Abstract
The work is devoted to investigation into the problems of large-scale cortex drift and generation in continuous media based on the solution of notably non-linear differential equations. Using the capability of the modern computer technique it is possible to consider a series of cases with regard to medium viscosity and its inhomogeneity and with regard to three-dimensional vortex nature. Based on the solutions obtained the large-scale steady-state vortex generation processes are considered. The results can be used when studying non-linear phenomena in plasma and processes of substance and energy transfer in non-equilibrium media. 16 refs.; 5 figs.
Citation Formats
Chernousenko, V M, Chernenko, I V, and Chernyshenko, S V.
Drift vortices in continuous media.
Ukraine: N. p.,
1989.
Web.
Chernousenko, V M, Chernenko, I V, & Chernyshenko, S V.
Drift vortices in continuous media.
Ukraine.
Chernousenko, V M, Chernenko, I V, and Chernyshenko, S V.
1989.
"Drift vortices in continuous media."
Ukraine.
@misc{etde_10157574,
title = {Drift vortices in continuous media}
author = {Chernousenko, V M, Chernenko, I V, and Chernyshenko, S V}
abstractNote = {The work is devoted to investigation into the problems of large-scale cortex drift and generation in continuous media based on the solution of notably non-linear differential equations. Using the capability of the modern computer technique it is possible to consider a series of cases with regard to medium viscosity and its inhomogeneity and with regard to three-dimensional vortex nature. Based on the solutions obtained the large-scale steady-state vortex generation processes are considered. The results can be used when studying non-linear phenomena in plasma and processes of substance and energy transfer in non-equilibrium media. 16 refs.; 5 figs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}
title = {Drift vortices in continuous media}
author = {Chernousenko, V M, Chernenko, I V, and Chernyshenko, S V}
abstractNote = {The work is devoted to investigation into the problems of large-scale cortex drift and generation in continuous media based on the solution of notably non-linear differential equations. Using the capability of the modern computer technique it is possible to consider a series of cases with regard to medium viscosity and its inhomogeneity and with regard to three-dimensional vortex nature. Based on the solutions obtained the large-scale steady-state vortex generation processes are considered. The results can be used when studying non-linear phenomena in plasma and processes of substance and energy transfer in non-equilibrium media. 16 refs.; 5 figs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}