AgInS2-ZnS quantum dots: Excited state interactions with TiO₂ and Photovoltaic Performance

INIS

• interactions 100%
• performance 100%
• excited states 100%
• zinc sulfides 100%
• quantum dots 100%
• titanium oxides 100%
• efficiency 40%
• nanocrystals 40%
• solar cells 40%
• applications 20%
• power 20%
• stability 20%
• fabrication 20%
• absorption spectroscopy 20%
• nanostructures 20%
• conversion 20%
• electrons 20%
• emission 20%
• semiconductor materials 20%
• electron transfer 20%
• display devices 20%
• reaction kinetics 20%
• sensitizers 20%

Keyphrases

• Rutile 100%
• Excited States 100%
• ZnS Quantum Dots 100%
• AgInS2-ZnS 100%
• State Interactions 100%
• Photovoltaic Performance 100%
• AgInS2 50%
• Broadband Emission 25%
• ZnS Nanocrystals 25%
• Sensitizer 25%
• Semiconductor Materials 25%
• Solar Cell 25%
• Transient Absorption Spectroscopy 25%
• Quantum Dots 25%
• Electron Transfer Rate 25%
• Power Conversion Efficiency 25%
• Nanocrystals 25%
• Photovoltaic Devices 25%
• TiO2 Nanostructures 25%
• Solar Cell Efficiency 25%
• Display Devices 25%

Material Science

• Quantum Dot 100%
• Titanium Dioxide 100%
• Photovoltaic Performance 100%
• Solar Cell 100%
• Semiconductor Material 50%
• Electron Transfer 50%
• Display Device 50%
• Photovoltaics 50%
• Absorption Spectroscopy 50%
• Nanostructure 50%