Electrocatalytic carbon dioxide activation: The rate-determining step of pyridinium-catalyzed CO₂ reduction

Engineering & Materials Science

• Carbon dioxide 95%
• Nitrogen 95%
• Chemical activation 92%
• Cyclic voltammetry 73%
• Carrier concentration 72%
• Rate constants 63%
• Platinum 60%
• Discrete Fourier transforms 56%
• Activation energy 53%
• Acids 46%
• Catalysts 43%
• Temperature 41%
• Hydrogen 40%
• Electrodes 39%
• Experiments 18%

Chemical Compounds

• Rate-Determining Step 100%
• Nitrogen 62%
• Carbamate 52%
• Reduction 46%
• Electron Density 46%
• Lewis Acid 46%
• Platinum 37%
• Cyclic Voltammetry 36%
• Reaction Activation Energy 35%
• Rate Constant 33%
• Simulation 32%
• Pressure 29%
• Hydrogen 26%
• Behavior as Electrode 25%
• Catalyst 21%

Earth & Environmental Sciences

• carbon dioxide 81%
• carbamate (ester) 48%
• nitrogen 41%
• platinum 38%
• electron density 37%
• rate 33%
• activation energy 33%
• catalyst 30%
• electrode 29%
• hydrogen 26%
• temperature 25%
• acid 21%
• simulation 14%
• experiment 13%