Investigation of electron trapping behavior in n-channel organic thin-film transistors with ultrathin polymer passivation on SiO₂ gate insulator

Physics & Astronomy

• polymethyl methacrylate 78%
• passivity 69%
• transistors 59%
• trapping 58%
• insulators 55%
• polymers 43%
• thin films 38%
• electrons 31%
• electron mobility 25%
• capacitance 20%
• traps 18%
• electron tunneling 13%
• electric potential 13%
• coating 11%
• hysteresis 9%
• injection 9%
• conduction 8%
• air 7%
• curves 6%

Engineering & Materials Science

• Polymethyl methacrylates 100%
• Thin film transistors 96%
• Passivation 91%
• Electrons 75%
• Polymers 55%
• Electron mobility 39%
• Capacitance 21%
• Electron tunneling 19%
• Spin coating 18%
• Electric potential 12%
• Hysteresis 11%
• Air 6%
• Hot Temperature 6%

Chemical Compounds

• Nonconductor 84%
• Chemical Passivation 76%
• Electron Particle 40%
• Electron Mobility 29%
• Interface Trap 20%
• Spin Coating 13%
• Tunneling 12%
• Hysteresis 12%
• Liquid Film 6%