Ferrate(VI) Activation with Nanoconfined Cu-Mg Sites for Water Treatment: Selective Cu(III) Production via Support-Dependent Redox Catalysis

Keyphrases

• Adhesive Agent 20%
• C3N4 20%
• Calcination 20%
• Carbon Phase 20%
• Catalyst Support 20%
• Cluster Formation 20%
• Cu Atoms 20%
• Cu Sites 20%
• Cu(II) 20%
• Cu(III) 100%
• CuMg 40%
• Degradation Pathway 20%
• Density Functional Theory 20%
• Electron Transfer 20%
• Fe(IV) 20%
• Fe(V) 20%
• Fe(VI) 100%
• Ferrate 20%
• Ferrate(VI) 100%
• G-C3N4 40%
• Graphitic Carbon 20%
• In Situ Raman Spectra 20%
• Induced Oxidation 20%
• Inorganic-organic 20%
• Interfacial Electron Transfer 20%
• Metal-support Interaction 20%
• Montmorillonite K10 20%
• Nanoconfined 100%
• Nanoconfinement 20%
• Nitrate 20%
• Non-radical 20%
• Organic Oxidation 20%
• Organic Support 20%
• Oxidation State 20%
• Production Base 20%
• Redox Catalysis 100%
• Redox Reaction 20%
• Silica 40%
• Support Type 20%
• UV-visible Absorption 20%
• Water Treatment 100%

Chemistry

• Adhesive Agent 50%
• Catalyst Support 50%
• Clay Mineral 50%
• Density Functional Theory 50%
• Electron Transfer 50%
• Electron Transport 50%
• Energetics 50%
• formation 100%
• Montmorillonite 50%
• Nanoconfinement 50%
• Raman Spectra 50%
• Redox Catalysis 100%
• Redox Reactions 50%
• Ultraviolet Spectrum 50%
• Water Purification 100%

Material Science

• Catalyst Support 33%
• Density 33%
• Electron Transfer 66%
• Ferrate 100%
• Graphitic Carbon Nitride 66%
• Oxidant 33%
• Oxidation Reaction 100%
• Redox Catalysis 100%
• Redox Process 33%