, 313000
China
Huzhou University
Propane combustion, Pt@WO3 catalyst, Gaseous oxygen activation, Dual active sites, Reaction mechanism.
Styrene catalytic combustion, acid sites, Coke resistance, mechanical mixing active sites, active oxygen migration.
Propane combustion, Al2O3-AlPO4 hybrid materials, Pt active sites, Acid sites, Synergistic catalysis
Styrene catalytic combustion, Pt catalyst, coke resistance, mechanically mixed active sites, active oxygen migration
DMF combustion, Redox site, Acid site, Selective catalytic reduction, CuO catalyst
DMF combustion, Redox site, Acid sites, Selective catalytic reduction, CuO catalyst
Pt/ZrO2 catalyst, metal-support interaction, active interface sites, catalytic styrene combustion, catalyst deactivation
Cu-Mo/SiO2, Dimethyl succinate, 1, 4-butanediol, Cu+/Cu0, Reaction pathway and mechanism
Pt/TiO2 catalyst, Methane combustion, Propane combustion, Intrinsic active sites, Active site evolution
