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Steady improved confinement in FTU high field plasmas sustained by deep pellet injection

Authors :
B. Angelini
C. Castaldo
E. Giovannozzi
D. Frigione
C. Gormezano
H. Kroegler
V. Vershkov
L. Garzotti
Paolo E. Trevisanutto
R. Cesario
Francesca Poli
F. Crisanti
Giovanni Bracco
O. Tudisco
Fulvio Zonca
V. Cocilovo
A. Bertocchi
P. Chuilon
G. Apruzzese
Francesco Mirizzi
M. Leigheb
L. Pieroni
F. De Marco
L. Panaccione
P. Smeulders
A.A. Petrov
M. De Benedetti
B. Esposito
L. Gabellieri
S. E. Segre
G. Pulcella
M. Marinucci
Francesco Romanelli
E. Barbato
M.L. Apicella
S. Cascino
A. A. Tuccillo
Luciano Bertalot
G. Maffia
M. Zerbini
F. Alladio
G. Maddaluno
P. Buratti
F. Iannone
G.B. Righetti
F. Santini
E. Stermini
Gregorio Vlad
M. Romanelli
G. Buceti
M. Grolli
Cristina Centioli
G. Mazzitelli
M. Sassi
Giancarlo Gatti
P. Micozzi
A. Cardinali
F. Gravanti
G. L. Ravera
N. Tartoni
R. De Angelis
B. Tilia
M. Panella
V. Zanza
V. Vitale
V. Pericoli-Ridolfini
D. Pacella
Salvatore Podda
P. Papitto
Source :
Nuclear Fusion. 41:1613-1618
Publication Year :
2001
Publisher :
IOP Publishing, 2001.

Abstract

High density plasmas (n0 ≈ 8 × 1020m-3) featuring steady improved core confinement have been obtained in FTU up to the maximum nominal toroidal field (8 T) by deep multiple pellet injection. These plasmas also feature high purity efficient electron-ion coupling and peaked density profiles sustained for several confinement times. Neutron yields in excess of 1 × 1013 n/s are measured, consistent with the reduction of the ion transport to neoclassical levels.

Details

ISSN :
00295515
Volume :
41
Database :
OpenAIRE
Journal :
Nuclear Fusion
Accession number :
edsair.doi.dedup.....e262b95eb415e2857cabff253670de63