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Overview of RFX-mod results
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SYSNO ASEP 0333088 Document Type J - Journal Article R&D Document Type Journal Article Subsidiary J Článek ve WOS Title Overview of RFX-mod results Author(s) Martin, P. (IT)
Apolloni, L. (IT)
Puiatti, M.E. (IT)
Adámek, Jiří (UFP-V) RID, ORCID
Agostini, M. (IT)
Alfier, A. (IT)
Annibaldi, S.V. (SE)
Antoni, V. (IT)
Auriemma, F. (IT)
Barana, O. (IT)
Baruzzo, M. (IT)
Bettini, P. (IT)
Bolzonella, T. (IT)
Bonfiglio, D. (IT)
Bonomo, F. (IT)
Brombin, M. (IT)
Brotánková, Jana (UFP-V)
Buffa, A. (IT)
Buratti, P. (SE)
Canton, A. (IT)
Cappello, S. (IT)
Carraro, L. (IT)
Cavazzana, R. (IT)
Cavinato, M. (IT)
Chapman, B.E. (US)
Chitarin, G. (IT)
Dal Bello, S. (IT)
De Lorenzi, A. (IT)
De Masi, G. (IT)
Escande, D.F. (IT)
Fassina, A. (IT)
Ferro, A. (IT)
Franz, P. (IT)
Gaio, E. (IT)
Gazza, E. (IT)
Giudicotti, L. (IT)
Gnesotto, F. (IT)
Gobbin, M. (IT)
Grando, L. (IT)
Guazzotto, L. (IT)
Guo, S.C. (IT)
Igochine, V. (DE)
Innocente, P. (IT)
Liu, Y.Q. (GB)
Lorenzini, R. (IT)
Luchetta, A. (IT)
Manduchi, G. (IT)
Marchiori, G. (IT)
Marcuzzi, D. (IT)
Marrelli, L. (IT)
Martini, S. (IT)
Martines, E. (IT)
McCollam, K. (US)
Menmuir, S. (IT)
Milani, F. (IT)
Moresco, M. (IT)
Novello, L. (IT)
Ortolani, S. (IT)
Paccagnella, R. (IT)
Pasqualotto, R. (IT)
Peruzzo, S. (IT)
Piovan, R. (IT)
Piovesan, P. (IT)
Piron, L. (IT)
Pizzimenti, A. (IT)
Pomaro, N. (IT)
Predebon, I. (IT)
Reusch, J.A. (US)
Rostagni, G. (IT)
Rubinacci, G. (IT)
Sarff, J.S. (US)
Sattin, F. (IT)
Scarin, P. (IT)
Serianni, G. (IT)
Sonato, P. (IT)
Spada, E. (IT)
Soppelsa, A. (IT)
Spagnolo, S. (IT)
Spolaore, M. (IT)
Spizzo, G. (IT)
Taliercio, C. (IT)
Terranova, D. (IT)
Toigo, V. (IT)
Valisa, M. (IT)
Vianello, N. (IT)
Villone, F. (IT)
White, R.B. (US)
Yadikin, D. (DE)
Zaccaria, P. (IN)
Zamengo, A. (IT)
Zanca, P. (IT)
Zaniol, B. (IT)
Zanotto, L. (IT)
Zilli, E. (IT)
Zohm, H. (DE)
Zuin, M. (IT)Source Title Nuclear Fusion. - : Institute of Physics Publishing - ISSN 0029-5515
Roč. 49, č. 10 (2009), s. 104019-104019Number of pages 13 s. Publication form web - web Action IAEA Fusion Energy Conference/22nd./ Event date 13.10.2008-18.10.2008 VEvent location Geneva Country CH - Switzerland Event type WRD Language eng - English Country AT - Austria Keywords REVERSED-FIELD-PINCH ; INTELLIGENT SHELL ; LUNDQUIST NUMBER ; TRANSPORT ; PLASMAS ; EDGE ; MHD ; FLUCTUATIONS ; CONFINEMENT ; SHEAR Subject RIV BL - Plasma and Gas Discharge Physics CEZ AV0Z20430508 - UFP-V (2005-2011) UT WOS 000270388300020 DOI 10.1088/0029-5515/49/10/104019 Annotation With the exploration of the MA plasma current regime in up to 0.5 s long discharges, RFX-mod has opened new and very promising perspectives for the reversed field pinch (RFP) magnetic configuration, and has made significant progress in understanding and improving confinement and in controlling plasma stability. A big leap with respect to previous knowledge and expectations on RFP physics and performance has been made by RFX-mod since the last 2006 IAEA Fusion Energy Conference. A new self-organized helical equilibrium has been experimentally achieved (the Single Helical Axis—SHAx—state), which is the preferred state at high current. Strong core electron transport barriers characterize this regime, with electron temperature gradients comparable to those achieved in tokamaks, and by a factor of 4 improvement in confinement time with respect to the standard RFP. RFX-mod is also providing leading edge results on real-time feedback control of MHD instabilities, of general interest Workplace Institute of Plasma Physics Contact Vladimíra Kebza, kebza@ipp.cas.cz, Tel.: 266 052 975 Year of Publishing 2010
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