Abstract
A detailed study of some transport properties of charged capillary membranes (concentration potential and solute permeability) is presented. The used transport model is based upon the Nernst-Planck and Poisson-Boltzmann equations. It is solved by an original numerical method which gives the degree of convergence. An experimental verification of the model is carried out for some small pore size microporous capillary membranes (Nuclepore).
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