Abstract
A theoretical study is carried out concerning two experimental topics: stabilization, by a suprathermal population, of the mode ``m=1, n=1`` which induces the sawtooth effect (modelling the role of suprathermal particles in the stabilization); stability, in the non linear regime, of the magnetic islands involved in magnetic turbulence problems (micro-tearing) and in disruption phenomena (tearing), and the effects of diamagnetism, excitation threshold and saturation levels. 45 figs., 97 refs.
Citation Formats
Zabiego, M.
Stability of magnetic modes in tokamaks; Stabilite des modes magnetiques dans les tokamaks.
France: N. p.,
1994.
Web.
Zabiego, M.
Stability of magnetic modes in tokamaks; Stabilite des modes magnetiques dans les tokamaks.
France.
Zabiego, M.
1994.
"Stability of magnetic modes in tokamaks; Stabilite des modes magnetiques dans les tokamaks."
France.
@misc{etde_66370,
title = {Stability of magnetic modes in tokamaks; Stabilite des modes magnetiques dans les tokamaks}
author = {Zabiego, M}
abstractNote = {A theoretical study is carried out concerning two experimental topics: stabilization, by a suprathermal population, of the mode ``m=1, n=1`` which induces the sawtooth effect (modelling the role of suprathermal particles in the stabilization); stability, in the non linear regime, of the magnetic islands involved in magnetic turbulence problems (micro-tearing) and in disruption phenomena (tearing), and the effects of diamagnetism, excitation threshold and saturation levels. 45 figs., 97 refs.}
place = {France}
year = {1994}
month = {Jun}
}
title = {Stability of magnetic modes in tokamaks; Stabilite des modes magnetiques dans les tokamaks}
author = {Zabiego, M}
abstractNote = {A theoretical study is carried out concerning two experimental topics: stabilization, by a suprathermal population, of the mode ``m=1, n=1`` which induces the sawtooth effect (modelling the role of suprathermal particles in the stabilization); stability, in the non linear regime, of the magnetic islands involved in magnetic turbulence problems (micro-tearing) and in disruption phenomena (tearing), and the effects of diamagnetism, excitation threshold and saturation levels. 45 figs., 97 refs.}
place = {France}
year = {1994}
month = {Jun}
}