Enhancing the Performance of Polymer Solar Cells via Core Engineering of NIR-Absorbing Electron Acceptors

Keyphrases

• Near-infrared 100%
• Infrared Absorption 100%
• VOCs 100%
• Electron Acceptor 100%
• Power Conversion Efficiency 100%
• Polymer Solar Cells 100%
• Single Junction 100%
• Core Engineering 100%
• Organic Solar Cells 100%
• Near-infrared Absorption 50%
• Energy Levels 50%
• Cell-based 50%
• Core Size 50%
• Strong Absorption 50%
• Device Performance 50%
• Photoresponse 50%
• Open-circuit Voltage 50%
• High Electron Mobility 50%
• Organic Electron Donor 50%
• Short-circuit Current Density 50%
• Electron Mobility 50%
• Donor Materials 50%
• Acceptor Materials 50%
• PTB7 50%
• Polymer Donors 50%
• Simultaneous Improvement 50%
• Silicon Solar Cells 50%
• Organic Acceptors 50%
• Solar Photons 50%
• Non-fullerene Electron Acceptors 50%
• End Group Engineering 50%

Engineering

• Polymer Solar Cell 100%
• Engineering 100%
• Electron Acceptor 100%
• Organic Solar Cells 66%
• Power Conversion Efficiency 66%
• Extensive Research 33%
• Short-Circuit Current Density 33%
• Core Size 33%
• Device Performance 33%
• End Group 33%
• Based Solar Cell 33%
• Open Circuit Voltage 33%
• Infrared Absorption 33%

Material Science

• Polymer Solar Cell 100%
• Organic Solar Cells 100%
• Electronic Circuit 100%
• Electron Mobility 100%
• Silicon 50%
• Density 50%
• Solar Cell 50%