Abstract
The theoretical description of the behaviour of a thin liquid film covered with a monomolecular surfactant layer is presented. This film is subjected to oscillatory compressions and tensions. It follows from the solution of this model that a net outflow of liquid from the film takes place. The size of this outflow has been estimated for variable parameters of the model. The optimum value of the displacement as a function of the Ma/Re Sc factor has been found. The model was adapted to the phenomenon of alveoli clearance.
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