Abstract
Sodium dodecyl sulfate (SDS) diffusion previously has been analyzed by including the electrostatic coupling between monomer, micelle, and counterion. The purpose of this work is 2-fold. (1) The influence of the salt anion, not previously included is quantitatively discussed. (2) The diffusion with migration equations for all 4 species (monomer; counterion, Na/sup +/; salt anion, Cl/sup -/; micelle) is solved. These results are compared to the theory without the salt anion, and to experimental results in the literature.
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