Component density profiles at vapour–liquid interfaces of mixtures can exhibit a non-
monotonic behaviour with a maximum that can be many times larger than the densities in …

The SAFT-γ coarse graining methodology (Avendaño et al., 2011) is used to develop force
fields for the fluid-phase behaviour of binary and ternary mixtures comprising water, carbon …

This work reports a procedure for predicting the interfacial tension (IFT) of pure fluids. It is
based on scaling arguments applied to the influence parameter of the van der Waals theory …

Experimental isothermal densities and interfacial tensions for the binary systems carbon
dioxide+ n-dodecane, carbon dioxide+ n-tridecane and carbon dioxide+ n-tetradecane at …

The interfacial behavior in refrigerant mixtures has a major impact on heat transfer
coefficients during the vaporization and condensation stages. Therefore it is appropriate to …

Practice-based experimental reviews have unambiguously shown that the experimental
efforts for determining and understanding in detail the dependence of the interfacial tension …

The physical characterization of the singular interfacial behavior of heterogeneous fluid
systems is a very important step in preliminary stages of the design process, and also in the …

The interest in understanding reservoir fluids' phase behavior is to increase hydrocarbon
production without any flow assurance issues. Due to its opacity, the evident complexity of …

We determine the interfacial properties of a symmetrical binary mixture of equal-sized
spherical Lennard-Jones molecules, σ 11= σ 22, with the same dispersive energy between …

The methane plus linear alkanes series is one of the simpler and most common type of
mixtures presented in the industry and its accurate representation is paramount because of …