title: Comprehensive theory for star-like polymer micelles; combining classical nucleation and polymer brush theory.
abstract: A comprehensive theory is proposed that combines classical nucleation and polymer brush theory to describe star-like polymer micelles. With a minimum of adjustable parameters, the model predicts properties such as critical micelle concentrations and micellar size distributions. The validity of the present theory is evidenced in direct comparison to experiments; this revealed that the proportionality constant in the Daoud-Cotton model is of the order of unity and that the star-limit is valid down to relatively short corona chains. Furthermore, we show that the predicted saddle points in the free energy correspond to those solutions that are accessible with self-consistent field methods for self-assembly.
authors: Laboratory of Physical Chemistry and Colloid Science, Wageningen University, Dreijenplein 6, Wageningen, The Netherlands. joris.sprakel@wur.nl
authors: Joris
authors: J
authors: Sprakel
authors: Frans A M
authors: FA
authors: Leermakers
authors: Martien A
authors: MA
authors: Cohen Stuart
authors: Nicolaas A M
authors: NA
authors: Besseling