Within the range of plasma shapes and plasma currents investigated, the electron confinement time, Tau_E increases with density, elongation and negative triangularity (-0.4

Details

Title Preliminary Confinement Studies during ECRH in TCV

Author(s) Pochelon, Antoine ; Pietrzyk, Adam ; Goodman, Timothy ; Henderson, Mark ; Reimerdes, Holger ; Tran, Minh Quang ; Behn, Roland ; Coda, Stefano ; Dutch, Michael ; Duval, Basil P. ; Furno, Ivo ; Hofmann, Ferdinand ; Hogge, Jean-Philippe ; Lister, Jonathan Bryan ; Llobet, Xavier ; Martin, Yves ; Moret, Jean-Marc ; Nieswand, Christoph ; Rommers, Jeroen Hubert ; Sauter, Olivier ; van Toledo, Wiebo ; Tonetti, Gilbert ; Weisen, Henri ; Esipchuk, Y.V. ; Martynov, Andrei A.

Published in Europhysics Conference abstracts

Pagination 4

Editor(s)

Jacquinot, J. ; Von Oosl, G. ; Weynonts, R.R.

Series europhysics conference obstrocts, Volume 22A

Volume 22A

Pages 253-256

Conference Second Europhysics Topical Conference on Radio Frequency Heating and Current Drive of Fusion Devices, Brussels (Belgium), January 20-23 1998

Date 1998

Publisher Mulhouse, Europeon Physicol Society

Keywords

Central ECRH heating; effect of deposition location; Confinement dependencies on density; on safety factor; on density; and on triangularity

Note Determination of confinement dependencies on radial deposition location (determination of what "central" ECRH heating means with respect to confinement, role of sawtooth inversion radius), on density, safety factor, power, elongation and triangularity for -0.5

Laboratories SPC

Record Appears in Scientific production and competences > SB - School of Basic Sciences > SPC - Swiss Plasma Center > SPC - Swiss Plasma Center
Peer-reviewed publications
Conference Papers
Work produced at EPFL

Record creation date 2019-05-22

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