Binary and Ternary Polymer Solar Cells Based on a Wide Bandgap D-A Copolymer Donor and Two Nonfullerene Acceptors with Complementary Absorption Spectral

Keyphrases

• Power Conversion Efficiency 100%
• Absorption Spectra 100%
• Cell-based 100%
• Wide Bandgap 100%
• D-A Copolymers 100%
• Binary Polymer 100%
• Non-fullerene Acceptors 100%
• Complementary Absorption 100%
• Ternary Polymer Solar Cells 100%
• Fill Factor 50%
• Active Layer 50%
• Open-circuit Voltage 50%
• Short-circuit Current Density 50%
• D-A Conjugated Polymers 50%
• Polymer Solar Cells 50%
• Molecular Orbital Energy 50%
• Optical Band Gap 50%
• Highest Occupied Molecular Orbital 50%
• Harvesting Efficiency 50%
• Narrowband 50%
• Bulk Heterojunction Polymer Solar Cells 50%
• Donor Units 50%
• Isoindole 50%
• Medium Bandgap 50%
• Density Factor 50%
• High Short-circuit Current Density 50%
• Photon Harvesting 50%
• Ternary Active Layer 50%
• Ternary Heterojunction 50%
• Low Energy Loss 50%

Material Science

• Polymer Solar Cell 100%
• Copolymer 100%
• Absorption Spectra 100%
• Electronic Circuit 75%
• Density 50%
• Heterojunction 25%

Chemical Engineering

• Copolymer 100%