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Dynamics of bubbles in a lipid monolayer.

A dynamic analysis of the growth of a gas bubble system in a lipid monolayer is presented. The bubles are separated by thin liquid films. The two-dimensional bubble pattern has, independently of the initial gas phase covering the surface, two different regimes of growth with time. Using simple arguments, we find a differential equation which links the radius of the bubble with the width of the liquid film. According to the mechanism of thinning this film, the model predicts two different power laws for the aeral growth with time