Biomimetic bone regeneration methods which demonstrate both clinical and manufacturing
feasibility, as alternatives to autogenic or allogenic bone grafting, remain a challenge to the …

The hydrodynamic characteristics of liquid-liquid plug flow were studied in microchannels
with 0.2 and 0.5 mm ID both experimentally and numerically. For the experiments high …

On-chip phase separation of multiphase microflows at the divergence point of Y-shaped
microfluidic junctions is an effective way for integrating continuous microstructured devices …

Droplet step emulsification has been proven to possess the unique advantage of decoupling
the flow parameters, which obviously contributes to the realization of the mass production of …

The flow patterns and the plug hydrodynamics of liquid–liquid two-phase flow in a small
circular channel were experimentally investigated. Five distinct flow patterns, including …

In this work, the extraction of U (VI) by tributyl phosphate (TBP) is studied in small channels
of different sizes, operated in segmented flow. The variables analysed include the channel …

We have studied the primary nucleation of adipic acid from aqueous solutions in thousands
of microdroplets generated in a fully automated microfluidic setup. By varying …

Anisotropic endoskeletal droplets are produced continuously in a microfluidic device. The
device temperature is controlled such that droplets are formed in a fluid state and …

Researchers usually simplify their simulations by considering the Newtonian fluid
assumption in microfluidic devices. However, it is essential to study the behavior of real non …

We characterize shapes and volumes of droplets generated in PDMS T-junctions and
assess the use of this type of microfluidic device to generate droplets suitable for the study of …