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Confinement Transitions (H-mode) in JET inner wall limiter plasmas
by
D. Borba
,
B. Alper
,
G. D. Conway
,
I. Nunes
,
S. Hacquin
,
D. C. Mcdonald
,
G. Maddison
,
P. Lomas
,
S. D. Pinches
,
The Efda-jet Contributors
BibTeX
@MISC{Borba_confinementtransitions,
author = {D. Borba and B. Alper and G. D. Conway and I. Nunes and S. Hacquin and D. C. Mcdonald and G. Maddison and P. Lomas and S. D. Pinches and The Efda-jet Contributors},
title = {Confinement Transitions (H-mode) in JET inner wall limiter plasmas},
year = {}
}
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Abstract
It is foreseen that the next step tokamak fusion experiment (ITER) will operate in improved confinement regimes such as the H-mode [F. Wagner et al]. H-mode is characterised by a spontaneous confinement transition that leads to an increase in plasma density and temperature, when the plasma heating power exceeds a given threshold [M.Shimada,
