In-situ growth of heterophase Ni nanocrystals on graphene for enhanced catalytic reduction of 4-nitrophenol

Engineering & Materials Science

• Adsorption 15%
• Catalyst activity 9%
• Catalysts 13%
• Density functional theory 11%
• Epitaxial growth 11%
• Experiments 2%
• Graphene 64%
• Heterojunctions 20%
• Metals 20%
• Nanocrystals 82%
• Nanostructured materials 9%
• Nitrophenols 100%
• Physicochemical properties 10%
• Precious metals 10%
• Rate constants 9%
• Reaction kinetics 8%
• Reusability 8%
• Substrates 5%
• Surface active agents 17%

Chemical Compounds

• 4-Aminophenol 10%
• 4-Nitrophenol 62%
• Adsorption 7%
• Chemical Transformation 4%
• Density Functional Theory 4%
• Environment 4%
• Enzyme Activity 6%
• Epitaxial Growth 9%
• Face-Centered Cubic Crystal System 50%
• Graphene 38%
• Hexagonal Space Group 30%
• Metal 10%
• Nanocrystal 44%
• Nanomaterial 4%
• Noble Metal 7%
• Rate Constant 5%
• Reduction 25%
• Surfactant 10%

Physics & Astronomy

• adsorption 12%
• catalysts 14%
• catalytic activity 10%
• density functional theory 6%
• electronics 4%
• energy 2%
• graphene 44%
• metals 16%
• nanocrystals 48%
• noble metals 8%
• reaction kinetics 7%
• reactivity 7%
• surfactants 15%
• synthesis 11%