Mechanistic study of the oxidative steam reforming of etoh on rh(111): The importance of the oxygen effect

Physics & Astronomy

• steam 89%
• oxygen 50%
• oxidation 48%
• acetaldehyde 23%
• high pressure oxygen 23%
• kinetics 19%
• carbon monoxide 18%
• cleavage 17%
• methylidyne 16%
• catalysts 15%
• plane waves 13%
• density functional theory 12%
• decomposition 12%
• carbon 11%
• products 10%
• performance 7%

Engineering & Materials Science

• Steam reforming 100%
• Oxygen 67%
• Oxidation 48%
• Acetaldehyde 21%
• Density functional theory 20%
• Carbon monoxide 15%
• Catalysts 11%
• Carbon 10%
• Decomposition 9%

Chemical Compounds

• Steam Reforming 93%
• Dioxygen 40%
• Oxidation Reaction 18%
• Plane Wave 18%
• Surface 17%
• Acetaldehyde 14%
• Rate-Determining Step 13%
• Carbon Monoxide 12%
• Decomposition 8%
• Density Functional Theory 8%
• Pressure 8%
• Carbon Atom 6%
• Catalyst 5%