L
L.A. Grosso
Researcher at ENEA
Publications - 3
Citations - 34
L.A. Grosso is an academic researcher from ENEA. The author has contributed to research in topics: Interferometry & Instability. The author has an hindex of 3, co-authored 3 publications receiving 34 citations.
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Journal ArticleDOI
Chapter 8: The Diagnostic Systems in the FTU
O. Tudisco,G. Apruzzese,P. Buratti,L. Cantarini,Alessandra Canton,Lorella Carraro,V. Cocilovo,R. De Angelis,M. De Benedetti,B. Esposito,L. Gabellieri,E. Giovannozzi,Gustavo Granucci,L.A. Grosso,G. Grosso,P. Innocente,H. Kroegler,M. Leigheb,G. Monari,D. Pacella,L. Panaccione,V. Pericoli-Ridolfini,G. Pizzicaroli,Salvatore Podda,M. E. Puiatti,G. Rocchi,A. Sibio,Alessandro Simonetto,P. Smeulders,U. Tartari,N. Tartoni,B. Tilia,M. Valisa,V. Zanza,M. Zerbini +34 more
TL;DR: The design of diagnostics for the Frascati Tokamak Upgrade (FTU) is challenging because of the compactness of the machine and the low operating temperatures requiring the presence of a cryostat.
Results of Proto-Pinch Testbench for the Proto-Sphera experiment
F. Alladio,L.A. Grosso,Alessandro Mancuso,S. Mantovani,P. Micozzi,G. Apruzzese,L. Bettinali,P. Buratti,R. De Angelis,Giancarlo Gatti,G. Monari,M. Pillon +11 more
TL;DR: The Proto-Sphera experiment as mentioned in this paper demonstrated the feasibility of a Spherical Torus (ST) where a Hydrogen plasma arc (a screw pinch fed by electrodes) replaces the central conductor.
Journal ArticleDOI
Experiments on magneto-hydrodynamics instabilities with ECH/ECCD in FTU using a minimal real-time control system
Carlo Sozzi,Cristian Galperti,E. Alessi,S. Nowak,G. Apruzzese,F. Belli,William Bin,Luca Boncagni,A. Botrugno,Alex Bruschi,P. Buratti,G. Calabrò,B. Esposito,Lorenzo Figini,Saul Garavaglia,Gustavo Granucci,L.A. Grosso,C. Marchetto,M. Marinucci,Daniele Marocco,C. Mazzotta,V. Mellera,D. Minelli,M. Mosconi,A. Moro,V. Piergotti,G. Pucella,G. Ramogida,A. Romano,O. Tudisco +29 more
TL;DR: In this paper, a real time control of magneto-hydrodynamic (MHD) instabilities using injection of electron cyclotron waves (ECW) is performed with a control system based on only three real time key items: an equilibrium estimator based on a statistical regression, a MHD instability marker (SVDH) using a three-dimensional array of pick-up coils and a fast ECW launcher able to poloidally steer the EC absorption volume with dρ/dt = 0.1/30 ms maximum radial speed.