Details

Autor(en) / Beteiligte

• Jacquinot, J
• Anderson, R
• Arbez, J
• Bartlett, D
• Beaumont, B
• Behringer, K
• Bertolini, E
• Bosia, G
• Brinkschulte, H
• Bures, M
• Campbell, D
• Christiansen, K
• Christodoulopoulos, C
• Claesen, R
• Cordey, J
• Corti, S
• Costley, A
• Cottrell, G
• Denne, B
• Evrard, M
• Gambier, D
• Green, B
• Grosso, G
• Huguet, M
• Jarvis, O N
• Kaye, A
• Kimura, H
• Krause, H
• Lallia, P P
• Lomas, P
• Magyar, G
• Mansfield, M
• Mast, K
• Mondino, P L
• Morgan, P
• Plancoulaine, J
• O'Rourke, J
• Rebut, P H
• Sadler, G
• Sand, F
• Schmid, M
• Segre, S
• Sibley, A
• Stamp, M
• Summers, D
• Thomsen, K
• Tanga, A
• Valisa, M
• Wade, T
• Walker, C

Titel

Preliminary ICRF results from JET

Ist Teil von

• Plasma physics and controlled fusion, 1985-12, Vol.27 (12A), p.1379-1390

Ort / Verlag

IOP Publishing

Erscheinungsjahr

1985

Link zum Volltext

Quelle

Alma/SFX Local Collection

Beschreibungen/Notizen

• As a first step in the JET ICRF program, two antenna generator units have been installed at Jet and operated up to the design specification of 3 MW coupled in the Torus for 1 second. After a brief description of the system, the experimental results of wave coupling to the plasma and matching the plasma loaded antenna are discussed. The first heating results are presented concentrating on the analysis of a case where the total power to the plasma increases by a ratio of 2.5. The main results are: a peak power deposition profile generating large internal temperature relaxation (giant sawteeth), a comparison of results using antennae with different wavelength radiation patterns and the low level of impurity effects.