Electrochemical reduction of nitrate on boron-doped diamond electrodes: Effects of surface termination and boron-doping level

Keyphrases

• Boron-doped Diamond Electrode 100%
• Surface Termination 100%
• Boron Doping Level 100%
• Electrode Effect 100%
• Electrochemical Nitrate Reduction 100%
• C-H Bond 66%
• Boron-doped Diamond 66%
• Nitrogen Gas 66%
• Hydrogen-terminated 66%
• Nitrate Reduction 66%
• Acceptor States 66%
• Anions 33%
• Adsorption 33%
• Hydrophobicity 33%
• High Selectivity 33%
• Cathodic Reduction 33%
• Nitrate 33%
• Electrochemical Reactions 33%
• Boron-doped Diamond Film 33%
• Electrode Surface 33%
• Shallow Acceptor 33%
• Reduction Efficiency 33%
• Atomic Hydrogen 33%
• Enhanced Selectivity 33%
• Oxygen Termination 33%
• BC Ratio 33%
• High Nitrate 33%
• Direct Reduction 33%
• Water Electrolysis 33%
• Hydrogen-terminated Surface 33%
• Interfacial Band Bending 33%
• Reduction Pretreatment 33%

Chemistry

• Electrochemical Reduction 100%
• electrode 100%
• Boron 100%
• Hydrogen 44%
• formation 33%
• Dioxygen 11%
• Hydrophobicity 11%
• Shallow Acceptor 11%
• Band Bending 11%
• Electrolysis 11%

Chemical Engineering

• Boron 100%
• Hydrogen 44%
• Film 11%
• Electrolysis 11%
• Nitrate Reduction 11%