Various structures naturally occur in all bulk polymer and polymer solution systems. It is not
an exaggeration to say that a wealth of structures in those systems has motivated prominent …

Partitioning equilibrium between bulk and slit-like pores in dilute solution was studied by
Monte Carlo (MC) simulations on a cubic lattice in the presence of attractive, polymer–pore …

The investigation of the partitioning equilibrium in real polymer systems by Monte Carlo
(MC) simulations is reported. In contrast to ideal chain treatments the factors such as …

We revisit the classical problem of a polymer confined in a slit in both of its static and
dynamic aspects. We confirm a number of well known scaling predictions and analyze their …

Absorption of weak polyelectrolytes impacts on properties such as ionization, conformations,
and counterion (CI) condensation that are important in several areas of applied and …

We present a lattice computer simulation study on the geometrical confinement effect of
polymer solutions in a wide range of concentrations. Polymer chains were equilibrated for a …

What is the impact of reducing the space available to molecules onto their properties is a
fundamental question for capillary systems, molecular biology and transport, protein and …

The diffusion of polystyrenemolecules inside controlled pore glasses with inert pore walls
was investigated by the technique of dynamic light scattering over a wide range of …

Cubic lattice Monte Carlo simulation studies were conducted to examine the effect of
confinement on dilute and non-dilute solutions of polymer chains in a channel with a square …

Using lattice simulations the effect of confinement on the size, orientation and elastic
properties of athermal chains was investigated. For chains confined in a slit or in a “cylinder” …