Revisiting photoemission and inverse photoemission spectra of nickel oxide from first principles: Implications for solar energy conversion

Engineering & Materials Science

• Conduction bands 63%
• Conversion efficiency 19%
• Electron Transport 29%
• Electronic structure 27%
• Electrons 37%
• Energy conversion 56%
• Energy gap 21%
• Ionization 24%
• Nickel 51%
• Nickel oxide 87%
• Oxides 15%
• Oxygen 29%
• Photoemission 100%
• Quantum theory 27%
• Solar energy 50%
• Transition metal oxides 31%
• Valence bands 66%

Chemical Compounds

• Band Gap 20%
• CASSCF Calculation 37%
• Conduction Band 60%
• Dioxygen 27%
• Electron Particle 15%
• Electron Transport 27%
• Electron-Hole Recombination 35%
• Electronic State 20%
• Field Theory 38%
• Inverse Photoemission 99%
• Ionization 22%
• Molecular Cluster 18%
• Oxide 30%
• Photoemission 67%
• Quantum Mechanics 32%
• Valence Band 61%

Physics & Astronomy

• conduction bands 31%
• electronic structure 13%
• electrons 15%
• energy conversion efficiency 22%
• engineering 13%
• ionization 13%
• metal oxides 17%
• nickel 44%
• nickel oxides 70%
• oxides 11%
• oxygen 22%
• photoelectric emission 48%
• quantum mechanics 17%
• self consistent fields 18%
• solar energy conversion 74%
• transition metals 15%
• valence 27%