Interfacial tension is an important physical property affecting the droplet formation process in
microfluidic devices. This work presents the variation of dynamic interfacial tension caused …

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

Liquid–liquid dispersion coupled with droplet formation and mass transfer of surfactants is
one of the most typical phenomena in many chemical processes. As in every aspect of this …

The dynamic interfacial tension caused by the lower surfactant adsorption rate than the
droplet generation rate is an important issue in microfluidic study. A pressure drop …

Droplet emulsification in microfluidic devices involves the constant formation of fresh
interfaces between two immiscible fluids. When the multiphase system contains surfactant …

In our previous work, a new flow route was developed—a so‐called perpendicular shear
force–induced droplet formation—in a self‐designed simple T‐junction microchannel …

To satisfy the increasingly high demands in many applications of microfluidics, the size of
the droplet needs accurate control. In this paper, a level-set method provides a useful …

The droplet formation process from a micrometer screen hole under crossflow conditions
was applied to study the droplet behavior in the high-promising processes of micromixing …

A three dimensional numerical simulation on the droplet formation in a microfluidic T-
junction is reported. The mechanism of droplet formation in the immiscible liquid/liquid T …

Dynamic interfacial tension was studied experimentally during drop formation in a flow-
focusing microchannel. A low viscosity silicone oil (4.6 mPa s) was the continuous phase …