Droplet array is widely applied in single cell analysis, drug screening, protein crystallization,
etc. This work proposes and validates a method for rapid formation of uniform droplet array …

Super hydrophilic and submerged super oleophobic materials with special surface
wettability are considered ideal materials in the field of oil-water separation. In this paper …

A contactless emulsification method is presented using corona discharge. The corona
discharge forms using a pin-to-plate configuration, creating a non-uniform electric field. This …

Accurate numerical and mathematical models are needed to develop technologies such as
electrostatic phase separation of oil-water emulsions based on two-phase …

The assembly of colloidal particles into micro‐patterns is essential in optics, informatics, and
microelectronics. However, it is still a challenge to achieve quick, reversible, and precise …

In printing, microreactors, and bioassays, the precise control of micrometer-scale droplet
generation is essential but challenging, often restricted by the equipment and nozzles used …

Manipulating the coalescence of microdroplets has recently gained enormous attention in
digital microfluidics and biological and chemical industries. Here, coalescence between two …

The field of plasma–liquid interactions is rapidly growing, with increasing publications
across applications. While plasma's interactions with water and oil have been researched …

The petroleum industry uses electrocoalescers to remove brine/water from crude oil.
Aqueous droplets show three drop-interface phenomena under an electric field …

Electroemulsification methods use electrohydrodynamic (EHD) forces to manipulate fluids
and droplets for emulsion formation. Here, a top-down method is presented using a …