Design of wide-bandgap polymers with deeper ionization potential enables efficient ternary non-fullerene polymer solar cells with 13% efficiency

Keyphrases

• Non-fullerene Organic Solar Cells 100%
• Ionization Potential 100%
• PBDB-T 100%
• Wide Bandgap Polymers 100%
• Förster Resonance Energy Transfer 66%
• IT-4F 66%
• External Quantum Efficiency 33%
• Conjugated Polymers 33%
• High Efficiency 33%
• Device Efficiency 33%
• Sensitizer 33%
• Esters 33%
• Electron Acceptor 33%
• Energy Transfer Mechanism 33%
• Optoelectronic Properties 33%
• Photovoltaic Properties 33%
• Transferred Energy 33%
• Organic Electronics 33%
• Low Energy Loss 33%
• Third Component 33%
• Chlorine Atom 33%
• VOCs 33%
• Regioisomers 33%
• Electron-withdrawing Effect 33%
• 4f System 33%
• High Voc 33%
• High PCE 33%
• Ternary Devices 33%
• Effect of Chlorine 33%
• Ternary PSCs 33%
• Binary Device 33%
• Conjugated Backbone 33%

Material Science

• Polymer Solar Cell 100%
• Fullerene 100%
• Conjugated Polymer 50%
• Photovoltaics 50%
• Device Efficiency 50%

Chemical Engineering

• Fullerene 100%
• Conjugated Polymer 50%