Open AccessRamping up RF power and increasing pulse length in the full tungsten environment of WEST
Author(s) -
C. Bourdelle,
J. Bucalossi,
N. Fedorczak,
T. Loarer,
Ph. Moreau,
E. Tsitrone,
J.F. Artaud,
V. Bobkov,
S. Brezinsek,
Hugo Bufferand,
L. Colas,
Y. Corre,
X. Courtois,
L. Delpech,
C. Desgranges,
P. Devynck,
T. Dittmar,
A. Drenik,
D. Douai,
R. Dümont,
F. Durodié,
A. Ekedahl,
Javier Garcı́a,
J. Gaspar,
Carlos Garcia Gil,
M. Goniche,
J. Gunn,
W. Helou,
J. Hillairet,
Pascale Hennequin,
C. C. Klepper,
E. Lerche,
P. Maget,
Y. Marandet,
D. Mazon,
Olivier Meyer,
G. Lombard,
P. Manas,
P. Mollard,
Jose Pérez Morales,
E. Nardon,
R. Nouailletas,
Mathieu Peret,
Y. Peysson,
C. Reux,
F. SaintLaurent,
J. L. Schwob,
P. Tamain,
G. Urbanczyk,
Sergeh Vartanian,
Laure Vermare,
D. Vezinet,
Xiangpeng Yang,
West Team
Publication year - 2019
Publication title -
hal (le centre pour la communication scientifique directe)
Language(s) - English
Resource type - Conference proceedings
Subject(s) - tungsten , power (physics) , radio frequency , pulse (music) , materials science , electrical engineering , pulsed power , optoelectronics , environmental science , engineering , physics , voltage , metallurgy , quantum mechanics