Abstract:During the acoustic cavitation of non-Newtonian liquids, the bubbles that emerge upon "isothermal rupture" of a liquid do not disperse homogenously. The ultrasonic method provides well-defined pressure fields, and its combination of interfacial motion, vortices, and liquid streams generate selforganized structure ensembles in the form of clusters, filamentary patterns extending to webs of bubbles, and dense clouds in the bulk liquid. This behavior is not clearly identified by a simple inspection of the dynamic… Show more
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