Graphene-induced enhancement of charge carrier mobility and air stability in organic polythiophene field effect transistors

Engineering & Materials Science

• Air 35%
• Carrier mobility 97%
• Charge carriers 100%
• Degradation 7%
• Field effect transistors 70%
• Graphene 77%
• Graphene devices 20%
• Moisture 18%
• Nanostructures 13%
• Organic field effect transistors 18%
• Passivation 26%
• Polymers 47%
• Shielding 11%
• Temperature 4%
• Transistors 18%

Physics & Astronomy

• air 39%
• augmentation 39%
• carrier mobility 67%
• charge carriers 57%
• degradation 7%
• field effect transistors 51%
• flakes 10%
• flexibility 8%
• graphene 53%
• moisture 20%
• passivity 17%
• performance 4%
• polymers 5%
• shielding 8%
• temperature 2%
• transistors 14%

Chemical Compounds

• Amount 4%
• Charge Carrier 63%
• Chemical Passivation 22%
• Compound Mobility 50%
• Environment 6%
• Field Effect 65%
• Flake Like Crystal 11%
• Flexibility 8%
• Graphene 46%
• Liquid Film 5%
• Nanomaterial 6%