Activation of Boron-Doped Diamond Electrodes for Electrochemical CO₂Reduction in a Halogen-free Electrolyte

Engineering & Materials Science

• Boron 99%
• Diamonds 87%
• Electrolytes 85%
• Chemical activation 78%
• Electrodes 67%
• Formic acid 65%
• Carbon dioxide 40%
• Electrons 22%
• Molecules 21%
• Fuel cells 19%
• Mass transfer 19%
• Hydrogen 17%

Earth & Environmental Sciences

• halogen 100%
• boron 92%
• diamond 86%
• electrolyte 83%
• electrode 75%
• formic acid 55%
• carbon dioxide 34%
• fuel cell 24%
• mass transport 22%
• hydrogen 16%
• electron 15%
• energy 10%

Chemical Compounds

• Diamond 83%
• Behavior as Electrode 43%
• Formic Acid 38%
• Carbon Dioxide 34%
• Reaction Selectivity 28%
• Electrochemical Reduction 22%
• Reduction 19%
• Mass Transfer 18%
• Electron Transfer 15%
• Hydrogen 11%
• Energy 10%
• Molecule 7%
• Surface 6%
• Application 6%