Abstract
The micellar structures formed by two-block copolymers in a block copolymer-solvent system were considered by using the scaling method. The equilibrium parameters of micelles were determined depending on the composition of the copolymer and the strength and concentration of the solvent in the system. It was shown that a ‘quasiglobular’ regime exists in a micellar solution at concentrations exceeding that of overlapping of individual micelles. The results of the theory are compared with the experimental results.
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