This work estimates the energy of wetting of a dielectric substrate by a conducting drop charged by an external electric charge fixed on it. It was found that the wettability of such a surface decreases if the average density of the charge induced at the base of the droplet exceeds the threshold valu
International audienceA single conducting drop resting on the lower plane electrode of a horizontal ...
Electrowetting on dielectric is a phenomenon in which the shape and apparent contact angle of a drop...
A deformed droplet may leap from a solid substrate, impelled to detach through the conversion of sur...
Electrowetting has been used to actuate and control the motion of droplets on solid surfaces. An ana...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/98707/1/JApplPhys_109_034309.pd
An approximate extension of the slender body theory was used to determine the static shape of a coni...
Electrowetting is a phenomenon that used to explain how the wettability of liquid on solid surface c...
In many physical processes, including cloud electrification, electrospray, and demulsification, drop...
This article describes the equilibrium shape of a liquid drop under applied fields such as gravity a...
In the light of experimental evidence a previously published model to predict the charge and mass re...
In this work we study the static shape of charged drops of a conducting fluid placed over a solid su...
A new technology of the electric-field manipulation by dielectric particles in dielectric liquids an...
It is known that electrified droplets deform and may become unstable when the electric field they ar...
We numerically analyze the AC electric field around a droplet placed on an insulator-covered electro...
In this work, the equilibrium morphology of a drop on a sphere is analyzed as a function of the cont...
International audienceA single conducting drop resting on the lower plane electrode of a horizontal ...
Electrowetting on dielectric is a phenomenon in which the shape and apparent contact angle of a drop...
A deformed droplet may leap from a solid substrate, impelled to detach through the conversion of sur...
Electrowetting has been used to actuate and control the motion of droplets on solid surfaces. An ana...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/98707/1/JApplPhys_109_034309.pd
An approximate extension of the slender body theory was used to determine the static shape of a coni...
Electrowetting is a phenomenon that used to explain how the wettability of liquid on solid surface c...
In many physical processes, including cloud electrification, electrospray, and demulsification, drop...
This article describes the equilibrium shape of a liquid drop under applied fields such as gravity a...
In the light of experimental evidence a previously published model to predict the charge and mass re...
In this work we study the static shape of charged drops of a conducting fluid placed over a solid su...
A new technology of the electric-field manipulation by dielectric particles in dielectric liquids an...
It is known that electrified droplets deform and may become unstable when the electric field they ar...
We numerically analyze the AC electric field around a droplet placed on an insulator-covered electro...
In this work, the equilibrium morphology of a drop on a sphere is analyzed as a function of the cont...
International audienceA single conducting drop resting on the lower plane electrode of a horizontal ...
Electrowetting on dielectric is a phenomenon in which the shape and apparent contact angle of a drop...
A deformed droplet may leap from a solid substrate, impelled to detach through the conversion of sur...
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