First-principles studies of vanadia-titania catalysts: Beyond the monolayer

Engineering & Materials Science

• Monolayers 100%
• Titanium 73%
• Catalysts 64%
• Low energy electron diffraction 24%
• Oxidation 19%
• Oxygen 17%
• Ultrathin films 17%
• Photoelectrons 16%
• Molecular beam epitaxy 16%
• Density functional theory 16%
• Electronic structure 16%
• Diffraction patterns 15%
• Stoichiometry 14%
• Catalysis 14%
• Titanium dioxide 14%
• Oxide films 13%
• Vanadium 13%
• Film thickness 11%
• Atoms 11%
• Scattering 10%
• X rays 9%
• Experiments 3%

Physics & Astronomy

• catalysts 70%
• titanium 63%
• oxidation 13%
• vanadium oxides 12%
• oxygen 11%
• catalysis 11%
• anatase 10%
• energy of formation 9%
• stoichiometry 9%
• oxide films 8%
• photoelectrons 8%
• electron diffraction 8%
• molecular beam epitaxy 8%
• diffraction patterns 7%
• film thickness 7%
• electronic structure 7%
• scattering 4%
• atoms 4%
• x rays 4%
• simulation 3%
• energy 2%

Chemical Compounds

• Monolayer 57%
• Liquid Film 36%
• Catalyst 31%
• Photoelectron Diffraction 13%
• Surface 13%
• Molecular Beam Epitaxy 12%
• Low Energy Electron Diffraction 10%
• Ultrathin Film 10%
• Vanadium Oxide 9%
• Titanium Dioxide 6%
• Reaction Stoichiometry 6%
• Electronic State 6%
• Simulation 5%
• X-Ray 5%
• Environment 4%
• Dioxygen 4%
• Energy 3%
• Oxidation Reaction 3%
• Reaction Yield 3%