Surfactant-mediated wetting and spreading are ubiquitous. Understanding of these
phenomena in-depth allows precise tailoring of wetting performance which can contribute to …

Surfactant flooding is one technique of chemical enhanced oil recovery (EOR) aimed at
improving the microscopic displacement efficiency of trapped residual oil via reducing the oil …

Hypothesis Needle-free injections using microfluidic jets could be optimized by reducing
splashing and controlling injection depth. However, this is impeded by an incomplete …

Flotation using cationic surfactants has been investigated as a rapid separation technique to
dewater clinoptilolite ion exchange resins, for the decontamination of radioactive cesium …

Droplet actuation by electrowetting (EW) has drawn significant interest due to the potential
applications in micro-and nano-fluidics, and the droplet departure is crucial for separation of …

We study the influence of cellulose nanocrystals on the oil–water interfacial viscoelasticity
and consequently on the emulsification and the three-phase (oil–water–solid) contact-line …

Liquids in contact with chemically and physically heterogeneous surfaces are ubiquitously
encountered, yet little is understood about how those surface heterogeneities affect the …

Lipids and bioactive components have been isolated using supercritical fluid fractionation
(SFF) and packed columns with carbon dioxide from complex lipid mixtures. Lack of …

Interfacial rheology of interfaces stabilized by food ingredients has been studied extensively
within the limits of small and slow deformations, within the linear viscoelastic regime (LVR) …

A synergy between poly (vinylpyrrolidone)(PVP)-coated silica nanoparticles (CPs) and
saponin β-escin was exploited to develop long-lasting foams using low component …