Abstract
A theory is presented for the thermoreversible aggregation of ends-functional polymer solutions in which rings and chains of various sizes are formed by intra or intermolecular reactions. Equilibrium solution properties of such mixture of chains and rings are examined based on the the lattice theory of Flory-Huggins type. We focus especially on the size distributions of chains and rings on the temperature-concentration plane. Various types of the phase separetion are predicted according to the size distributions of chains and rings.
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