Strain-Induced Type II Band Alignment Control in CdSe Nanoplatelet/ZnS-Sensitized Solar Cells

Physics & Astronomy

• red shift 63%
• absorbers 50%
• alignment 47%
• polysulfides 45%
• solar cells 44%
• current density 43%
• photoluminescence 42%
• polarization (charge separation) 35%
• barrier layers 32%
• cells 32%
• short circuit currents 31%
• open circuit voltage 30%
• energy bands 28%
• quantum efficiency 26%
• high voltages 26%
• electrolytes 25%
• quenching 24%
• signatures 24%
• absorption spectra 22%
• dipoles 22%
• characterization 16%

Engineering & Materials Science

• Red Shift 100%
• Photoluminescence 98%
• Solar cells 64%
• Current density 58%
• Semiconductor materials 53%
• Polysulfides 47%
• Quantum efficiency 47%
• Band structure 42%
• Charge transfer 38%
• Open circuit voltage 36%
• Quenching 31%
• Electrolytes 29%
• Short circuit currents 29%
• Electric potential 15%

Chemistry

• Nanoplatelet 71%
• Solar Cell 52%
• Photoluminescence 23%
• Current Density 22%
• Red 20%
• Short Circuit 15%
• Electronic Band Structure 15%
• Dipole 15%
• Charge Separation 15%
• Voltage 10%
• Charge Transfer 10%
• Reaction Yield 6%