Abstract

Marginal regeneration is the main thinning mechanism of a mobile vertical free liquid film, whereby thicker film regions, including the surfaces, are sucked in by the Plateau border, in exchange for thinner regions in an immediately adjacent section. Its hydrodynamic theory is confirmed by calculations performed on profiles of films, drawn from a 0.02 M CTAB solution, where the net flow out of the film is described as a result of a surface flow combined with a bulk flow caused by a pressure gradient.

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