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Saturation effects in dynamic electrowetting
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DOI：10.1063/1.1861501.png)
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Abstract
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The same mechanism responsible for contact angle saturation of electrically stressed aqueous droplets also clamps the electromechanical force exerted on aqueous liquids in structures using dielectric-coated electrodes. Alternating current frequency strongly influences the upper limit imposed on this force. Furthermore, studies of transient, field-induced motion suggest that this mechanism is suppressed when the contact line moves rapidly along the coated electrodes. (C) 2005 American Institute of Physics.
Keywords:
SURFACE-TENSION
WATER
FIELDS
FILMS
FLOW
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