A novel approach combining fused deposition modeling and electromagnetic induction
heating is developed to fabricate lightweight cellular composite parts, where the composite …

The morphology of sphere-forming block copolymers assembled in thin films on patterned
surfaces is theoretically analyzed. The patterns on the lower surface are alternating bands of …

The combination of self-consistent field theory and density functional theory was extended to
investigate the self-assembly behaviors of amphiphilic diblock copolymer/nanoparticle …

Block copolymers offer the fabrication of mesoporous thin films with distinct nanoscale
structural features. In this contribution, we present the use of acetic acid (CH3COOH) as a …

A self‐consistent field theoretic study is performed to study morphological development of
lamellae‐forming diblock copolymers on substrates with a well‐defined roughness, modeled …

A combination of self-consistent field theory and density functional theory was used to
examine the stable, 3-dimensional equilibrium morphologies formed by diblock copolymers …

Ordered nanoring arrays are a new pattern of block copolymer thin films generated by spin‐
coating of block copolymer reverse micelles on silicon substrates, which can further direct …

A combination of self-consistent field theory and density functional theory was used to
examine the effect of particle size on the stable, 3-dimensional equilibrium morphologies …

It is known that the use of a homopolymer derived from a relatively high‐surface‐energy
block moiety in a diblock copolymer as a substrate can facilitate phase separation of the …

Three dimensional self‐consistent field theoretic simulations have been performed to
determine the equilibrium morphologies formed by linear ABC triblock polymer melts …