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In this paper, the motion of conductive particles is modeled and analyzed using a coupled equation. A neutral conductive particle obtains charge when it comes into contact with an electrode. The forces acting on a particle consist of electric, drag, and gravitational forces. When the electric force is dominant over the other forces, a particle lifts up toward the upper electrode. The electric force...
The understanding of electrowetting phenomenon is an essential way for controlling tiny droplets on dielectric material surfaces. In conventional viewpoint, the shape of droplet is determined by the contact angle which is influenced by applied electric field. In this paper, we present a new approach to modeling and analyzing the electrowetting phenomenon. It is based on electromagnetic body force...
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