High carrier density and metallic conductivity in poly(3-hexylthiophene) achieved by electrostatic charge injection

Engineering & Materials Science

• Charge injection 100%
• Gate dielectrics 97%
• Carrier concentration 97%
• Doping (additives) 76%
• Electrostatics 73%
• Electrolytes 67%
• Metal insulator transition 64%
• Valence bands 61%
• Conjugated polymers 61%
• Carrier mobility 51%
• Polymers 50%
• Charge density 48%
• Field effect transistors 36%
• Activation energy 35%
• Temperature 13%

Chemical Compounds

• Electrostatic Charge 94%
• Field Effect 68%
• Conductivity 45%
• Conductance 44%
• Dielectric Material 40%
• Compound Mobility 35%
• Metal Insulator Transition 32%
• Valence Band 25%
• Conjugated Polymer 23%
• Charge Density 22%
• Reaction Activation Energy 15%
• Ambient Reaction Temperature 12%
• Liquid Film 11%

Physics & Astronomy

• electrostatic charge 93%
• injection 50%
• conductivity 45%
• polymers 30%
• electrolytes 28%
• carrier mobility 17%
• field effect transistors 13%
• electrostatics 13%
• insulators 12%
• activation energy 12%
• valence 12%
• room temperature 9%
• configurations 9%
• metals 8%