The deformation of sessile droplets and capillary bridging
in a parallel-plate capacitor under DC fields has been the subject of several scientific
studies. Coaxially located droplets on opposing electrodes experience an
attraction in the presence of an electric field. Application of a suitably
large field will lead to either the droplets forming a liquid bridge or
oscillation between bridged and de-bridged (i.e. droplet) states. We explored
the bridging behavior of a variety of liquids in air. Among the liquids and
droplet geometries that could form a stable field-induced bridge, only a
limited set could reversibly make and break the capillary bridge by switching
the electric field on and off. The ability to form a switchable liquid bridge
is a function of both the liquid’s properties, including surface tension,
electric conductivity, and dielectric constant, and external conditions such as
electrode separation, droplet volume.

/pdf/switchable-electrohydrodynamic-capillary-bridges-39dkbuq9ai.pdf

Switchable Electrohydrodynamic Capillary Bridges

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Switchable Electrohydrodynamic Capillary Bridges