Electronic structure of tetragonal studied by photoemission and x-ray-absorption spectroscopy

Engineering & Materials Science

• Photoemission 100%
• Absorption spectroscopy 84%
• Electronic structure 82%
• X rays 50%
• Charge transfer 47%
• Valence bands 33%
• Core levels 29%
• Ground state 27%
• Absorption spectra 27%
• Band structure 25%
• Ligands 24%
• Satellites 14%

Chemical Compounds

• Cluster Model 68%
• Photoemission 67%
• Tetragonal Space Group 49%
• Electronic State 40%
• Spectroscopy 35%
• Self-Energy 31%
• Charge Transfer 25%
• Core Level 22%
• Valence Band 20%
• Electronic Band Structure 18%
• Ground State 14%
• Energy 8%
• Ligand 8%

Physics & Astronomy

• x ray absorption 61%
• x ray spectroscopy 56%
• absorption spectroscopy 51%
• photoelectric emission 48%
• electronic structure 41%
• charge transfer 10%
• x ray spectra 7%
• configurations 6%
• ligands 6%
• line shape 5%
• absorption spectra 4%
• valence 4%
• ground state 4%
• energy 3%
• interactions 2%