It is generally believed that the spherical domains self-assembled from AB-type block
copolymers are composed of the minority A blocks with a volume fraction of f A< 1/2 …

Topological asymmetry is an important factor to change the phase diagram of AB-type block
copolymer with respect to the volume fraction of A-blocks from symmetric to asymmetric …

Bottlebrush block polymers are a promising platform for self-assembled photonic materials,
yet most work has been limited to one-dimensional photonic crystals based on the lamellar …

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 …

Self-consistent field theory (SCFT) has been proven as one of the most successful methods
for studying the phase behavior of block copolymers. In the past decades, a number of …

Monomer sequence is shown to directly control interfacial and in-domain mixing in lamellar
polystyrene-b-polypeptoid diblock copolymers, where the polypeptoid block is composed of …

We propose to regulate the stability of gyroids of ABC-type multiblock copolymers by
controlling the packing frustration of majority-component B-blocks. Accordingly, we …

Although the general mechanism of block copolymer self-assembly has been well
established, the self-assembly behaviors of multiblock copolymers are still hard to …

The multicontinuous network nature of polymer nanostructures provides them with many
opportunities to fabricate multifunctional materials with specific mechanical, transport …

Polymer self-consistent field theory techniques are used to find radial electron densities and
total binding energies for isolated atoms. Quantum particles are modeled as Gaussian …