Surface-polymer interactions are important in many technological applications, including
colloidal stablization and adherence. Recently there has been considerable progress in …

166 1. SZLEIFER AND MA CARIGNANO molecules in bulk. The presence of a wall limits the
configurational space of the chains and the two-dimensional anchoring makes the …

We study static and dynamic properties of polymer brushes of moderate and high grafting
densities using molecular dynamics simulations. The self-consistent-field theory is able to …

Conformational and thermodynamic properties of polymer chains end‐grafted to cylindrical
and spherical surfaces under good solvent conditions have been studied using the single …

We present a numerical, self-consistent field (SCF) study of tethered polymers in Θ solvent,
over the range of anchoring densities found in most experiments. We examine the properties …

We present the model of a cylindrical pore with chains tethered by one end to its inner
surface. The conformational and “quasistatic”(under low and medium shear rates) …

A previously developed Flory-type mean-field analysis of the mixing of a multicomponent,
polydisperse solvent with an interphase of terminally anchored chains of finite extensibility is …

This paper presents a systematic study of the compression of end‐anchored polymer layers
by a variety of mechanisms. We treat layers in both good and Θ solvents, and in the range of …

We consider theoretically the possibility of solid state NMR experiments with frozen linear
polymer chains at interfaces. Three different cases are studied, namely, when the …

In dieser Arbeit wurden zwei Themenbereiche bearbeitet: 1. Ellipsometrie an
Adsorpionsschichten niedermolekularer Tenside an der Wasser/Luft-Grenzfläche …