We extensively study the phase diagram of a diblock copolymer melt confined in a
cylindrical nanopore using real-space self-consistent mean-field theory. We discover a rich …

We study the influence of the surface field on lamellar morphologies that form in a diblock
copolymer melt confined in a cylindrical nanopore, using self-consistent mean-field theory …

We systematically investigate the microdomain morphologies that self-assemble in a diblock
copolymer melt confined to a narrow cylindrical nanopore using real-space self-consistent …

We show that a simple Ginzburg–Landau type theory can predict a tremendous rich “zoo” of
diblock copolymer morphologies in cylindrical nanopores. Using the cell dynamics …

The self-assembly of asymmetric diblock copolymers confined within cylindrical pores is
studied using the self-consistent-field theory. The cylinder-forming asymmetric diblock …

Both experimental and theoretical studies have shown that a cylinder-forming block
copolymer melt under the confinement of a nanopore can self-assemble into an interesting …

We have studied structure formation in a confined block copolymer melt by means of
dynamic density functional theory. The confinement is two dimensional, and the confined …

We have performed lattice Monte Carlo simulations to study the self-assembled morphology
of symmetric diblock copolymers in nanopores. The pore diameter and surface preference …

We have used lattice Monte Carlo simulations to investigate the molecular assembly of
symmetric diblock copolymer melts within cylindrical nanochannels. We studied the effect …

The kinetic evolution of ordered phases, ie, single-cylinder (C1), stacked disks (Dk), and
single-helix (H1), formed by a cylinder-forming AB diblock copolymer melt under the …