Fluorescence intermittency and energy transfer in small clusters of semiconductor quantum dots

Engineering & Materials Science

• Semiconductor quantum dots 100%
• Energy transfer 55%
• Fluorescence 55%
• Nanocrystals 18%
• Photons 14%
• Energy gap 13%
• Autocorrelation 12%
• Semiconductor materials 10%
• Trajectories 8%

Chemical Compounds

• Quantum Dot 43%
• Energy Transfer 41%
• Semiconductor 36%
• Molecular Cluster 31%
• Fluorescence 27%
• Fluorescence Intensity 12%
• Autocorrelation Function 10%
• Nonradiative Energy Transfer 9%
• Semiconductor Nanocrystal 8%
• Fluorescence Decay 8%
• Band Gap 5%

Physics & Astronomy

• intermittency 56%
• energy transfer 39%
• quantum dots 37%
• fluorescence 35%
• blinking 9%
• life (durability) 9%
• decay 7%
• histograms 7%
• autocorrelation 6%
• nanocrystals 6%
• counting 6%
• trajectories 5%
• photons 3%