Air ingestion by a buckled viscous jet of silicone oil impacting the free surface of the same liquid

Air ingestion by a buckled viscous jet of silicone oil impacting the free surface of the same liquid

As frequently observed in common life, a jet of a viscous liquid impacting on a horizontal surface does not remain straight but instead buckles and folds periodically. We report experiments with planar (ribbonlike) jets of silicone oil impacting the free surface of the same liquid and describe the w...

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Veröffentlicht in:Physical review letters 2008-04, Vol.100 (15), p.154501-154501, Article 154501
Hauptverfasser: Pouligny, B, Chassande-Mottin, M
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Sprache:eng
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Condensed Matter
Physics
Soft Condensed Matter
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Chassande-Mottin, M
description As frequently observed in common life, a jet of a viscous liquid impacting on a horizontal surface does not remain straight but instead buckles and folds periodically. We report experiments with planar (ribbonlike) jets of silicone oil impacting the free surface of the same liquid and describe the way in which jet folds incorporate air. It is shown that air ingestion proceeds through different modes, each of them acting as a source of monodisperse bubbles and featuring a threshold in jet height. These sources result from the breakup of remarkable cuspidal structures, produced by the recession of air domains within liquid folds.
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subjects Condensed Matter
Physics
Soft Condensed Matter
title Air ingestion by a buckled viscous jet of silicone oil impacting the free surface of the same liquid
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