Relative importance of polaron activation and disorder on charge transport in high-mobility conjugated polymer field-effect transistors

Keyphrases

• Charge Transport 100%
• Conjugated Polymers 100%
• Polaron 100%
• Polymer Field-effect Transistors 100%
• Mobility Regimes 100%
• High Mobility 100%
• Field-effect Mobility 100%
• Reorganization Energy 50%
• Electronic Coupling 50%
• Structural Disorder 50%
• Crystal Quality 50%
• Poly-3 50%
• Field-effect Transistors 50%
• Transport Regime 50%
• Low Mobility 50%
• Optical Spectra 50%
• Optically Induced 50%
• Relative Contribution 50%
• Concentration Dependence 50%
• Vibronic Coupling 50%
• Induced Activation 50%
• Charge Transport Properties 50%
• Electronic Disorder 50%
• Induced Electron Transfer 50%
• Polaron Formation 50%
• Polaronic Relaxation 50%
• Temperature Activation 50%
• Temperature Dependence 50%
• Polymer Semiconductors 50%
• Coupled Model 50%
• Strong Electron-phonon Coupling 50%
• Combined Study 50%

Chemistry

• Conjugated Polymer 100%
• Field Effect 100%
• Polaron 100%
• Charge Transfer 100%
• Molecular Mass 50%
• electronics 50%
• Reorganization Energy 25%
• Relaxation 25%
• Vibronic Coupling 25%
• Mechanical Strength 25%
• formation 25%
• Electron Transport 25%
• Transport Property 25%
• Phonon 25%