Understanding how a drop or bubble suspended in a larger mass of fluid divides into multiple pieces is invaluable for engineers designing chemical reactors, engines and ships, as well as for geoscientists studying interactions of oceans and the atmosphere. But the difficult math underlying the phenomenon has forced scientists to rely on idealized systems that lack real-world nuance. Now, researchers at Princeton University have described the breakup of bubbles surrounded by turbulent flows like those found in industrial processes or in nature.
from General Physics News - Science News, Physics News, Physics, Material Sciences, Science https://ift.tt/34AEdnK
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