Design of semiconducting indacenodithiophene polymers for high performance transistors and solar cells

Keyphrases

• Solar Cell 100%
• High-performance Transistors 100%
• Indacenodithiophene 100%
• Charge Carrier Mobility 66%
• Repeating Unit 66%
• Bridge Group 66%
• Polymer-based 33%
• Semiconductor Materials 33%
• Semiconducting Polymers 33%
• Circuitry 33%
• High-throughput 33%
• Transistor 33%
• Near-infrared 33%
• Electrical Performance 33%
• Alkyl Chain 33%
• Optical Performance 33%
• High Solubility 33%
• Process Optimization 33%
• Molecular Structure 33%
• Crystallinity 33%
• Electronic Properties 33%
• Optical Band Gap 33%
• Electron-withdrawing 33%
• Charge Transport 33%
• Power Conversion Efficiency 33%
• Polymer Backbone 33%
• Electron-rich 33%
• Polymer Solubility 33%
• Semiconducting Materials 33%
• Electron Density 33%
• Thin Film Morphology 33%
• Deposition Process 33%
• Aromatics 33%
• Material Deposition 33%
• Coplanar 33%
• Solar Cell Efficiency 33%
• Charge Transport Properties 33%
• Polymer Crystallinity 33%
• Polymer Conformation 33%
• Molecular Orbital Energy 33%
• Materials Class 33%
• Aromatic Ring Structures 33%
• Bridging Atom 33%
• Aromatic Polymers 33%
• Strong Donor 33%
• Strong Acceptor 33%
• Carbon Bridges 33%
• Silicon Bridge 33%
• Aliphatic Chains 33%

Material Science

• Transistor 100%
• Solar Cell 100%
• Carrier Mobility 50%
• Charge Carrier 50%
• Semiconductor Material 25%
• Conducting Polymer 25%
• Carrier Concentration 25%
• Electronic Property 25%
• Semiconducting Material 25%
• Thin Film Morphology 25%
• Materials Class 25%
• Molecular Structure 25%

Chemical Engineering

• Semiconducting Polymer 100%
• Aromatic Polymer 100%