Diffusional mass transport process in the electrolytc solution flow induced by electromagnetic force was quantitatively analysed for the cell system with a pair of parallel electr)des in a short chame1In this casethe streaming flow is in inviscid modeand the diffusion of ionic species causes the electromagnetic force generating the solution streamThusit is possible to regu1te the diffusion process by means of an extemal magnetic fieldThe diffusion current is in proportion to the43power of the concentration difference between at the electrode surface and inthe bulkand the 13 power of the imposed magnetic flux densityThe obseed experimental results were in good agreement with thQse of theoretical predictionsFurthermorethe possible applicati(n of this new method to control diffusion processes was discusse(1 11tro-uction Continuous motion of the electrode relative to the bulk electrolyte solutionor i68 9
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Aogaki et al. (1975) studied this question.