Hole versus electron transport in fullerenes

Keyphrases

• Density Functional Calculations 100%
• Electron Transport 100%
• Fullerene 100%
• Hole Transport 66%
• Reorganization Energy 66%
• Density Functional Theory 33%
• No Significant Difference 33%
• Relaxation Energy 33%
• Ionization Energy 33%
• Common Electrode 33%
• Derivatization 33%
• Electron Transfer 33%
• Electron Mobility 33%
• Microscopic Parameters 33%
• Work Function 33%
• Transporting Materials 33%
• Normal Mode Analysis 33%
• Electron Binding Energy 33%
• Fullerene C60 33%
• Chemical Modification 33%
• Electron Transport Properties 33%
• Hole Mobility 33%
• Vibration Coupling 33%
• Electronic Coupling 33%
• Ambipolar 33%
• Electron-vibration Coupling 33%
• Hole Transport Properties 33%

Chemistry

• Density Functional Theory 100%
• Electron Transport 100%
• Fullerene 100%
• Hole Transport 50%
• Reorganization Energy 50%
• Electron Affinity 25%
• Relaxation 25%
• Potential Energy 25%
• Ionization Potential 25%
• Electron Transfer 25%
• Derivatization 25%
• Transport Property 25%
• Normal Modes 25%
• C60 Fullerene 25%
• Electron Mobility 25%
• Hole Mobility 25%