The role of electrostatics on the interfacial properties of polyelectrolyte microgels has been
discussed controversially in the literature. It is not yet clear if, or how, Coulomb interactions …

We have studied conformations of a single tethered chain, chains in a planar brush, and
corona-forming blocks in diblock copolymer micelles using dissipative particle dynamics …

Polymer microgels with a dense outer shell offer outstanding features as universal carriers
for different guest molecules. In this paper, microgels formed by an interpenetrating network …

Designing a multiple-network structure at the molecular level to tailor the mechanical
properties of polymeric materials is of great scientific and technological importance. Through …

In this work, we studied the behavior of charged microgels at a liquid–liquid interface by
means of dissipative particle dynamics simulations with explicit electrostatic interactions; the …

In the present paper we investigate the behavior of polyrotaxanes under bad solvent
conditions by means of computer simulations. Polyrotaxanes can be viewed as amphiphilic …

Hybrid double network (DN) gels, including the physical interaction (PI) network and
chemically cross-linked (C-CL) network, exhibit superior mechanical behaviors. Herein, the …

Amphiphilic polymer co-networks (APCN), composed of chemically crosslinked hydrophilic
and hydrophobic polymer chains, have attracted broad attention worldwide in recent years …

The mechanical properties of solvent-fks obtained by three different crosslinking
mechanisms are investigated by the dissipative particle dynamics method. It is shown that …

Методом диссипативной динамики частиц исследованы механические свойства
взаимопроникающих сеток без растворителя с количеством подсеток от 1 до 4 …