A quantitative comparison between confined fast ion data and models from radio frequency heating experiments with the three ion scenarios at JET

Autor: M. Nocente (1,2, Ye.O. Kazakov (3, V. Kiptily (4, T. Craciunescu (5, J. Eriksson (6, J. Faustin (7, L. Giacomelli (2, G. Gorini (1, 2, C. Hellesen (6, E. Lerche (3, M. Mantsinen (8, J. Ongena (3, M. Salewski (9, S. Sharapov (4, M. Tardocchi (2, D. Van Eester (3, JET Contributors

Publikováno v: 45th EPS Conference on Plasma Physics, Praga, 2-6 Luglio 2018
info:cnr-pdr/source/autori:M. Nocente (1,2; Ye.O. Kazakov (3; V. Kiptily (4; T. Craciunescu (5; J. Eriksson (6; J. Faustin (7; L. Giacomelli (2; G. Gorini (1;2; C. Hellesen (6; E. Lerche (3; M. Mantsinen (8; J. Ongena (3; M. Salewski (9; S. Sharapov (4; M. Tardocchi (2; D. Van Eester (3; and JET Contributors/congresso_nome:45th EPS Conference on Plasma Physics/congresso_luogo:Praga/congresso_data:2-6 Luglio 2018/anno:2018/pagina_da:/pagina_a:/intervallo_pagine

An effective way to generate fast ions in a fusion plasma is by means of Ion Cyclotron Resonance Heating (ICRH). The most adopted scenario is the so called minority heating, where a minority species at a few percent level is added to the main bulk pl

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http://www.cnr.it/prodotto/i/389446