Energy confinement in JET ohmically heated plasmas

Authors :: Bartlett, D.V.
Bickerton, R.J.
Brusati, M.
Campbell, D.J.
Christiansen, J.P.
Cordey, J.G.
Corti, S.
Costley, A.E.
Edwards, A.
Fessey, J.
Gadeberg, M.
Gibson, A.
Gill, R.D.
Gottardi, N.
Gondhalekar, A.
Gowers, C.W.
Hendriks, F.
Jarvis, O.N.
Källne, E.
Källne, J.
Kissel, S.
De Kock, L.C.J.M.
Krause, H.
Lazzaro, E.
Lomas, P.J.
Mast, F.K.
Morgan, P.D.
Nielsen, P.
Prentice, R.
Ross, R.T.
O'Rourke, J.
Sadler, G.
Schüller, F.C.
Stamp, M.F.
Stott, P.E.
Summers, D.R.
Tanga, A.
Taroni, A.
Thomas, P.R.
Tibone, F.
Tonetti, G.
Tubbing, B.J.D.
Watkins, M.L.
Source :: Nuclear Fusion; January 1988, Vol. 28 Issue: 1 p73-88, 16p
Publication Year :: 1988
Abstract: The energy confinement properties of ohmically heated JET discharges are discussed in detail, from both a local and a global point of view. Also, the plasma resistivity and poloidal field diffusion are discussed in some detail.

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