Graphene as an Adsorption Template for Studying Double Bond Activation in Catalysis

Ingenjörs- och materialvetenskap

• Catalysis 100%
• Graphene 88%
• Adsorption 73%
• Chemical activation 67%
• Dimers 56%
• Atoms 25%
• Density functional theory 18%
• Hydrogen peroxide 16%
• Hydrogenation 15%
• Water 13%
• Molecules 12%
• Hydrocarbons 11%
• Vacuum 11%
• Temperature 5%

Fysik och astronomi

• catalysis 86%
• templates 69%
• graphene 61%
• activation 59%
• adsorption 57%
• dimers 34%
• hydrogen peroxide 15%
• water 14%
• hydrogenation 13%
• attack 13%
• atoms 12%
• hydrocarbons 11%
• chemistry 10%
• density functional theory 9%
• vacuum 7%
• room temperature 6%
• molecules 6%

Kemiska föreningar

• Double Bond 58%
• Graphene 53%
• Catalysis 48%
• Adsorption 36%
• Formation Water 17%
• Pressure 14%
• Vacuum 9%
• Hydrogen Peroxide 9%
• Hydrogenation 9%
• Hydrocarbon 8%
• Molecular Cluster 8%
• Density Functional Theory 7%
• Chemistry 7%
• Ambient Reaction Temperature 6%
• Molecule 4%
• Surface 3%