Abstract
The structure of H2O+D2O solutions was studied by correlation spectroscopy of scattered light. The correlation function and size of scatterers were both found to depend nonmonotonically on the D2O concentration in the H2O+D2O mixture. Processes of transfer of electronic excitation energy between dye molecules of different types in H2O+D2O solutions were studied. The efficiency of these processes was found to depend extremally on the concentration of the components of the solution. A fractal distribution of the interacting dye molecules is ascertained from the experimental data. The dependence of the fractal dimensionality of the dye solutions on the D2O concentration in the D2O+H2O mixture is determined.
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