From inspection of the Table, we observe that low CAPB / SLSar mole ratio and pH (top left of Table ) results in the largest micelle growth. This appears intuitive as here there is less charge repulsion in the resultant micelles as most surfactants appear in a protonated state, potentially leading to decreased curvature and therefore larger structures. In this region, for pH 3.9, strong cubic power law growth is observed, brought about by micelle branching and the formation of extended structures. As the pH increases more the table becomes dominated by linear growth (corresponding to rod-like species and much less branch formation), until at even higher pH values the table presents extensive logarithmic growth of smaller spheroid type micelles. Broadly, resulting ⟨N agg ⟩ decreases with increased CAPB content (left to right in the table) and decreases as pH increases (top to bottom in the table). However, at the bottom of the table ⟨N agg ⟩ is lower for SLSar rich systems. The decrease in size with increasing pH is more pronounced for the high SLSar content systems, which is a consequence of the larger changes to the protonation state of SLSar in response to pH versus that of CAPB. At the extreme, pure CAPB shows little change in behavior with increasing pH as the protonation state of this surfactant remains largely unchanged.