Abstract
We report a detailed analysis of the static and dynamic structure factor of polymer-like lecithin reverse micelles. We previously demonstrated that one can directly apply the results from conformation space renormalization group theory for semi-dilute polymer solutions to «equilibrium polymers» such as worm-like micelles or microemulsions, if one takes into account the fact that their size distribution is concentration dependent [1]. The present study confirms these findings and shows that this approach can be extended to the Q- and c-dependence of the static (S(Q)) and dynamic (S(Q, t)) structure factor
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