Stationary growth of a gas bubble in a strongly supersaturated solution of gas in liquid

The dynamics of growth of a gas bubble caused by stationary and oriented towards the surface of the bubble diffusional flux of molecules of the dissolved gas from the strongly supersaturated solution around the bubble is described analytically. The obtained dependence of the radius of the bubble on time since its nucleation accounts accurately for Laplace forces; and three stages, different from a physical viewpoint, are traced within this dependence. Characteristic bubble sizes that stipulate the boundaries of each of the stages and times corresponding to these stages are found. For each of the stages limitations on gas solubility necessary for stationary bubble growth are provided.