| Abstract
| - We investigate the deformation of a dilute emulsion with a viscoelastic continuous phase under shearflow. Initially, polydisperse drops are deformed into thin cylinders. The breakup of these liquid cylindersappears to be suppressed until they reach a certain width. The resulting ruptured drops are uniform alongthe length of the cylinder. As a control, we also study drop breakup for a Newtonian emulsion, at a similarviscosity ratio. In this case, there is no corresponding size selection for the cylinder radius or daughterdrops.
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