Photochemical charge transfer and hydrogen evolution mediated by oxide semiconductor particles in zeolite-based molecular assemblies

Physics & Astronomy

• zeolites 88%
• assemblies 80%
• electron transfer 78%
• charge transfer 67%
• oxides 48%
• hydrogen 47%
• polarization (charge separation) 45%
• sulfonates 25%
• ruthenium 23%
• composite materials 23%
• photolysis 21%
• platinum 18%
• flash 18%
• reflectance 13%
• kinetics 11%
• ions 9%
• electrons 8%

Engineering & Materials Science

• Charge transfer 100%
• Zeolites 93%
• Oxide semiconductors 92%
• Electrons 78%
• Hydrogen 62%
• Photosensitizers 27%
• Semiconductor materials 27%
• Photolysis 27%
• Ruthenium 23%
• Platinum 18%
• Composite materials 18%
• Ions 14%

Chemical Compounds

• Semiconductor 59%
• Electron Transfer 54%
• Charge Transfer 54%
• Zeolite 44%
• Oxide 42%
• Hydrogen 39%
• Charge Separation 38%
• Flash Photolysis 23%
• Composite Material 19%
• Transfer Reaction 18%
• Sulfonate 18%
• Electron Donor 17%
• Tris 16%
• Platinum 14%
• Ethyl 14%
• Ion 7%
• Surface 6%