Two blinking mechanisms in highly confined AgInS₂ and AgInS₂/ZnS quantum dots evaluated by single particle spectroscopy

Keyphrases

• Quantum Dots 100%
• ZnS Quantum Dots 100%
• AgInS2-ZnS 100%
• Single-particle Spectroscopy 100%
• AgInS2 Quantum Dots 100%
• AgInS2 100%
• Blinking 100%
• Fluorescence Lifetime Imaging 50%
• Decay Law 50%
• Luminescence Lifetime 50%
• Bioprobe 50%
• First-order Decay 50%
• Structural Reconstruction 50%
• Excited States 25%
• Low Toxicity 25%
• Spectral Properties 25%
• In Vivo Applications 25%
• High Quantum Yield 25%
• Zn2+ 25%
• Long-term Stability 25%
• Time-gated Detection 25%
• Stokes 25%
• Time-resolved Technique 25%
• Surface Charge States 25%
• Electronic Structure 25%
• Cadmium-free 25%
• Anti-Stokes Excitation 25%
• Electronic Structural 25%
• New Red 25%
• Recombination Kinetics 25%
• Ternary Chalcogenides 25%
• Charge Imbalance 25%
• First-principles Calculations 25%
• Anti-Stokes Fluorescence 25%
• Recharge 25%
• Passivation 25%
• Nonradiative Relaxation 25%
• Exciton Relaxation 25%
• Time Stability 25%
• Application-oriented 25%
• Recombination Mechanism 25%
• Large Deviations 25%

Material Science

• Quantum Dot 100%
• Luminescence 22%
• Surface Charge 11%
• Cadmium 11%
• Alloying 11%
• Chalcogenides 11%
• Surface (Surface Science) 11%
• Energy Levels 11%

Chemical Engineering

• Chalcogenides 100%