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Long-pulse heating of ASDEX plasmas

Authors :
Kenneth W Gentle
H. D. Murmann
S. Kaesdorf
J. B. Whitley
E. Holzhauer
J. Neuhauser
Friedrich E. Wagner
G. Dodel
D. Zasche
Michael Kaufmann
A. Carlson
B. Bomba
G. Haas
W. Poschenrieder
M. Kornherr
H. Röhr
O. Gruber
H. Herrmann
O. Klüber
M. P. Petrov
S. V. Goeler
Ulrich Stroth
F. Karger
V. Mertens
N. Tsois
H. Bruhns
H. M. Mayer
H.-U. Fahrbach
J. Gernhardt
R. Lang
M. Keilhacker
G. Janeschitz
D. E. Roberts
O. Vollmer
J.-M. Noterdaeme
E. Simmet
A. Stäbler
H. Niedermeyer
R. Preis
P. Lee
K.-H. Steuer
Ewald Müller
G. Lisitano
Y. Miura
K. Hübner
M. Lorcher
G. Siller
D. Meisel
E. Speth
T. C. Luce
R. Nolte
A. Rudyj
O. Gehre
F. Schneider
K. Steinmetz
J. V. Hofmann
U. Schneider
L. Giannone
K. McCormick
E. Glock
A. Eberhagen
K. Krieger
G. Becker
H. Wurz
K. Büchl
G. v. Gierke
F. Solnder
F. Mast
G. Fussmann
K. Lackner
W. Sandmann
H. Rapp
Source :
Plasma Physics and Controlled Fusion. 30:1443-1453
Publication Year :
1988
Publisher :
IOP Publishing, 1988.

Abstract

The Divertor Tokamak ASDEX, its neutral injection system and its ICRH system have been modified to permit additional heating with a power of 6 MW for pulse lengths up to 10 s. The paper summarizes the arguments for long-pulse heating, describes the technical modifications of the divertor performed, their effect on the operational behaviour of the tokamak and presents a few typical results of recent experiments exploiting the long-pulse heating facilities.

Details

ISSN :
13616587 and 07413335
Volume :
30
Database :
OpenAIRE
Journal :
Plasma Physics and Controlled Fusion
Accession number :
edsair.doi...........0bf6f56b7713ed96440a06089495805b
Full Text :
https://doi.org/10.1088/0741-3335/30/11/007