Photocatalytic decomposition of gaseous methanol over anodized iron oxide nanotube arrays in high vacuum

Engineering & Materials Science

• Iron oxides 100%
• Nanotubes 97%
• Methanol 78%
• Vacuum 67%
• Decomposition 55%
• Gases 43%
• Photocatalysis 40%
• Formaldehyde 32%
• Partial pressure 30%
• Metal foil 27%
• Iron 23%
• Oxidation 22%
• Catalysts 21%
• Lighting 20%
• Hydrogen 20%
• Liquids 17%
• Monitoring 14%

Physics & Astronomy

• iron oxides 83%
• high vacuum 83%
• methyl alcohol 78%
• nanotubes 73%
• decomposition 58%
• vapor phases 40%
• photodecomposition 37%
• formaldehyde 31%
• ultraviolet radiation 25%
• partial pressure 24%
• catalysts 23%
• foils 22%
• apertures 19%
• illumination 19%
• oxidation 18%
• iron 18%
• hydrogen 15%
• liquids 13%
• gases 13%

Chemical Compounds

• Iron Oxide 72%
• Nanotube 61%
• Vacuum 61%
• Decomposition 49%
• Methanol 46%
• Gas 40%
• Foil 25%
• Partial Pressure 24%
• Photocatalysis 24%
• Illumination 22%
• Formaldehyde 22%
• Liquid 13%
• Hydrogen 12%
• Oxidation Reaction 11%
• Catalyst 10%
• Time 9%