Overview of the FTU results

Nuclear Fushion

article

G. Pucella¹  E. Alessi²  S. Almaviva¹  B. Angelini¹  M.L. Apicella¹  G. Apruzzese¹  M. Aquilini¹  G. Artaserse¹  B. Baiocchi²  M. Baruzzo¹  F. Belli¹  W. Bin²  F. Bombarda¹  L. Boncagni¹  S. Briguglio¹  A. Bruschi²  P. Buratti¹  G. Calabrò³  M. Cappelli¹  A. Cardinali¹  N. Carlevaro¹  D. Carnevale⁴  L. Carraro⁵  C. Castaldo¹  F. Causa²  R. Cavazzana⁵  S. Ceccuzzi¹  P. Cefali¹  C. Centioli¹  R. Cesario¹  S. Cesaroni⁴  C. Cianfarani¹  M. Ciotti¹  G. Claps¹  F. Cordella¹  F. Crisanti¹  Y. Damizia⁶  O. D’Arcangelo¹  M. De Angeli²  E. Di Ferdinando¹  S. Di Giovenale¹  C. Di Troia¹  A. Dodaro¹  B. Esposito¹  M. Falessi¹  F. Fanale²  D. Farina²  L. Figini²  G. Fogaccia¹  D. Frigione¹  V. Fusco¹  L. Gabellieri¹  G. Gallerano¹  S. Garavaglia²  G. Ghillardi¹  G. Giacomi¹  E. Giovannozzi¹  G. Gittini²  G. Granucci²  G. Grosso²  L.A. Grosso¹  M. Iafrati¹  L. Laguardia²  E. Lazzaro²  D. Liuzza¹  M. Lontano²  G. Maddaluno¹  S. Magagnino¹  M. Marinucci¹  D. Marocco¹  G. Mazzitelli¹  C. Mazzotta¹  C. Meineri¹  V. Mellera²  M. Mezzacappa¹  A. Milovanov¹  D. Minelli²  F.C. Mirizzi⁷  G. Montani¹  A. Moro²  F. Napoli¹  S. Nowak²  F.P. Orsitto¹  D. Pacella¹  F. Pallotta²  S. Palomba⁴  L. Panaccione⁷  A. Pensa¹  V. Pericoli-Ridolfini⁷  P. Petrolini¹  V. Piergotti¹  C. Piron¹  A. Pizzuto¹  S. Podda¹  M.E. Puiatti⁵  G. Ramogida¹  B. Raspante¹  G. Ravera¹  D. Ricci²  N. Rispoli²  G. Rocchi¹  A. Romano¹  G. Rubino³  S. Rueca¹  M. Scisciò¹  L. Senni¹  A. Sibio¹  A. Simonetto²  C. Sozzi²  U. Tartari²  A. Taschin¹  B. Tilia¹  G. Trentuno¹  A.A. Tuccillo¹  O. Tudisco¹  R. Tulli¹  M. Valisa⁵  M. Vellucci¹  B. Viola¹  E. Vitale¹  G. Vlad¹  D. Zannetti¹  B. Zaniol⁵  M. Zerbini¹  F. Zonca¹  V.K. Zotta⁶  M. Angelone¹  C. Barcellona⁸  L. Calacci⁴  L. Caneve¹  F. Colao¹  B. Coppi⁹  S. Galeani⁴  C. Galperti^1,10  P. Gasior^1,11  W. Gromelski^1,11  M. Hoppe^1,12  M. Kubkowska^1,11  V. Lazic¹  M. Lehnen^1,13  M. Marinelli⁴  F. Martinelli⁴  E. Milani⁴  P. Mosetti¹  P. Muscente^1,14  E. Nardon^1,15  M. Passeri⁴  A. Reale¹  M. Sassano⁴  A. Selce¹  C. Verona⁴  G. Verona-Rinati⁴ 

[1] ENEA, Fusion and Nuclear Safety Department;Institute for Plasma Science and Technology, National Research Council of Italy;Università della Tuscia, Centre for Research and Dissemination of Renewable Energy;Università di Roma Tor Vergata;Consorzio RFX ,(CNR, ENEA, INFN;Università di Roma La Sapienza;Consorzio CREATE, Università di Napoli Federico II;Università di Catania;Massachusetts Institute of Technology;Swiss Plasma Centre-École polytechnique fédérale de Lausanne;IPPLM Institute of Plasma Physics and Laser Microfusion;Chalmers University of Technology, Department of Physics;ITER Organization;Università di Padova;CEA

关键词: overview;    FTU;    FEC;   

DOI  :  10.1088/1741-4326/ac1802

来源: Institute of Physics Publishing Ltd.

【 摘 要 】

Since the 2018 IAEA FEC Conference, FTU operations have been devoted to several experiments covering a large range of topics, from the investigation of the behaviour of a liquid tin limiter to the runaway electrons mitigation and control and to the stabilization of tearing modes by electron cyclotron heating and by pellet injection. Other experiments have involved the spectroscopy of heavy metal ions, the electron density peaking in helium doped plasmas, the electron cyclotron assisted start-up and the electron temperature measurements in high temperature plasmas. The effectiveness of the laser induced breakdown spectroscopy system has been demonstrated and the new capabilities of the runaway electron imaging spectrometry system for in-flight runaways studies have been explored. Finally, a high resolution saddle coil array for MHD analysis and UV and SXR diamond detectors have been successfully tested on different plasma scenarios.

【 授权许可】

Unknown