Hydride Transfer at the GaP(110)/Solution Interface: Mechanistic Implications for CO₂ Reduction Catalyzed by Pyridine

Engineering & Materials Science

• Pyridine 100%
• Hydrides 76%
• Thermodynamics 26%
• Catalysts 25%
• Electrodes 23%
• Protonation 18%
• Solvation 16%
• Density functional theory 15%
• Protons 12%
• Activation energy 10%
• Electrons 10%

Physics & Astronomy

• pyridines 76%
• hydrides 61%
• catalysts 28%
• thermodynamics 20%
• electrodes 18%
• solvation 11%
• density functional theory 7%
• activation energy 7%
• protons 6%
• kinetics 6%
• electrons 4%

Chemical Compounds

• Hydride 51%
• Pyridine 43%
• Reduction 27%
• Dihydropyridine 25%
• Thermodynamics 18%
• Behavior as Electrode 15%
• Catalyst 12%
• Cluster Model 12%
• Solvation 8%
• Reaction Activation Energy 7%
• Proton 6%
• Surface 6%
• Density Functional Theory 6%