Abstract
The basic statement of the renormalized statistical theory of low-frequency hydrogynamic fluctuations in magnetized plasmas are formulated. Stationary fluctuation spectra are calculated with account for the nonlinear interaction of fluctuations within the context of the theory developed for the general case of electromagnetic interaction. It is demonstrated that electromagnetic effects may influence essentially the spectral characteristics of the convective fluctuations and the relevant anomalous transport in plasmas. 82 refs.
Citation Formats
Sitenko, A G, and Sosenko, P P.
Renormalized theory of low-frequency hydrodynamic fluctuations in plasmas.
Ukraine: N. p.,
1989.
Web.
Sitenko, A G, & Sosenko, P P.
Renormalized theory of low-frequency hydrodynamic fluctuations in plasmas.
Ukraine.
Sitenko, A G, and Sosenko, P P.
1989.
"Renormalized theory of low-frequency hydrodynamic fluctuations in plasmas."
Ukraine.
@misc{etde_10145247,
title = {Renormalized theory of low-frequency hydrodynamic fluctuations in plasmas}
author = {Sitenko, A G, and Sosenko, P P}
abstractNote = {The basic statement of the renormalized statistical theory of low-frequency hydrogynamic fluctuations in magnetized plasmas are formulated. Stationary fluctuation spectra are calculated with account for the nonlinear interaction of fluctuations within the context of the theory developed for the general case of electromagnetic interaction. It is demonstrated that electromagnetic effects may influence essentially the spectral characteristics of the convective fluctuations and the relevant anomalous transport in plasmas. 82 refs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}
title = {Renormalized theory of low-frequency hydrodynamic fluctuations in plasmas}
author = {Sitenko, A G, and Sosenko, P P}
abstractNote = {The basic statement of the renormalized statistical theory of low-frequency hydrogynamic fluctuations in magnetized plasmas are formulated. Stationary fluctuation spectra are calculated with account for the nonlinear interaction of fluctuations within the context of the theory developed for the general case of electromagnetic interaction. It is demonstrated that electromagnetic effects may influence essentially the spectral characteristics of the convective fluctuations and the relevant anomalous transport in plasmas. 82 refs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}