Abstract
The dynamic slowing down of the first cumulant and the stretched exponential decay of the droplet density-time correlation function at long time, previously observed for the one-phase sodium-di-2-ethylhexylsulfosuccinate (AOT)-water-decane microemulsion system, are attributed to the approach to a percolation threshold as the volume fraction of the microemulsion is increased at constant temperature. A model for dynamic light scattering, formulated along the line of the scattering from a system of transient polydispersed fractal clusters, quantitatively accounts for all the light-scattering data reported so far and also for some additional results
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