Sub-3 V ZnO Electrolyte-Gated Transistors and Circuits with Screen-Printed and Photo-Crosslinked Ion Gel Gate Dielectrics: New Routes to Improved Performance

Engineering & Materials Science

• Gate dielectrics 100%
• Gels 73%
• Electrolytes 68%
• Ions 64%
• Transistors 59%
• Networks (circuits) 38%
• Screen printing 36%
• Clean rooms 20%
• Block copolymers 19%
• Ionic liquids 19%
• Photolithography 17%
• Semiconductor materials 12%
• Time delay 11%
• Fabrication 10%
• Electric potential 7%

Physics & Astronomy

• routes 58%
• electrolytes 58%
• transistors 55%
• gels 55%
• ions 32%
• performance 31%
• static inverters 29%
• printing 27%
• transistor circuits 21%
• clean rooms 20%
• power gain 18%
• crosslinking 16%
• photolithography 15%
• electron mobility 14%
• copolymers 13%
• time lag 11%
• oscillators 10%
• rings 9%
• high resolution 8%
• fabrication 8%
• propagation 8%
• sensitivity 8%
• electric potential 7%
• liquids 7%

Chemical Compounds

• Dielectric Material 61%
• Gel 43%
• Ion 27%
• Electron Mobility 21%
• Conductance 16%
• Azide 16%
• Block Copolymer 14%
• Semiconductor 13%
• Ionic Liquid 13%
• Voltage 12%
• Liquid Film 8%
• Time 6%