Abstract
Frictional coefficients between membrane matrix and permeants have been evaluated for ThO2/DMF system. The degrees of coupling ′q′ and the maximum value of the efficiencies of electrokinetic energy conversion, νmax, for both the modes of conversion, viz., electro-osmotic flow and streaming potential have been calculated from these coefficients and the results have been found to be in accordance with non-equilibrium thermodynamic theories. The values of frictional coefficients have also been used for characterising the membrane, viz., in determining the equivalent pore radii and the number of pores.
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