Initial Fe₃O₄(100) Formation on Fe(100)

Engineering & Materials Science

• Atoms 100%
• Scanning tunneling microscopy 85%
• Vacancies 65%
• X ray photoelectron spectroscopy 58%
• Oxygen 58%
• Low energy electron diffraction 53%
• Oxidation 42%
• Oxides 41%
• Core levels 38%
• Density functional theory 36%
• Positive ions 30%
• Oxide films 29%
• Microscopic examination 26%
• Cells 23%
• Iron 21%

Chemical Compounds

• Oxygen Atom 72%
• Scanning Tunneling Microscopy 61%
• Oxide 48%
• Iron Cation 44%
• X-Ray Photoelectron Spectroscopy 42%
• Low Energy Electron Diffraction 39%
• Surface 38%
• Core Level 36%
• Liquid Film 29%
• Oxidation Reaction 27%
• Density Functional Theory 18%

Physics & Astronomy

• oxygen atoms 75%
• scanning tunneling microscopy 46%
• photoelectron spectroscopy 39%
• oxidation 35%
• oxides 30%
• periodic variations 22%
• x rays 21%
• oxide films 21%
• electron diffraction 20%
• cations 20%
• signatures 19%
• density functional theory 18%
• iron 17%
• microscopy 16%
• shift 14%
• atoms 12%
• energy 7%