Abstract
An experimental study of the motion of the crystallization front for a thin horizontal layer of an aqueous salt solution of LiBr. The growth of the crystalline front depends on the evaporation rate j, the temperature distribution on the free surface Ts of the layer and the place where the crystalline center appears. For the Ts = 74 °C the growth of the crystalline film led to a temperature increase of 0.5 – 0.8 °C. The growth of the crystalline film on the surface of aqueous salt solution of LiBr in the longitudinal direction is three orders of magnitude higher than in the transverse direction.
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