Abstract
During additional heating in tokamaks, hot spots are commonly observed on the first wall components and are generally related to misalignments and/or limiter edge load, though more specific cases due to fast particles or toroidal field (TF) ripple have also been reported. Recently, during long pulses experiments with LHCD in TORE SUPRA, strongly localized hot spots have been observed deeply inside each vertical ports. In this paper, an interpretation of this unusual feature is given on the basis of a comprehensive analysis of the ripple trapped particle dynamics.
Citation Formats
Roubin, J P, Guilhem, D, Martin, G, Pegourie, B, and Peysson, Y.
Observation of strongly localized fast particles ripple losses in Tore Supra.
France: N. p.,
1991.
Web.
Roubin, J P, Guilhem, D, Martin, G, Pegourie, B, & Peysson, Y.
Observation of strongly localized fast particles ripple losses in Tore Supra.
France.
Roubin, J P, Guilhem, D, Martin, G, Pegourie, B, and Peysson, Y.
1991.
"Observation of strongly localized fast particles ripple losses in Tore Supra."
France.
@misc{etde_10131394,
title = {Observation of strongly localized fast particles ripple losses in Tore Supra}
author = {Roubin, J P, Guilhem, D, Martin, G, Pegourie, B, and Peysson, Y}
abstractNote = {During additional heating in tokamaks, hot spots are commonly observed on the first wall components and are generally related to misalignments and/or limiter edge load, though more specific cases due to fast particles or toroidal field (TF) ripple have also been reported. Recently, during long pulses experiments with LHCD in TORE SUPRA, strongly localized hot spots have been observed deeply inside each vertical ports. In this paper, an interpretation of this unusual feature is given on the basis of a comprehensive analysis of the ripple trapped particle dynamics.}
place = {France}
year = {1991}
month = {Dec}
}
title = {Observation of strongly localized fast particles ripple losses in Tore Supra}
author = {Roubin, J P, Guilhem, D, Martin, G, Pegourie, B, and Peysson, Y}
abstractNote = {During additional heating in tokamaks, hot spots are commonly observed on the first wall components and are generally related to misalignments and/or limiter edge load, though more specific cases due to fast particles or toroidal field (TF) ripple have also been reported. Recently, during long pulses experiments with LHCD in TORE SUPRA, strongly localized hot spots have been observed deeply inside each vertical ports. In this paper, an interpretation of this unusual feature is given on the basis of a comprehensive analysis of the ripple trapped particle dynamics.}
place = {France}
year = {1991}
month = {Dec}
}