In Fig. we show the aggregation behavior as a function of time for the CAPB / SLSar mole ratio 0.67 mixture at four different pH values (Figures showing N agg evolution for all sampled ratios and pH levels are supplied in the Supporting Information). Fig. shows the behavior at pH 3.9, 4.3, 4.7 and 5.1, respectively. The plots show the average aggregation number (⟨N agg ⟩ hereafter) (black line), resulting from the ten repeat simulations, in addition to the best fit (red dashed line) obtained by fitting to ⟨N agg ⟩. In each case, the fit was determined with a simple nonlinear least squares procedure (via Xmgrace). Calculated fits show very high correlation with the determined value of ⟨N agg ⟩. By using replicate simulations we have been able to determine three distinct growth profiles for self-assembling micelle aggregates. These are logarithmic, linear and cubic power law micellar growth. These behaviors are discussed more throughout the article. Results from the ten individual simulations are shown as colored dotted lines.