Microemulsions were subject to numerous studies during the last decades, mainly because
of their potential with respect to applications, but they are also interesting model systems for …

We present a theoretical analysis of the interfacial tensions of microemulsions in ternary
systems water–oil–nonionic surfactant. For surfactants based on oligo-ethylene oxide head …

The mutual solubilities of binary mixtures of acetonitrile (ACN) and n-octane, n-hexane, n-
heptane, and n-decane are examined. Here, we report the liquid–liquid phase behavior of …

It is demonstrated how microemulsions can be used as model systems to study a range of
fundamental liquid state phenomena. By carefully characterizing a single ternary system it is …

Mixtures of alkanes and ethanol are important in many areas, for example, as fuel blends.
This paper describes new experimental data obtained for the liquid–liquid equilibrium phase …

Although lipid structure in models for the stratum corneum (SC), the main barrier to skin
permeability, has been extensively studied, only limited data are extant concerning the …

Mixtures of n-hexadecane and 2, 2, 4, 4, 6, 8, 8-heptamethylnonane are common diesel fuel
surrogates. This paper describes a systematic investigation of the liquid–liquid phase …

Fuel blending requires knowledge of the thermophysical properties of the single
components and its mixtures. Because of the complexity of real systems much expertise in …

The system water–oil (n-decane)–nonionic surfactant (C12E5) forms bilayer phases in a
large concentration region, but, for a given oil-to-surfactant ratio, only in a narrow …

The kinetic response of an L3 (sponge) phase formed in the C12E5− n-decane− brine
system is studied using the Joule-heating temperature jump (JHTJ) technique. The …