Abstract
This work deals with the theoretical study of the magnetization of bundles of superconductive filaments planned to be used in particle accelerator magnets. First the case of a single filament is examined and it is shown that the magnetization depends on the successive magnetic field variations undergone by the wire then the generalization to the bundle is made by adding the contribution of each filament. The hysteresis loss is also examined. (A.C.) 7 refs.
Citation Formats
Otmani, R.
Theoretical calculation of the magnetization of a multi-filament wire; Calcul theorique de la magnetisation d`un brin multifilamentaire.
France: N. p.,
1998.
Web.
Otmani, R.
Theoretical calculation of the magnetization of a multi-filament wire; Calcul theorique de la magnetisation d`un brin multifilamentaire.
France.
Otmani, R.
1998.
"Theoretical calculation of the magnetization of a multi-filament wire; Calcul theorique de la magnetisation d`un brin multifilamentaire."
France.
@misc{etde_10147219,
title = {Theoretical calculation of the magnetization of a multi-filament wire; Calcul theorique de la magnetisation d`un brin multifilamentaire}
author = {Otmani, R}
abstractNote = {This work deals with the theoretical study of the magnetization of bundles of superconductive filaments planned to be used in particle accelerator magnets. First the case of a single filament is examined and it is shown that the magnetization depends on the successive magnetic field variations undergone by the wire then the generalization to the bundle is made by adding the contribution of each filament. The hysteresis loss is also examined. (A.C.) 7 refs.}
place = {France}
year = {1998}
month = {Apr}
}
title = {Theoretical calculation of the magnetization of a multi-filament wire; Calcul theorique de la magnetisation d`un brin multifilamentaire}
author = {Otmani, R}
abstractNote = {This work deals with the theoretical study of the magnetization of bundles of superconductive filaments planned to be used in particle accelerator magnets. First the case of a single filament is examined and it is shown that the magnetization depends on the successive magnetic field variations undergone by the wire then the generalization to the bundle is made by adding the contribution of each filament. The hysteresis loss is also examined. (A.C.) 7 refs.}
place = {France}
year = {1998}
month = {Apr}
}