Fine-Tuning Semiconducting Polymer Self-Aggregation and Crystallinity Enables Optimal Morphology and High-Performance Printed All-Polymer Solar Cells

Engineering & Materials Science

• Semiconducting polymers 100%
• Polymer solar cells 89%
• Crystallinity 61%
• Agglomeration 44%
• Tuning 39%
• Polymers 37%
• X ray scattering 14%
• Phase separation 11%
• Photoluminescence spectroscopy 9%
• Photoluminescence 7%
• Spin coating 6%
• Crystallites 6%
• Naphthalene 6%
• Self assembly 6%
• Heterojunctions 6%
• Copolymers 5%
• Crystallization 5%
• Thermoanalysis 4%
• Quenching 4%
• Short circuit currents 4%
• Current density 4%

Chemical Compounds

• Solar Cell 44%
• Crystallinity 38%
• Donor 34%
• X-Ray Scattering 29%
• Phase Separation 22%
• Amorphous Material 17%
• Soft X-Ray 17%
• Random Copolymer 14%
• Photoluminescence Spectroscopy 13%
• Crystallization Behavior 13%
• Spin Coating 13%
• Short Circuit 13%
• Liquid Film 12%
• Naphthalene 11%
• Thermoanalysis 10%
• Crystallite 10%
• Photoluminescence 9%
• Current Density 9%
• Strength 8%
• UV/VIS Spectroscopy 8%
• Coating Agent 7%
• Amount 5%

Medicine & Life Sciences

• Polymers 45%
• naphthalenediimide 7%
• X-Rays 5%
• Crystallization 4%
• Spectrum Analysis 3%
• Hot Temperature 2%
• Incidence 1%