Ink Engineering of Transport Layers for 9.5% Efficient All-Printed Semitransparent Nonfullerene Solar Cells

Chemical Compounds

• Ink 82%
• Interfacial Energy 79%
• Solar Cell 69%
• Donor 55%
• Hole Transport 47%
• Transmittance 40%
• Solvent 37%
• Coating Agent 24%
• Behavior as Electrode 20%
• Liquid Film 19%
• Reaction Yield 16%

Engineering & Materials Science

• Transport Layer 100%
• Ink 87%
• Solar cells 85%
• Interfacial energy 39%
• Printing 31%
• Heterojunctions 21%
• Conversion efficiency 16%
• Wetting 16%
• Electrodes 12%
• Coatings 12%
• Polymers 11%
• Throughput 11%
• Costs 6%

Physics & Astronomy

• inks 89%
• solar cells 59%
• engineering 59%
• printing 19%
• surface energy 19%
• stratification 11%
• slots 10%
• wetting 9%
• heterojunctions 8%
• envelopes 8%
• transmittance 8%
• manufacturing 8%
• methodology 8%
• inclusions 7%
• costs 7%
• formulations 6%
• coatings 6%
• electrodes 6%
• polymers 5%
• cells 5%
• performance 4%