To the question of mathematical modeling of electrokinetic phenomena in cloudy environment

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   The paper presents the effect of potential difference initiation at the
   boundary of water-ice phase during water freezing which is associated with
   charged bubble transfer from a liquid phase to ice during water freezing.
   It has been shown that gas bubbles are charged and their charge is
   proportional to a bubble radius and potential jump at the boundary of
   water and air. Theoretical calculations have been carried out to determine
   bubble charge during its surfacing in a liquid in outer magnetic field. A
   new method has been developed to determine bubble charge value and it sign
   via Hall effect. It has been established that theoretical calculations of
   bubble charge well agree with the data obtained experimentally.