Abstract
We have formulated and solved a system of differential equations describing the kinetics of Forster resonance energy transfer in nanoclusters of colloidal quantum dots for the case of binary particle mixture (donors and acceptors) in the presence of fluorescence intermittency. By solving the system, we have been able to develop a method to calculate all relevant parameters of radiationless energy transfer and the fraction of “dark” particles of both types from experimental data on the photoluminescence of nanoclusters.
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