@article{Belyi_Zelenin_2013, title={Analytical studies of the nature of correspondence between electrostatic and cloudy stratification of atmosphere}, volume={35}, url={https://journals.uran.ua/geofizicheskiy/article/view/111431}, DOI={10.24028/gzh.0203-3100.v35i4.2013.111431}, abstractNote={<p>Retrospective analysis of airplane sounding of vertical component of electric field strength of atmosphere displayed four multiplet groups of peaks up to the height of 7 km. Seasonal mode stability of density of volume charge ∂E<sub>z</sub> /∂z equal to 20—24 complete vibrations of the field E<sub>z</sub> has been revealed. Correlative relation of statistical diagrams of the heights of cloudy horizons formation with equilibrium points of Helmholtz tensor components T<sub>zz</sub> has been found. Correlation coefficient r was 0,94÷0,98. Analogous correlations have been obtained according to the data of pilotballoon observations for the vertical profiles of moisture distribution. For subsystems in strong internal fields (clouds) analytical analogue of Poisson shequation for selfconsistent field of aerosol has been given. Results of calculations demonstrated that heavy charges of aerosol and impeded movement of Browne particles concentrate water steam in the vicinity of libration points of equilibrium — ionic planes.</p>}, number={4}, journal={Geofizicheskiy Zhurnal}, author={Belyi, T.A. and Zelenin, Yu.}, year={2013}, month={Aug.}, pages={140–153} }