Greigite Fe₃S₄-Derived α-FeO(OH) Promotes Slow O-O Bond Formation in the Second-Order Oxygen Evolution Reaction Kinetics

Keyphrases

• Oxygen Evolution Reaction 100%
• Reaction Kinetics 100%
• Greigite 100%
• Fe3S4 100%
• O-O Bond Formation 100%
• FeOOH 100%
• Rate-limiting Step 28%
• Intrinsic Parameters 28%
• Reaction Performance 28%
• Tafel Slope 28%
• Variable Temperature 28%
• Nickel Foam 28%
• Oxyhydroxide 28%
• Peroxide 28%
• Nucleophilic Attack 28%
• Fe(IV) 28%
• Electrokinetic Measurements 28%
• Electrolyte 14%
• Iron Oxide 14%
• Reaction Rate 14%
• Kinetic Data 14%
• Electrode Surface 14%
• Activation Energy 14%
• Fe(III) 14%
• Surface Structure 14%
• Noncovalent Interactions 14%
• Electrolyte Cations 14%
• Na + 14%
• Iron(III) 14%
• Electrokinetics 14%
• Nanosheets 14%
• Li + 14%
• Transfer Coefficient 14%
• Electrogenerated 14%
• Mechanistic Interpretation 14%
• Active Species 14%
• Low Activation Barrier 14%
• IrO2 14%
• Bimolecular 14%
• Cell Temperature 14%
• Solvothermal 14%
• Mechanistic Pathway 14%
• Exchange Current Density 14%
• Nickel Oxyhydroxide 14%
• Hydroperoxo 14%
• Oxygen Evolution Catalyst 14%
• Reaction Analysis 14%
• Second-order Rate 14%
• Alkaline Oxygen Evolution Reaction 14%
• Noble Metal Oxides 14%
• Foam Electrode 14%
• Ni Oxide 14%

Chemistry

• Cation 100%
• Greigite 100%
• Reaction Activation Energy 50%
• Current Density 50%
• Transition Element 50%
• Metal Oxide 50%
• Noble Metal 50%
• Drop 50%
• K+ 50%
• Nanosheet 50%
• Kinetics Type 50%
• Non-Covalent Interactions 50%
• Surface Structure 50%
• Iron Oxide 50%