Comparison of the mobility-carrier density relation in polymer and single-crystal organic transistors employing vacuum and liquid gate dielectrics

Engineering & Materials Science

• Gate dielectrics 100%
• Carrier concentration 99%
• Single crystals 81%
• Vacuum 62%
• Transistors 59%
• Polymers 51%
• Liquids 47%
• Permittivity 35%
• Organic field effect transistors 29%
• Electrometers 28%
• Charge density 24%
• Charge transfer 22%
• Thin film transistors 22%
• Wetting 17%
• Semiconductor materials 15%
• Electrodes 13%
• Metals 11%

Chemical Compounds

• Dielectric Material 61%
• Vacuum 56%
• Single Crystalline Solid 50%
• Liquid 38%
• Field Effect 34%
• Dielectric Constant 32%
• Compound Mobility 26%
• Nonconductor 19%
• Polarizability 18%
• Charge Density 16%
• Semiconductor 13%
• Charge Transfer 12%
• Probe 10%
• Behavior as Electrode 8%