▪ Abstract The structural, dynamical, and electrical properties of the interface between two
immiscible liquids are described. The adsorption of solute molecules and the processes of …

Many important and fundamental processes in science and technology take place at liquid
interfaces. Examples include uptake and reactions of pollutants at the surface of water …

The conformational order of sodium dodecyl sulfate (SDS), sodium dodecylsulfonate (DDS),
dodecyltrimethylammonium chloride (DTAC), and dodecylammonium chloride (DAC) …

Molecular dynamics simulations have previously described how the physical properties
across immiscible liquid–liquid interfaces should converge from aqueous to organic limits …

We report the results on the structure of the binary dense CO2− water interface at 20 MPa
and 318 and 338 K and 28 MPa and 318 K, as investigated by molecular dynamics …

The shells of the planktonic foraminifer Neogloboquadrina pachyderma have become a
classical tool for reconstructing glacial–interglacial climate conditions in the North Atlantic …

Hydrogen bond dynamics at the neat interface between water and a series of organic liquids
are studied with molecular dynamics computer simulation. The organic liquids are nonpolar …

By molecular dynamics simulations, we have studied the hydrophilic–hydrophobic interface
between water and n-hexane liquid phases. For all temperatures studied our computed …

Bare interfaces between water and hydrophobic media like air or oil are of fundamental
scientific interest and of great relevance for numerous applications. A number of …

The development of techniques to study the liquid–liquid interface is a major challenge.
Spectroscopy in all its forms provides a powerful method of investigation, especially when …