Dielectric functions of thermal electrons polarization of dry atmosphere (up to the heights plane of 12 km)
© T.A. Belyi, Yu.A. Zelenin, 2014
Spatial dispersion of complex dielectric permeability of a subsystem of thermal electrons and ions of standard dry atmosphere in
approximation of average selfconsistent electric field based on the right part of shPoisson equation is investigated. Verification of constants
has been conducted by two different experimental sets of data:
a) synchronous ground observations of positive and negative ions;
b) vertical profiles of plane sounding of electric field of atmosphere. It has been shown that the values of constants e, obtained
according to a) and b) data are within the limits of isotopic ratio for solvated electron
~
~2x10^{5} CGSE. Ionic planes are
unambiguously bound to the heights of clouds formation. In them e corresponds to dynamic phase transition in the system of coulomb
particles. Formulae for valuation of fluctuation dielectric constants in onemode approximation through the function of generalized
productlog logarithm have been presented. Variation of energy functional has been conducted by dielectric constant as a dynamic
variable. A series of multiplicative corrections to bolzman probability factor have been obtained. It has been demonstrated that on
potential level induction part of virtual charge of displacement currents is present.
Key words: dielectric functions, selfconsistent field, electrons of atmosphere.
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