Microfluidic technologies have enabled generation of exquisite multiple emulsion droplets,
which have been used in many fields, including single-cell assays, micro-sized chemical …

We experimentally observed oscillatory motion of water droplets in microfluidic systems with
coplanar microelectrodes under imposed DC electric fields. Two-electrode arrangement with …

A novel ac-dielectrophoretic (DEP) device for tunable manipulation and characterization of
particles and droplets is presented in this work. To induce DEP forces, the ac electric field is …

A microfluidic platform for manipulation and separation of oil-in-water emulsion droplets by
using optically induced dielectrophoresis (ODEP) is reported in this study. By utilizing …

Considering its good biocompatibility, the water-in-oil-in-water type compound double
emulsion (DE) droplet serves as an ideal microreaction vessel upon their on-demand electro …

The dispensing of tiny droplets is a basic and crucial process in a myriad of applications,
such as DNA/protein microarray, cell cultures, chemical synthesis of microparticles and …

Electrophoretic manipulation of multiple-emulsion oil-in-water-in-oil (O/W)/O and water-in-oil-
in-water-in-oil (W/O/W)/O core-shell droplets is shown. It was found that the electrophoretic …

Highly concentric double-emulsion droplets can be formed in a suspending fluid by
application of a uniform, AC electric field. A dipole/dipole interaction acting on the inner …

We showed that an AC electric field can be effectively used to control the full morphology of
a multi-emulsion system (oil/water/oil, O/W/O and water/oil/water, W/O/W); specifically, the …

Colloidal assembly is a key strategy in nature and artificial device. Hereby, an
electromicrofluidic assembly platform (eMAP) is proposed and validated to achieve 3D …