Plasma heating in JET

Autor: A Ainsworth, H Altmann, R J Anderson, J Arbez, D Bartlett, W Bailey, K Behringer, E Bertolini, P Bertoldi, C H Best, V Bhatnagar, R J Bickerton, G Boissin, T Bonicelli, S Booth, A Boschi, G Bosia, M Botman, H Brelen, H Brinkschulte, M L Browne, M Brusati, T Budd, M Bures, P Butcher, H Buttgereit, D Cacaut, C Caldwell-Nichols, D Campbell, J Carwardine, G Celentano, C D Challis, A Cheetman, J Christiansen, C Christodoulopoulos, P Chuilon, R Claesen, J P Coad, M Cooke, J G Cordey, W Core, S Corti, A E Costley, G Cottrell, J Dean, E Deksnis, G Deschamps, K J Dietz, J Dobbing, S E Dorling, D F Duechs, G Duesing, H Duquenoy, L de Kock, A Edwards, W Engelhardt, F Erhorn, B Eriksson, H Falter, T Hellsten, J L Hemmerich, R Hemsworth, F Hendriks, R F Herzog, L Horton, J How, M Huart, A Hubbard, M Hugon, P Jones, J Kaeline, A Kaellne, A Kaye, B E Keen, M Keilhacker, G Kinahan, A Konstantellos, P Kupschus, P Lallia, J R Last, N Foden, C Froger, K Fullard, A Galetsas, A Gallacher, A Gibson, R D Gill, A Geode, A Gondhalekar, N A Gottardi, C Gowers, R Granetz, B Green, S Gregoli, F S Griph, R Haange, C J Hancock, P Harbour, R F Herog, J Kaellne, L Lauro-Taroni, E Lazzaro, R C Lobel, P Lomas, M Lorenzo-Gottardi, C Lowry, G Magyar, D Maissonneir, M Malacarne, V Marchese, P Massmann, P McMullen, M J Mead, P Meriguet, V Merlo, S Mills, P Millward, A Moissonnier, P L Mondini, P Morgan, G Murphy, M F Nave, L Nickesson, P Nielson, P Noll, S Nowak, W Obert, B Oliver, M Olsson, J O'Rourke, M G Pacco, J Paillere, L Pannacione, S Papastergiou, D Pasini, M Pescatore, J Planncoulaine, J P Poffe, R Prentice, T Raimondi, C Raymond, P H Rebut, J Removille, W Riediker, R Roberts, A Rolfe, R T Ross, G Sadler, J Saffert, N Salmon, A Sand, A Santagiustina, R Saunders, M Schmid, F C Schueller, K Selin, R Shaw, D Sigournay, R Simonini, P Smeulders, L Sonnerup, K Sonnenberg, M Stamp, C A Steed, D Stork, P E Stott, T E Stringer, D Summers, A Tanga, A Taroni, A Terrington, A Tesini, P R Thomas, E Thompson, F Tibone, R Tivery, E Usselmann, H Van der Beken, M Von Hellerman, J E Van Montfoort, T Wade, C Walker, B A Wallander, M Walravens, K Walter, M L Watkins, M Watson, D Webberley, J Wesson, J Wilks, T Winkel, C Woodward, M Wykes, D Young, L Zennelili, J Zwart, B Beaumont, D Gambier, D Moreau, J Ehrenberg, H Jaeckel, S Kissel, U Kuephnapfel, R Mueller, A Staebler, A Weller, J H Hamnen, M Evrared, M Gadeberg, K Thomsen, P Dupperrex, G Tonetti, N Lopez-Cardozo, B Tubbing, J Von Seggern, J Tagle, F Bombarda, G Bracco, R Giannella, R Carolan, M Cox, M Forrest, D Goodall, N Hawkes, P Haynes, J Hugill, K D Lawson, G McCracken, J Partridge, N Peacock, J Snipes, T Todd, H Schamel, H Summers, S Tsuji

Publikováno v: Plasma Physics and Controlled Fusion. 28:1211-1223

Heating the JET plasma well above temperatures reached in the ohmic phase is the aim of the two additional heating systems planned for JET: ion cyclotron resonance heating (ICRF) and neutral beam injection (NBI). Operations with the latter started in

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::afe6e80a5957027c4c580d775afec3e9
https://doi.org/10.1088/0741-3335/28/9a/002

Latest results from JET

Autor: R J Bickerton, F Alladio, D V Bartlett, K Behringer, R Behrisch, E Bertolini, C Best, T Bonicelli, G Bracco, M Brusati, D J Campbell, P G Carolan, J Christiansen, P Chuilon, J P Coad, J G Cordey, S Corti, A E Costley, F Crisanti, C deMichelis, B Denne, K J Dietz, D F Duechs, P A Duperrex, A Edwards, S Ejima, W W Engelhardt, J Ehrenberg, S K Erents, B T Ericksson, M J Forrest, M Gadeberg, A Gibson, R Gill, A Godhalekar, D Goodall, N Gottardi, C Gowers, B J Green, G Grosso, N C Hawkes, J Hemmerich, F Hendricks, M Huart, M Huguet, J Jacquinot, O N Jarvis, E M Jones, E Kallne, J C Kallne, A Kellman, S Kissel, L de Kock, H Krause, H Kukral, P Lallia, J Last, E Lazzaro, P Lomas, G McCracken, G Magyar, M Malacarne, M Mansfield, V Marchese, P Martinelli, F K Mast, P L Mondino, P D Morgan, A W Morris, G Murphy, M F F Nave, P Nielsen, R M Niestadt, P Noll, J O'Rourke, D Pasini, N J Peacock, H W Piekaar, A Pochelon, R Prentice, P H Rebut, D C Robinson, R Ross, G Sadler, A Santaguistina, F C Schueller, S Segre, M F Stamp, P Stangeby, C A Steed, P E Stott, T E Stringer, D Summers, H P Summers, J A Tagle, A Tanga, A Taroni, P R Thomas, K Thomsen, G Tonetti, B J D Tubbing, M Turner, M Valisa, P van Belle, H van der Beken, M L Watkins, J A Wesson, V Zanza

Publikováno v: Plasma physics and controlled fusion
28 (1986): 55–69. doi:10.1088/0741-3335/28/1A/006
info:cnr-pdr/source/autori:Bickerton, R.J.; Alladio, F.; Bartlett, D.V.; Behringer, K.; Behrisch, R.; Bertolini, E.; Best, C.; Bonicelli, T.; Bracco, G.; Brusati, M.; Campbell, D.J.; Carolan, P.G.; Christiansen, J.; Chuilon, P.; Coad, J.P.; Cordey, J.G.; Corti, S.; Costley, A.E.; Crisanti, F.; DeMichelis, C.; Denne, B.; Dietz, K.J.; Duechs, D.F.; Duperrex, P.A.; Edwards, A.; Ejima, S.; Engelhardt, W.W.; Ehrenberg, J.; Erents, S.K.; Ericksson, B.T.; Forrest, M.J.; Gadeberg, M.; Gibson, A.; Gill, R.; Godhalekar, A.; Goodall, D.; Gottardi, N.; Gowers, C.; Green, B.J.; Grosso, G.; Hawkes, N.C.; Hemmerich, J.; Hendricks, F.; Huart, M.; Huguet, M.; Jacquinot, J.; Jarvis, O.N.; Jones, E.M.; Kallne, E.; Kallne, J.C.; Kellman, A.; Kissel, S.; De Kock, L.; Krause, H.; Kukral, H.; Lallia, P.; Last, J.; Lazzaro, E.; Lomas, P.; McCracken, G.; Magyar, G.; Malacarne, M.; Mansfield, M.; Marchese, V.; Martinelli, P.; Mast, F.K.; Mondino, P.L.; Morgan, P.D.; Morris, A.W.; Murphy, G.; Nave, M.F.F.; Nielsen, P.; Niestadt, R.M.; Noll, P.; O'Rourke, J.; Pasini, D.; Peacock, N.J.; Piekaar, H.W.; Pochelon, A.; Prentice, R.; Rebut, P.H.; Robinson, D.C.; Ross, R.; Sadler, G.; Santaguistina, A.; Schueller, F.C.; Segre, S.; Stamp, M.F.; Stangeby, P.; Steed, C.A.; Stott, P.E.; Stringer, T.E.; Summers, D.; Summers, H.P.; Tagle, J.A.; Tanga, A.; Taroni, A.; Thomas, P.R.; Thomsen, K.; Tonetti, G.; Tubbing, B.J.D.; Turner, M.; Valisa, M.; Van Belle, P.; Van Der Beken, H.; Watkins, M.L.; Wesson, J.A.; Zanza, V./titolo:Latest results from JET/doi:10.1088%2F0741-3335%2F28%2F1A%2F006/rivista:Plasma physics and controlled fusion (Print)/anno:1986/pagina_da:55/pagina_a:69/intervallo_pagine:55–69/volume:28

JET tokamak performance has been progressively raised, culminating in operation at the full design level of 5 MA plasma current in a toroidal field at 3.4 T. the plasma current, position, shape and line-average electron density are controlled by feed

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::ebdaefe9e7fea8c27db174864d1838e1