Real-time scanning tunneling microscopy observations of the oxidation of a Ti/Pt(111)-(2 × 2) surface alloy using O₂ and NO₂

Engineering & Materials Science

• Scanning tunneling microscopy 100%
• Oxidation 49%
• Low energy electron diffraction 45%
• Oxygen 20%
• Annealing 20%
• Ultrahigh vacuum 16%
• Auger electron spectroscopy 15%
• Ultrathin films 8%
• Chemical potential 7%
• Oxidants 6%
• Temperature 6%
• Surface morphology 5%
• Atoms 5%
• Nitrogen 4%
• Chemical activation 4%
• Surface roughness 4%
• Scanning 3%
• Imaging techniques 3%

Chemical Compounds

• Scanning Tunneling Microscopy 57%
• Alloy 39%
• Oxidation Reaction 25%
• Low Energy Electron Diffraction 24%
• Surface 17%
• Annealing 14%
• Dioxygen 11%
• Auger Electron Spectroscopy 10%
• Ambient Reaction Temperature 7%
• Vacuum 7%
• Liquid Film 6%
• Nitrogen Dioxide 5%
• Chemical Potential 5%
• Chemistry 2%
• Pressure 2%
• Purity 2%

Physics & Astronomy

• scanning tunneling microscopy 54%
• oxidation 41%
• electron diffraction 17%
• oxygen 15%
• annealing 12%
• ultrahigh vacuum 10%
• Auger spectroscopy 10%
• electron spectroscopy 9%
• room temperature 8%
• nitrogen dioxide 6%
• causes 6%
• energy 6%
• surface layers 4%
• chemistry 4%
• roughness 4%
• activation 4%
• chambers 4%
• scanning 3%
• atoms 2%