Atomic-Scale View of Redox Induced Changes for Monolayer MoOx on α-TiO2(110) with Chemical-State Sensitivity

INIS

• surfaces 100%
• x radiation 66%
• x-ray photoelectron spectroscopy 66%
• chemical state 66%
• titanium oxides 66%
• standing waves 66%
• molybdenum oxides 66%
• interfaces 33%
• deposition 33%
• sensitivity 33%
• catalysts 33%
• dynamics 33%
• transformations 33%
• substrates 33%
• layers 33%
• maps 33%
• excitation 33%
• density 33%
• peaks 33%
• oxygen 33%
• density functional method 33%
• alcohols 33%
• molybdenum 33%
• chemical shift 33%
• dehydrogenation 33%

Chemistry

• Surface 100%
• Monolayer 66%
• Standing Wave 66%
• Molybdenum Oxide 66%
• X-Ray 66%
• X-Ray Photoelectron Spectroscopy 66%
• Titanium Dioxide 66%
• Density Functional Theory 33%
• Dioxygen 33%
• Chemical Shift 33%
• Atomic Layer Epitaxy 33%
• Catalyst Property 33%
• Composite Material 33%
• Molybdenum 33%
• Dehydrogenation 33%
• Chemical Transformation 33%
• Redox Condition 33%
• Analytical Method 33%
• Structure 33%
• Density 33%
• Chemical Reaction 33%
• Alcohol 33%
• Chemical Reaction 33%
• Catalyst 33%
• Transesterification 33%