F
F. Santini
Researcher at European Atomic Energy Community
Publications - 8
Citations - 140
F. Santini is an academic researcher from European Atomic Energy Community. The author has contributed to research in topics: Frascati Tokamak Upgrade & Magnetohydrodynamics. The author has an hindex of 6, co-authored 8 publications receiving 136 citations.
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Journal ArticleDOI
Progress in LHCD: a tool for advanced regimes on ITER
Angelo A. Tuccillo,E. Barbato,Y.S. Bae,A. Becoulet,S. Bernabei,Ph. Bibet,G. Calabrò,A. Cardinali,C. Castaldo,R. Cesario,Moo-Hyun Cho,S. Cirant,F. Crisanti,A. Ekedahl,L.-G. Eriksson,Daniela Farina,G. Giruzzi,Marc Goniche,Gustavo Granucci,Shunsuke Ide,F. Imbeaux,Seppo Karttunen,X. Litaudon,J. Mailloux,Didier Mazon,Francesco Mirizzi,D. Moreau,S. Nowak,Won Namkung,L. Panaccione,V. Pericoli-Ridolfini,Yves Peysson,V. Petrzilka,S. Podda,Karin Rantamäki,F. Santini,A. N. Saveliev,M. Schneider,Carlo Sozzi,T. Suzuki +39 more
TL;DR: The recent success in coupling lower hybrid (LH) waves in high performance plasmas at JET together with the first demonstration on FTU of the coupling capability of the new passive active multijunction launcher removed major concerns on the possibility of using LH on ITER as discussed by the authors.
Journal ArticleDOI
Effect of low magnetic shear induced by lower hybrid current drive on high performance internal transport barriers in the Joint European Torus (JET)
C. Castaldo,R. Cesario,A. Cardinali,X. Litaudon,J. Mailloux,V.V. Parail,T. Tala,F. Crisanti,C. Gormezano,L. Panaccione,F. Santini,P. Smeulders,A. A. Tuccillo +12 more
TL;DR: In this article, a low/negative magnetic shear profile is maintained in the Joint European Torus in a plasma target with plasma current of 2.4 MA using 2.2 MW of lower hybrid (LH) power combined with neutral beam injection and ion cyclotron radiofrequency heating.
Journal ArticleDOI
Chapter 11: The heating and current drive systems of the FTU
M. Aquilini,L. Baldi,Ph. Bibet,R. Bozzi,Alessandro Bruschi,R. Cesario,S. Cirant,C. Ferro,F. Gandini,S. Di Giovenale,Gustavo Granucci,T. Fortunato,G. Maddaluno,F. De Marco,G. Maffia,A. Marra,V. Mellera,Francesco Mirizzi,V. Muzzini,A. Nardone,A. Orsini,M. Papalini,P. Papitto,V. Pericoli-Ridolfini,P. Petrolini,S. Petrosino,S. Podda,Gian Luca Ravera,G.B. Righetti,M. Roccon,F. Santini,M. Sassi,Alessandro Simonetto,Carlo Sozzi,N. Spinicchia,Angelo A. Tuccillo,P. Zampelli +36 more
TL;DR: In this paper, high-frequency wave systems with high-power density launching capability have been the preferred choice to heat the Frascati Tokamak Upgrade (FTU) because of physics arguments (electron heating at...
Effect of low magnetic shear induced by lower hybrid current drive on high performance internal transport barriers in the Joint
C. Castaldo,R. Cesario,A. Cardinali,X. Litaudon,J. Mailloux,V. Parail,F. Crisanti,C. Gormezano,L. Panaccione,F. Santini,P. Smeulders,A. A. Tuccillo +11 more
TL;DR: In this article, a low/negative magnetic shear barrier is maintained in the Joint European Torus in a plasma target with plasma current of 2.4 MA using 2.2 MW of lower hybrid ~LH! power combined with neutralbeam injection and ion cyclotron radiofrequency heating.
Journal ArticleDOI
MHD activity in FTU plasmas with reversed magnetic shear
P. Buratti,F. Alladio,P Micozzi,O. Tudisco,L. Acitelli,B. Angelini,M.L. Apicella,G. Apruzzese,E. Barbato,A. Bertocchi,G. Bracco,Alessandro Bruschi,G. Buceti,A. Cardinali,C. Centioli,R. Cesario,S. Ciattaglia,Marco Ciotti,S Cirant,V Cocilovo,F. Crisanti,R. De Angelis,F. De Marco,B Esposito,D. Frigione,L Gabellieri,G Gatti,E. Giovannozzi,C. Gourlan,Gustavo Granucci,M. Grolli,A Imparato,H. Kroegler,M. Leigheb,L. Lovisetto,G. Maddaluno,G. Maffia,A Mancuso,M. Marinucci,G. Mazzitelli,Francesco Mirizzi,F. P. Orsitto,D Pacella,L. Panaccione,M Panella,V. Pericoli Ridolfini,L. Pieroni,S. Podda,G.B. Righetti,Francesco Romanelli,F. Santini,M. Sassi,S. E. Segre,Alessandro Simonetto,Carlo Sozzi,S. Sternini,Angelo A. Tuccillo,F Valente,V Vitale,Gregorio Vlad,V Zanza,M. Zerbini +61 more
TL;DR: In this paper, the MHD activity of plasma configurations with reversed magnetic shear has been investigated on the FTU tokamak in the presence of pairs of surfaces with the same rational value q = m/n of the safety factor.