Emulsification is used to generate spherical particles or droplets of immiscible liquids, while
block copolymer self-assembly yields a wide variety of nanostructures. The combination of …

Block copolymers (BCPs)-based self-assemblies with various morphological and
compartmental structures can serve as universal polymeric scaffolds for the incorporation of …

A straightforward and versatile approach towards thiol-functionalized nanoporous
polystyrene frameworks is reported through the selective cleavage of a disulfide bridge at …

Self-organized block copolymers can be effectively utilized as nanostructured precursors to
functionalized ordered mesoporous polymeric materials. Novel nanoporous polystyrene …

We present a facile method for the preparation of bimetallic AuAg nanoparticles (NPs) with
controlled size and composition rendering them ideally suitable for optical and catalytic …

The design and development of well-defined, functional nanostructures via self-assembly is
one of the key objectives in current nanotechnology. Block copolymer-based hybrid …

We report a novel one-step facile route for golf-ball like spheres through self-assembly of
primary particles using a third solvent as the organic template in ethanol–water mixed …

The major methods for the preparation of silver-containing polymer composite nanosystems
and the formation of their hybrid structure are examined. Special attention is focused on a …

We show that the substrate affects the interparticle spacing in monolayer arrays with
hexagonal order formed by self-assembly of polymer grafted nanoparticles. Remarkably …

Рассмотрены основные методы получения Ag-содержащих полимерных
композиционных наносистем и закономерности формирования их гибридной …