In contrast to the wetting phenomenon of pure substance phase, we here concentrate on the
wetting behavior of immiscible fluids with two components via numerical simulations. We …

The potential of a high speed x-ray reflectometer for time-resolved studies on the subsecond
to millisecond timescales is demonstrated by recording x-ray reflection curves from a small …

We study the wetting behavior of a symmetrical binary fluid below the demixing temperature
at a nonselective attractive wall. Although it demixes in the bulk, a sufficiently thin liquid film …

We have used a modified surface force apparatus to study capillary condensation of near-
saturated vapors of n-hexane/perfluoro-n-hexane mixtures in a model pore formed by the …

We present an x-ray reflectivity study of wetting at the free surface of the binary liquid metal
alloy gallium-bismuth (Ga-Bi) in the region where the bulk phase separates into Bi-rich and …

We report x-ray reflectivity measurements of the internal structure of thin wetting films formed
on a silicon substrate from the vapor of a binary mixture of methylcyclohexane (MC) and …

The dynamics of wetting a hydrocarbon self-assembled monolayer by water/DMSO
(dimethyl sulfoxide) mixtures and the resulting structure are studied by molecular dynamics …

We consider a lattice-gas model of an asymmetric binary mixture in which the attraction
between a pair of molecules of species A exceeds that between a pair of molecules of …

We investigate the wetting of planar, nonselective solid substrates by symmetric binary
mixtures where the attraction strength between like molecules of components A and B is the …

The lattice gas model is used to study the effects of molecular association on the wettability
of surfaces with attractive walls by binary symmetric associating mixtures. The model …