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 …

Microphases and triangle phase diagrams of ABC star triblock copolymers are investigated
on the basis of a real-space implementation of the self-consistent field theory (SCFT) for …

Because domain geometry is dictated by the volume fraction of the block constituting it, an
ABC linear triblock copolymer with unequal volume fractions of A and C blocks can form …

A parallel algorithm designed for widely used distributed computer clusters is developed for
the real-space self-consistent-field theory for polymers. We adopt an efficient data partition …

Block copolymers with their rich phase behavior and ordering transitions have become a
paradigm for the study of structured soft materials. A major challenge in the study of the …

Blending block polymers with different block compositions provides an opportunity to create
nanostructures that are not accessible from neat block copolymer melts. In this study, we …

The effects of chain topology on the self-assembly of block copolymers are examined using
an ABAT block copolymer, composed of an AB diblock copolymer with an extra A block …

The phase behavior of binary blends composed of A 1 B 1 and A 2 B 2 diblock copolymers is
systematically studied using the polymeric self‐consistent field theory, focusing on the …

In recent decades, there has been a growing interest in block copolymer with broad
dispersity. Previous studies showed that increasing polydispersity influences the self …

Block copolymers (BCPs) having two or more polymer chains linked covalently have been
extensively studied because they show tunable properties, for instance, modulus, solubility …