Results 221 to 230 of about 514 (266)
Development of Bubble Jet Printers
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Characterization of the acoustic cavitation in ionic liquids in a horn-type ultrasound reactor. [PDF]
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Bubbly Jet Impingement in Different Liquids [PDF]
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Francesc Sunol, R González-Cinca
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Opposed bubbly jets at different impact angles: Jet structure and bubble properties [PDF]
The structure of two colliding water jets containing small gas bubbles is studied experimentally. The effects of the separation distance between jets, as well as the orientation angle, on the spatial distribution of bubbles have been considered. Results on the global structure of the final jet and bubble properties have been obtained using a high-speed
Francesc Sunol, R González-Cinca
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Inviscid stability of bubbly jets [PDF]
This paper investigates the effects of bubble dynamics on the stability of bubbly and cavitating jets of low void fraction. The equations of motion for the bubbly mixture are linearized for small perturbations and the parallel flow assumption is used to obtain a modified Rayleigh equation governing the inviscid stability of a two-dimensional jet ...
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Bubble characteristics of air–water bubbly jets in crossflow
International Journal of Multiphase Flow, 2013Abstract This paper presents a detailed experimental study on bubble characteristics of bubbly jets in crossflow by injecting air–water mixtures vertically via a circular nozzle. Bubbles were observed to separate from the water jets after some distance from the nozzle.
Wenming Zhang, David Z Zhu
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Characteristics and dynamics of electrolyzed bubbles in magnetohydrodynamic bubbly jet
Journal of the Taiwan Institute of Chemical Engineers, 2023Ching-Yao Chen
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Journal of Engineering Mathematics, 2004
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Pearson, A., Blake, J. R., Otto, S. R.
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Pearson, A., Blake, J. R., Otto, S. R.
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Singular Jets and Bubbles in Drop Impact
Physical Review Letters, 2006We show that when water droplets gently impact on a hydrophobic surface, the droplet shoots out a violent jet, the velocity of which can be up to 40 times the drop impact speed. As a function of the impact velocity, two different hydrodynamic singularities are found that correspond to the collapse of the air cavity formed by the deformation of the drop
Bartolo, D., Josserand, C., Bonn, D.
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