Morphology optimization for achieving air stable and high performance organic field effect transistors

Keyphrases

• High Performance 100%
• Stable Performance 100%
• Evaporation Rate 100%
• Air-stable 100%
• Organic Thin-film Transistors 100%
• Thin-film Transistors 100%
• Morphology Optimization 100%
• Organic Field-effect Transistors 100%
• High Temperature 50%
• Low Charge 50%
• Ambient Conditions 50%
• Rod-like 50%
• Most Important Issue 50%
• Surface Morphology 50%
• Rate of Increase 50%
• Poor Stability 50%
• Growth Parameters 50%
• Organic Thin Films 50%
• Charge Carrier Mobility 50%
• All-organic 50%
• Temperature Rate 50%
• Thin Film Morphology 50%
• Anisotropic Growth 50%
• Organic Active Matrix 50%
• Electronic Paper 50%
• Light-emitting Displays 50%
• Si Thin Film 50%
• Diffusion Mobility 50%
• High-Stable 50%
• Matrix Headlights 50%
• Display Electronics 50%

Engineering

• Thin-Film Transistor 100%
• Organic Field Effect Transistors 100%
• Thin Films 50%
• Evaporation Rate 50%
• Diffusive 25%
• Anisotropic 25%
• Ambient Condition 25%
• Rate Increase 25%
• Length Scale 25%
• Rod 25%
• Emitting Light 25%
• Surface Morphology 25%
• Charge Carrier 25%
• Carrier Mobility 25%
• Growth Parameter 25%

Material Science

• Thin-Film Transistor 100%
• Organic Field Effect Transistors 100%
• Charge Carrier 25%
• Surface Morphology 25%
• Carrier Mobility 25%
• Thin Film Morphology 25%
• Thin Films 25%