Self-consistency of the percolation model as applied to a macrofluid-like water-in-oil microemulsion

Abstract
A self-consistent picture of the structure and structural changes in a water-in-oil microemulsion (as a model of supermolecular fluids) close to the percolation threshold has been established. The self-consistency is evidenced by the demonstration that light-scattering and viscosity data for these systems can be quantitatively predicted by a model based on fractal cluster distribution. The model parameters were determined from electro-optic Kerr-effect measurements.

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