Objectives, physics requirements and conceptual design of an ECRH system for JET

Autor: Giruzzi, G [ 1 ], Lennholm, M [ 3,4 ], Parkin, A [ 5 ], Aiello, G [ 6 ], Bellinger, M [ 5 ], Bird, J [ 5 ], Bouquey, F [ 1 ], Braune, H [ 7 ], Bruschi, A [ 8 ], Butcher, P [ 5 ], Clay, R [ 5 ], de la Luna, E [ 3,9 ], Denisov, G [ 10 ], Edlington, T [ 5 ], Fanthome, J [ 5 ], Farina, D [ 8 ], Farthing, J [ 5 ], Figini, L [ 8 ], Garavaglia, S [ 8 ], Garcia, J [ 1 ], Gardener, M [ 5 ], Gerbaud, T [ 11 ], Granucci, G [ 8 ], Hay, J [ 5 ], Henderson, M [ 12 ], Hotchin, S [ 5 ], Ilyin, VN [ 13 ], Jennison, M [ 5 ], Kasparek, W [ 14 ], Khilar, P [ 5 ], Kirneva, N [ 13 ], Kislov, D [ 13 ], Knipe, S [ 5 ], Kuyanov, A [ 13 ], Litaudon, X [ 1 ], Litvak, AG [ 10 ], Moro, A [ 8 ], Nowak, S [ 8 ], Parail, V [ 5 ], Plaum, B [ 14 ], Saibene, G [ 15 ], Sozzi, C [ 8 ], Spah, P [ 6 ], Strauss, D [ 6 ], Trukhina, E [ 13 ], Vaccaro, A [ 6 ], Vagdama, A [ 5 ], Vdovin, V, 13, JET-EFDA Contributors

Publikováno v: Nuclear fusion 51 (2011): 063033. doi:10.1088/0029-5515/51/6/063033
info:cnr-pdr/source/autori:Giruzzi, G [ 1 ] ; Lennholm, M [ 3,4 ] ; Parkin, A [ 5 ] ; Aiello, G [ 6 ] ; Bellinger, M [ 5 ] ; Bird, J [ 5 ] ; Bouquey, F [ 1 ] ; Braune, H [ 7 ] ; Bruschi, A [ 8 ] ; Butcher, P [ 5 ] ; Clay, R [ 5 ] ; de la Luna, E [ 3,9 ] ; Denisov, G [ 10 ] ; Edlington, T [ 5 ] ; Fanthome, J [ 5 ] ; Farina, D [ 8 ] ; Farthing, J [ 5 ] ; Figini, L [ 8 ] ; Garavaglia, S [ 8 ] ; Garcia, J [ 1 ] ; Gardener, M [ 5 ] ; Gerbaud, T [ 11 ] ; Granucci, G [ 8 ] ; Hay, J [ 5 ] ; Henderson, M [ 12 ] ; Hotchin, S [ 5 ] ; Ilyin, VN [ 13 ] ; Jennison, M [ 5 ] ; Kasparek, W [ 14 ] ; Khilar, P [ 5 ] ; Kirneva, N [ 13 ] ; Kislov, D [ 13 ] ; Knipe, S [ 5 ] ; Kuyanov, A [ 13 ] ; Litaudon, X [ 1 ] ; Litvak, AG [ 10 ] ; Moro, A [ 8 ] ; Nowak, S [ 8 ] ; Parail, V [ 5 ] ; Plaum, B [ 14 ] ; Saibene, G [ 15 ] ; Sozzi, C [ 8 ] ; Spah, P [ 6 ] ; Strauss, D [ 6 ] ; Trukhina, E [ 13 ] ; Vaccaro, A [ 6 ] ; Vagdama, A [ 5 ] ; Vdovin, V ; [ 13 ] and JET-EFDA Contributors/titolo:Objectives, physics requirements and conceptual design of an ECRH system for JET/doi:10.1088%2F0029-5515%2F51%2F6%2F063033/rivista:Nuclear fusion/anno:2011/pagina_da:063033/pagina_a:/intervallo_pagine:063033/volume:51
Nuclear Fusion, 51, 063033

A study has been conducted to evaluate the feasibility of installing an electron cyclotron resonance heating (ECRH) and current drive system on the JET tokamak. The main functions of this system would be electron heating, sawtooth control, neoclassic

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::38e5494be9fe1a3e582f7bb185efe45c