Recent progress on JET towards the ITER reference mode of operation at high density

Ongena, J.; Suttrop, W.; Bécoulet, M.; Cordey, G; Dumortier, P.; Eich, Th.; C. Ingesson, L.; Jachmich, S.; T. Lang, P.; Loarte, A.; Lomas, P.; Maddison, G.; Messiaen, A.; F. F. Nave, M.; Rapp, J.; Saibene, G.; Sartori, F.; Sauter, O.; Strachan, J.; Unterberg, B.; Valovič, M.; Alper, B.; Andrew, Ph.; Baranov, Y.; Brzozowski, J.; Bucalossi, J.; Brix, M.; Budny, R.; Charlet, M.; Coffey, I.; de Baar, M.; de Vries, P.; Gowers, C.; Hawkes, N.; von Hellermann, M.; L. Hillis, D.; Hogan, J.; Jackson, G.L.; Joffrin, E.; Jupén, C; Kallenbach, A.; R. Koslowski, H.; Lawson, K.; Mantsinen, M.; Matthews, G.F.; Monier-Garbet, P.; C. McDonald, D.; Milani, F.; Murakami, M.; Murari, A.

doi:10.1088/0741-3335/43/12a/302

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Recent progress on JET towards the ITER reference mode of operation at high density

Shared by NobleBlocks on Nov 26, 2001 • 12:00 AM UTC

Authors:

J. Ongena

W. Suttrop

M. Bécoulet

Abstract

Recent progress towards obtaining high density and high confinement in JET as required for the ITER reference scenario at Q = 10 is summarized. Plasmas with simultaneous confinement H-98(y.2) = 1 and densities up to n/n(Gw) similar to 1 are now routinely obtained. This has been possible (i) by using...

Subject

Plasma

Jet (fluid)

Atomic physics

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