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First plasmas in the TJ-II flexible Heliac

Authors :
L Rodríguez-Rodrigo
C Alejaldre
Asunción Martínez Martínez
P. Méndez
Jesús Vega
E. de la Cal
G van Dijk
B. van Milligen
A Fernández
D Akulina
V Krivenski
J Doncel
J. Guasp
A. Baciero
F. Medina
Francisco Castejón
N. K. Kharchev
R Barth
A. Portas
J. Sanchez
L. Pacios
M. A. Ochando
Kieran J. McCarthy
R. Balbín
M Liniers
R. Carrasco
Victor Tribaldos
J A Jiménez
E. de la Luna
C. Hidalgo
J R Cepero
S. Petrov
M. Medrano
L Almoguera
J Herranz
A López-Fraguas
A. de la Peña
I. García-Cortés
S Grebenshchicov
O. I. Fedyanin
B. Brañas
K Likin
E. Sánchez
J. A. Alonso
Enrique Ascasibar
C. Fuentes
C Dulya
M. A. Pedrosa
I Labrador
A Salas
B. Zurro
M Blaumoser
R Martín
I Pastor
M. Frances
Francisco L. Tabarés
A García
H.J. van der Meiden
F. Lapayese
A. López-Sánchez
J. Botija
J Qin
C Cremy
D. Tafalla
T. Estrada
A. I. Meshcheryakov
A. Cappa
I. Kirpitchev
Source :
Scopus-Elsevier, Plasma Physics and Controlled Fusion, 41, A539-A548

Abstract

The first experimental campaign of the TJ-II stellarator has been conducted using electron cyclotron resonance heating (f = 53.2 GHz, P-ECRH approximate to 250 kW) with a pulse length of Delta t approximate to (80-200) ms. The flexibility of the device has been used to study five different configurations varying plasma volume and rotational transform. In this paper, the main results of this campaign are presented and, in particular, the influence of plasma-wall interaction phenomena on TJ-II confinement is briefly discussed.

Details

Database :
OpenAIRE
Journal :
Scopus-Elsevier, Plasma Physics and Controlled Fusion, 41, A539-A548
Accession number :
edsair.doi.dedup.....48280e824f28a5a081ed3b78c0949340