The desire to make microfluidic technology more accessible to the biological research
community has led to the notion of “modular microfluidics”, where users can build a fluidic …

This work reports on coalescence in oil-in-water Pickering emulsions subjected to simple
shear flow. The emulsions were stabilized by silanized fumed silica particles forming layers …

Coalescence rate constants in a high-pressure homogenizer were inferred for pure
emulsions of a neutrally buoyant mixture of carbon tetrachloride and benzene dispersed in …

Emulsification is a common process in the production in many non-solid foods. These food-
emulsions often have high disperse phase volume fractions and slow emulsifier dynamics …

The volume-averaged shear-induced drop-coalescence efficiency εv is measured by in situ
videomicroscopy of blends of poly (propylene glycol) and poly (ethylene glycol), emulsified …

Experiments were carried out to study the coalescence dynamics of a neutrally buoyant
liquid− liquid emulsion subjected to a simple shear flow in a Couette device. The effect of …

A study of the shear flow-induced coalescence in a surfactant stabilized, neutrally buoyant
emulsion is presented. Evolving drop size distributions are obtained by image analysis. The …

The coalescence efficiency of two droplets in simple shear flow was experimentally
investigated. The effects of the radius of the colliding droplets, the viscosity of the continuous …

The chapter presents experimental data, published in numerous source materials and
reviews, on the mutual solubility of water in hydrocarbons and hydrocarbons in water …

Gravity-induced collisions of two spherical drops covered with an insoluble surfactant at low
Reynolds numbers are considered. Unlike in previous collision studies, the present work …