Low-Frequency Dielectric Dispersion of Highly ConcentratedSpherical Particles in an Electrolyte Solution

We deal with the problem of calculating the effective dielectric dispersion and electrical conductivity of colloidal dispersions. A comparison of the theoretical calculation of first principles with the experimental data of Schwan shows that our technique proposed here is no longer restricted to dilute solutions and is very effective to studying the dielectric properties of colloids with highly concentrated charged spherical particles in an electrolyte solution.