Ultrathin-Film Small Molecule Mixed Conductors Exhibiting Ion-Tunable Ambipolarity for High-Performance Organic Electrochemical Transistors and Multivalued Logic Inverters

Keyphrases

• Small Molecules 100%
• High Performance 100%
• Ultrathin Films 100%
• Ambipolar 100%
• Ambipolarity 100%
• Organic Electrochemical Transistors 100%
• Mixed Conductor 100%
• Logic Inverter 100%
• Multi-valued Logic 100%
• Donor-acceptor 80%
• Organic Mixed Ionic-electronic Conductors 60%
• Single Component 40%
• Small-molecule Organics 40%
• Multivalued Logic Circuits 40%
• Well-defined 20%
• Tight 20%
• Inverter 20%
• Low Power Consumption 20%
• Solid State 20%
• Sub-10 Nm 20%
• Ultrathin 20%
• Side Chain 20%
• Doping Effect 20%
• High Crystallinity 20%
• Channel Material 20%
• Vinyl 20%
• Diketopyrrolopyrrole 20%
• Channel Thickness 20%
• Anionic Species 20%
• Molecular Strategies 20%
• Conformational Lock 20%
• State Aggregation 20%
• Organic Bioelectronics 20%
• Ionic Doping 20%
• Bioelectronic Systems 20%
• High-density Integration 20%
• Lamellar Stacking 20%
• Quaternary Logic 20%
• Transistor-based 20%
• N-type 20%
• Molecular Design Strategy 20%
• Bioelectronic Applications 20%

Material Science

• Transistor 100%
• Conductor 100%
• Mixed Conductor 100%
• Ultrathin Film 100%
• Electronic Circuit 66%
• Density 33%