Adsorption on silica surfaces Page 1 surfactant science series volume 90 ADSORPTION
ON SILICA SURFACES edited by Eugène Papirer Page 2 ADSORPTION ON SILICA …

We study the resistance to sliding of liquid films 1-6 molecules thick. The apparent dynamic
viscosity at 1 Hz of nonpolar liquids confined between parallel plates of atomically smooth …

Ultrathin films of simple nonpolar molecular fluids (3–8 segmental dimensions thick) show a
strikingly long relaxation time in response to oscillatory shear when confined between mica …

Abstract Broadband dielectric spectroscopy (10− 2 Hz–10 9 Hz) is employed to study the
dynamic glass transition of low-molecular-weight glass-forming liquids being confined to …

The Gibbs–Thomson (GT) equation describes the shift of the crystallization temperature for a
confined fluid with respect to the bulk as a function of pore size. While this century old …

We have measured the specific heat (C p) of cyclohexane at 120< T< 300 K when
cyclohexane was physically restricted in porous Spherosil (silica) samples of pore radii 4 …

The results are presented of a Monte Carlo simulation study of the freezing transition of a
Lennard-Jones fluid confined in a single slit pore. Using an ensemble in which the pressure …

The review presents the results of molecular dynamics simulation of metastable states in the
systems of the Lennard–Jones particles. The boundaries of the existence of metastable …

Abstract The Young-Laplace, Kelvin, and Gibbs-Thomson equations form a cornerstone of
colloidal and surface sciences and have found successful applications in many subfields of …

Results of detailed structural studies, using elastic neutron scattering, of the freezing of liquid
O2 and D2 in porous vycor glass are presented. The experimental studies have been …