ECRH: A Tool To Control Disruptions In Tokamaks

Autor: G. Granucci (1), B. Esposito (2), M. Maraschek (3), S. Nowak (1), J. R. Martin-Solis (4), W. Bin (1), A. Botrugno (2), L. Gabellieri (2), E. Lazzaro (1), G. Pautasso (3), A. Romano (2), P. Smeulders (2), J. Stober (3), W. Treutterer (3), O. Tudisco (2), L. Urso (3), F. Volpe (3), H. Zohm (3), FTU Upgrade teams, ASDEX Upgrade teams

Publikováno v: RADIO FREQUENCY POWER IN PLASMAS, pp. 507–514, Gent (Belgium), 24-26 June 2009
info:cnr-pdr/source/autori:G. Granucci (1); B. Esposito (2); M. Maraschek (3); S. Nowak (1); J. R. Martin-Solis (4); W. Bin (1); A. Botrugno (2); L. Gabellieri (2); E. Lazzaro (1); G. Pautasso (3); A. Romano (2); P. Smeulders (2); J. Stober (3); W. Treutterer (3); O. Tudisco (2); L. Urso (3); F. Volpe (3); H. Zohm (3); FTU Upgrade teams; and ASDEX Upgrade teams/congresso_nome:RADIO FREQUENCY POWER IN PLASMAS/congresso_luogo:Gent (Belgium)/congresso_data:24-26 June 2009/anno:2009/pagina_da:507/pagina_a:514/intervallo_pagine:507–514

ECRH is suited for MHD control in tokamaks and this is well known since the several pioneering experiments investigating MHD stabilization either for confinement increase or for avoidance of disruptions originated by such instabilities. The first of

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::16d6de5a1fad702dc03b77e766d9355a
https://publications.cnr.it/doc/250366