Abstract
The purpose of this paper is to apply the method of circuit model synthesis to a complicated system, and to simulate the irreversible process of the membrane transport system. In the circuit model, the necessary powers for the membrane transport are supplied by the idel capacitors, of which the potentials decrease during the transport process. Their potential changes are expressed from the volume, concentrations and their changes in the compartmental solution The set of transport equations derived from the circuit model and of the equations for the potential changes provides the simultaneous ordinary differential equations for the system simulations. We synthesized the circuit model of the coupled water and ionic transport system. 'Using this model, the mechanism and the role of voltage depended electro-osmosis are clarified. The irreversible processes untill the Donnan's equilibrium state were simulated with computer calculations.
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