A high resolution photoemission study of surface core-level shifts in clean and oxygen-covered Ir(2 1 0) surfaces

Engineering & Materials Science

• Photoemission 100%
• Core levels 88%
• Oxygen 44%
• Binding energy 32%
• Electron spectroscopy 26%
• Photoelectron spectroscopy 25%
• X rays 13%
• Low energy electron diffraction 11%
• Iridium 7%
• Synchrotron radiation 7%
• Photons 5%
• Atoms 5%
• Electrons 5%
• Annealing 5%
• Adsorption 4%

Physics & Astronomy

• photoelectric emission 48%
• high resolution 33%
• shift 33%
• oxygen 33%
• binding energy 17%
• electron spectroscopy 14%
• x rays 6%
• iridium 6%
• grazing 5%
• escape 4%
• synchrotron radiation 4%
• emission spectra 4%
• electron diffraction 4%
• inversions 4%
• adsorption 3%
• retarding 3%
• causes 3%
• annealing 3%
• energy 2%
• photons 2%
• atoms 2%
• electrons 2%

Chemical Compounds

• Photoemission 67%
• Soft X-Ray 20%
• X-Ray Photoemission 19%
• Electron Spectroscopy 19%
• Core Level 18%
• Binding Energy 17%
• Surface 17%
• 100-1 6%
• Low Energy Electron Diffraction 6%
• Synchrotron Radiation 5%
• Dioxygen 4%
• Photon 4%
• Emission Spectrum 4%
• Annealing 3%
• Electron Particle 2%
• Adsorption 2%
• Energy 2%