A comprehensive understanding of interfacial behavior in water/oil/surfactant systems is
critical to evaluating the performance of emulsions in various industries, specifically in the oil …

Interfacial rheology of adsorbed layers of surfactants, demonstrating the response of the
interface to interfacial deformations, plays a key role in formation and stability of foams and …

Ionic surfactants are known to build up higher interfacial pressures at oil/water interfaces
than at air/water interfaces for the same surfactant bulk concentration. Here, we …

Surfactant adsorption plays an important role in the microfluidic droplet formation process,
which manifested as dynamic interfacial tension phenomenon. Due to rapid droplet …

The control of the behavior of oil in water emulsions requires deeper investigations on the
adsorption properties of the emulsion stabilizers at the interfaces, which are fundamental to …

Betaines and anionic-nonionic surfactants are suitable for applying in enhanced oil recovery
(EOR) in the high-temperature and high-salinity reservoir conditions. We have used the …

The surface adsorption of ionic surfactants is fundamental for many widespread phenomena
in life sciences and for a wide range of technological applications. However, direct atomic …

Proteins and their mixtures with surfactants are widely used in many applications. The
knowledge of their solution bulk behavior and its impact on the properties of interfacial …

Low atmospheric pressure (LAP) can enormously affect properties of cement concrete in
plateau areas. There are fewer studies and attendances on this issue than those of cement …

Surfactant adsorption plays an important role in microfluidics, which can be investigated by
the dynamic evolution of interfacial tension. A differential pressure-based method is …