Photoemission study of the metal-insulator transition i

Engineering & Materials Science

• Metal insulator transition 100%
• Photoemission 95%
• Electron correlations 51%
• Fermi level 45%
• Photoelectron spectroscopy 45%
• Core levels 42%
• Electronic structure 39%
• Band structure 37%
• Activation energy 27%
• Electrons 26%
• Ions 24%

Chemical Compounds

• Metal Insulator Transition 75%
• Photoemission 64%
• Inverse Photoemission Spectroscopy 46%
• Core Level 31%
• Electron Correlation 31%
• Fermi Level 30%
• Density of State 28%
• Valence 23%
• Electronic State 19%
• Reaction Activation Energy 18%
• Ion 10%

Physics & Astronomy

• photoelectric emission 45%
• insulators 38%
• metals 27%
• spinel 17%
• electrons 14%
• electronic structure 13%
• activation energy 12%
• valence 12%
• spectroscopy 9%
• ions 8%