Resonant photoemission study of pyrite-type, and

Engineering & Materials Science

• Photoemission 100%
• Pyrites 86%
• Electron correlations 53%
• Photoelectron spectroscopy 47%
• Ground state 41%
• Electronic structure 41%
• Charge transfer 35%
• Energy gap 31%
• Semiconductor materials 24%

Chemical Compounds

• Cluster Model 68%
• Photoemission 67%
• Electron Correlation 33%
• Nonconductor 31%
• Photoelectron Spectroscopy 27%
• Ground State 22%
• Semiconductor 21%
• Band Gap 20%
• Electronic State 20%

Physics & Astronomy

• pyrites 77%
• photoelectric emission 48%
• configuration interaction 8%
• charge transfer 6%
• electronic structure 5%
• insulators 5%
• ground state 5%