Electrolytic cell, multicomponent

I only hope that more progress can be realized, especially in solving the central probl in e ll this vdiich was mentioned above, namely, that of evetluating the individual ionic conductances and chemical potential profile in an operating cell. And of course I hope I CM be a partial contributer to such future progress. Or better yet, that somebody in the audience will be led to conten late the issues I have discussed here and perhaps find a better way to analyze mixed conduction in multicomponent electrolytes. 

For a multicomponent electrolyte with j ionic species, (10) represents a system of j equations, one for each ionic species. Since the potential is present in each equation, there are a total of y - - 2 unknowns (J species concentrations, Cj, the electrostatic potential, fluid velocity, v). The extra equations required for solving the system are the electroneutrality condition (5) and the momentum equation, which describes the fluid velocity at all locations within the cell. The momentum equation is t5 ically represented in terms of the Navier-Stokes approximation ... 

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