Recent progress of all-polymer solar cells – From chemical structure and device physics to photovoltaic performance

Keyphrases

• Chemical Structure 100%
• Photovoltaic Performance 100%
• Device Physics 100%
• All-polymer Solar Cells (all-PSC) 100%
• Chemical Devices 100%
• Organic Solar Cells 50%
• Small Molecule Acceptors 40%
• Power Conversion Efficiency 30%
• Fullerene Acceptor 30%
• Device Stability 20%
• Achieved Power 20%
• Polymer Acceptors 20%
• Roll-to-roll 10%
• High Performance 10%
• Energy Levels 10%
• Purification Process 10%
• Thermomechanical Stability 10%
• Strong Absorption 10%
• Film Processing 10%
• Electron Acceptor 10%
• Precursor Solution 10%
• Device Performance 10%
• Visible Region 10%
• Electron Transport 10%
• Simple Purification 10%
• Bulk Heterojunction 10%
• Broadband Absorption 10%
• NIR Region 10%
• Polymer Heterojunction 10%
• PC71BM 10%
• Solution Processing 10%
• Charge Carrier Transport 10%
• Single Junction 10%
• Weak Absorption 10%
• Carrier Transport Properties 10%
• Multiple Limitation 10%
• Simple Synthesis 10%
• Perylene Diimide 10%
• Naphthalene Diimide 10%
• Large-area Films 10%
• Solution Viscosity 10%
• Long-term Device Stability 10%
• Electron Percolation 10%
• Morphological Instability 10%
• Energy Level Tuning 10%
• Long-term Photostability 10%
• Long-term Thermal Stability 10%
• Long-term Mechanical Stability 10%
• Synthesis Methods 10%
• All-polymer 10%

Material Science

• Structure (Composition) 100%
• Photovoltaic Performance 100%
• Polymer Solar Cell 100%
• Organic Solar Cells 50%
• Fullerene 40%
• Heterojunction 20%
• Morphology 20%
• Non-Fullerene Acceptor 10%
• Carrier Transport 10%
• Mechanical Stability 10%
• Percolation 10%
• Film 10%
• Charge Carrier 10%
• Electron Transfer 10%