An efficient algorithm is presented for numerically evaluating a self-consistent field theoretic
(SCFT) model of an AB diblock copolymer that incorporates continuous polydispersity in one …

We consider a supramolecular diblock copolymer melt in which two homopolymers of
different species can reversibly bond at terminal binding sites to form a diblock copolymer …

We present an efficient strategy for mapping out the classical phase behavior of block
copolymer systems using self-consistent-field theory. With our new algorithm, the complete …

We investigate the effect of polydispersity on the lamellar phase of a diblock copolymer melt
using self-consistent field theory (SCFT). A previous SCFT calculation predicted that …

We examine binary mixtures of large and small symmetric AB diblock copolymers using self‐
consistent field theory. In accord with experiment, we find that when the ratio of their …

An efficient algorithm is presented for numerically evaluating a self-consistent field theoretic
(SCFT) model of block copolymer structure. This algorithm is implemented on a distributed …

Using a real space implementation of the self-consistent field theory for the polymeric
system, we explore microphases of ABC linear triblock copolymers. For the sake of …

This paper applies self-consistent field theory (SCFT) to discrete polymer chains consisting
of a finite number of beads, N, joined together by freely jointed bonds of arbitrary potential, b …

Numerous theoretical efforts have been developed to identify molecular-morphological
relationships in ordered AB diblock copolymers, but relatively few studies have sought to …

Experimental control of block copolymer segregation is ideally achieved by varying
temperature, but in practice, the range of segregation is very restricted. A far greater range …