Development an Rayleigh-Taylor instability in the equatorial ionosphere from stochastic ionosphere irregularities
Processes of development of instability of Rayleigh-Taylor in the equatorial region of the ionosphere from accidentally given small perturbations of lower part of F-layer of the ionosphere
1. Гершман Б. Н, Ерухимов Л. М., Яшин Ю. Я. Волновые явления в ...
Use of the Z-scheme in an Rayleigh-Taylor instability model
A nonlinear finite-differential scheme for solution of convection-diffusion equation in the field of models of Rayleigh-Taylor instability in the equatorial region of Earth ionosphere is considered. For test tasks monotony of the constructed scheme is in number confirmed. Experimental value of an order of approximation of the offered method of nonlinear correction ...
An instability of the equatorial F-layer of the ionosphere under conditions of alternating electric fields
The results of numerical simulation of Rayleigh-Taylor instability under conditions of alternating electric fields on the basis of electrodynamically consistent mathematical model of the Equatorial F-layer of the ionosphere.
1. Грэд Г. О кинетической теории разреженных ...
An influence of initial irregularities geometry on developments of the Rayleigh-Taylor instability in the equatorial F-layer of the ionosphere
... evening equatorial conditions based on electrodynamically coherent mathematical model of the equatorial ionosphere F-layer are given. It is shown that increase only in the vertical extent of initial irregularity significantly accelerates development a rayleigh-Taylor bubble whereas increase only in lateral dimensions of initial irregularity insignificantly slows down this development.
1. Мациевский С. В., Никитин М. А., Пец А. В. О нелинейной стадии развития ...
A high resolution model of the equatorial F-layer of ionosphere
... et al. A global thermospheric model based on mass spectrometer and incoherent scatter data MSIS 2. Composition // J. Geophys. Res. 1977. Vol. 82, N. A1. P. 2148—2156.
Kashchenko N., Ishanov S., Matsievsky S.
ionosphere, thermosphere, F-layer, Rayleigh-Taylor instability, electric field, mathematical model, numerical simulation.