Disruption of the chemical environment and electronic structure in p-type Cu ₂O films by alkaline doping

Chemistry

• Doping Material 59%
• Electronic State 49%
• Environment 38%
• Liquid Film 32%
• Valence Band 29%
• Ion 26%
• Reduction 24%
• Acceptor Level 22%
• Fermi Level 15%
• Copper Atom 15%
• Density of State 14%
• Tunneling 13%
• Dioxygen 13%
• Anodizing 12%
• Photocurrent 12%
• Crystallite 11%
• Atomic Force Microscopy 10%
• Electrical Conductivity 10%
• Band Gap 10%
• Optical Property 9%
• X-Ray Photoelectron Spectroscopy 9%
• Block Like Crystal 9%
• Surface 8%
• Substitution Reaction 8%
• Diffusion 8%
• Energy 6%

Engineering & Materials Science

• Electronic structure 100%
• Doping (additives) 75%
• Ions 38%
• Valence bands 30%
• Vacancies 22%
• Oxygen 20%
• Fermi level 14%
• Copper 13%
• Film growth 13%
• Photocurrents 12%
• Crystallites 12%
• Carrier concentration 11%
• Atomic force microscopy 10%
• Optical properties 10%
• X ray photoelectron spectroscopy 10%
• Energy gap 9%
• Electric Conductivity 9%
• Microscopic examination 9%
• Atoms 8%
• Substitution reactions 8%
• Surface roughness 6%
• Acoustic impedance 6%
• Experiments 2%

Physics & Astronomy

• electronic structure 50%
• interactions 26%
• ions 26%
• oxygen 20%
• valence 16%
• copper 16%
• causes 13%
• functionals 10%
• photocurrents 10%
• crystallites 9%
• roughness 9%
• photoelectron spectroscopy 9%
• substitutes 8%
• atomic force microscopy 8%
• impedance 8%
• microscopy 7%
• optical properties 7%
• electrical resistivity 7%
• atoms 5%
• x rays 5%
• energy 3%