A numerical implementation of self-consistent mean-field theory for the structural phase
behavior of block copolymers is proposed. Our scheme does not require a priori …

We describe a numerical implementation of self-consistent mean field theory for block
copolymers that requires no assumption of the mesophase symmetry. The method is …

A generic Fourier-space approach to solve the self-consistent field theory of block
copolymers is developed. This approach is based on the fact that, for any computational box …

We present an improved algorithm of the self‐consistent mean‐field implementation that has
been recently proposed for the calculation of block copolymer self‐assembly. Without …

Using self-consistent mean field theory, we have investigated the effects of conformational
asymmetry on the phase diagram of diblock copolymers, considering spherical, cylindrical …

We utilize the wormlike chain model in the framework of the self-consistent field theory to
investigate the influence of chain rigidity on the phase diagram of AB diblock copolymers in …

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 …

We present a theoretical study of the influence of solvent on ordered block copolymer
solutions. The phase behavior is examined as a function of solvent selectivity, temperature …

We propose a new and general method for discovering novel ordered phases of block
copolymer melts. The method involves minimizing a free energy functional in an arbitrary …

We investigate the phase behavior of symmetric AB diblock copolymers confined into a thin
film. The film boundaries are parallel, impenetrable and attract the A component of the …