Spatial charge separation on strongly coupled 2D-hybrid of rGO/La₂Ti₂O₇/NiFe-LDH heterostructures for highly efficient noble metal free photocatalytic hydrogen generation

Engineering & Materials Science

• Reduced Graphene Oxide 100%
• Precious metals 82%
• Heterojunctions 81%
• Photocatalysts 57%
• Hydrogen 50%
• Photocatalytic activity 21%
• Lanthanum 18%
• Surface reactions 17%
• Carrier concentration 17%
• Self assembly 16%
• Charge transfer 16%
• Hydrogen production 14%
• Reaction kinetics 13%
• Water 13%
• Nanocomposites 13%
• Electrostatics 13%
• Irradiation 12%
• Electrons 12%
• Earth (planet) 10%

Chemical Compounds

• Charge Separation 62%
• Noble Metal 60%
• Hydroxide 51%
• Graphene Oxide 49%
• Hydrogen 31%
• Surface Reaction Kinetics 17%
• Electron-Hole Pair 11%
• Electron Density 9%
• Light Irradiation 9%
• Photocatalytic Activity 8%
• Charge Transfer 7%
• Nanocomposite 6%
• Time 3%
• Surface 3%

Earth & Environmental Sciences

• hydroxide 58%
• hydrogen 48%
• oxide 47%
• metal 37%
• titanate 14%
• nanocomposite 12%
• reaction kinetics 11%
• electron density 11%
• trapping 9%
• irradiation 9%
• attribute 7%
• electron 7%
• water 6%
• methodology 6%
• material 4%
• rate 3%
• effect 2%