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Liquid Viscosity Effect on Drop Formation Regularities under Electrohydrodynamic Instability Realization
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Liquid Viscosity Effect on Drop Formation Regularities under Electrohydrodynamic Instability Realization
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Journal Article
Liquid Viscosity Effect on Drop Formation Regularities under Electrohydrodynamic Instability Realization
2022
Overview
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The peculiarities of a liquid viscosity effect on the liquid electrodispersion from the end of capillary through which the liquid is supplied to the discharged system or during the disintegration of a strongly charged drop were studied in an analytical way. It was shown that, upon the electrodispersion of the electroconducting liquid with a low-viscosity, the latter emitted highly charged droplets, initially unstable with respect to their own charge, breaking up into hundreds of even smaller and strongly charged ones, with a corona discharge being ignited around them. As a result, a fan-shaped glow appeared at the top of the liquid meniscus at the end of the capillary or at the top of the decaying charged drop. For the viscous electroconducting liquid, the series of successive disintegrations of the charged daughter droplets were immediately interrupted owing to viscosity damping effect of self-charge-resistant droplets, and no corona discharge glow was formed.
Publisher
Pleiades Publishing,Springer Nature B.V
Subject
