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|Title:||Spatiotemporal evolution of thin liquid films during impact of water bubbles on glass on a micrometer to nanometer scale|
|Citation:||Hendrix, M.H.W., Manica, R., Klaseboer, E., Chan, D.Y.C., Ohl, C.-D. (2012-06-15). Spatiotemporal evolution of thin liquid films during impact of water bubbles on glass on a micrometer to nanometer scale. Physical Review Letters 108 (24) : -. ScholarBank@NUS Repository. https://doi.org/10.1103/PhysRevLett.108.247803|
|Abstract:||Collisions between millimeter-size bubbles in water against a glass plate are studied using high-speed video. Bubble trajectory and shape are tracked simultaneously with laser interferometry between the glass and bubble surfaces that monitors spatial-temporal evolution of the trapped water film. Initial bubble bounces and the final attachment of the bubble to the surface have been quantified. While the global Reynolds number is large (∼102), the film Reynolds number remains small and permits analysis with lubrication theory with tangentially immobile boundary condition at the air-water interface. Accurate predictions of dimple formation and subsequent film drainage are obtained. © 2012 American Physical Society.|
|Source Title:||Physical Review Letters|
|Appears in Collections:||Staff Publications|
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