Abstract
AbstractThe breakup of emulsion jets ejected downward into air from a nozzle has been investigated experimentally, and the breakup length of jets and the drop size for kerosene‐water emulsions have been measured. The concentration of the dispersed phase was less than 50 wt%, so all experimental emulsions exhibited Newtonian flow. Photographic observation indicated that the emulsion jet resembled the jet of normal homogeneous liquids. The breakup length of the jet and the drop size from the jet are in good agreement with predictions from stability analysis for normal liquids.
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