EPJ Web of Conferences (Sep 2012)
The Real-Time system for MHD activity control in the FTU tokamak
- Minelli D.,
- Mellera V.,
- Nardone A.,
- Moro A.,
- Lazzaro E.,
- Iannone F.,
- Grosso A.,
- Granucci G.,
- Garavaglia S.,
- Figini L.,
- Ferrero R.,
- Farina D.,
- Davoudi M.,
- D’Arcangelo O.,
- D’Antona G.,
- Cirant S.,
- Bruschi A.,
- Botrugno A.,
- Bin W.,
- Nowak S.,
- Marchetto C.,
- Galperti C.,
- Boncagni L.,
- Alessi E.,
- Sozzi C.,
- Panella M.,
- Piergotti V.,
- Platania P.,
- Ramponi G.,
- Simonetto A.,
- Tilia B.,
- Vitale E.,
- Tudisco O.
Affiliations
- Minelli D.
- Mellera V.
- Nardone A.
- Moro A.
- Lazzaro E.
- Iannone F.
- Grosso A.
- Granucci G.
- Garavaglia S.
- Figini L.
- Ferrero R.
- Farina D.
- Davoudi M.
- D’Arcangelo O.
- D’Antona G.
- Cirant S.
- Bruschi A.
- Botrugno A.
- Bin W.
- Nowak S.
- Marchetto C.
- Galperti C.
- Boncagni L.
- Alessi E.
- Sozzi C.
- Panella M.
- Piergotti V.
- Platania P.
- Ramponi G.
- Simonetto A.
- Tilia B.
- Vitale E.
- Tudisco O.
- DOI
- https://doi.org/10.1051/epjconf/20123202003
- Journal volume & issue
-
Vol. 32
p. 02003
Abstract
The Real-Time system for the control of the magnetohydrodynamics instabilities in FTU tokamak is presented. It is based on both a-priori information derived from statistical treatment of a database and Real-Time elaboration of live diagnostics data. The analysis codes are executed in different time threads based on multi-processors machines. The actuator is the 2×0.4MW 140 GHz ECRH system equipped with the new fast quasi-optical steerable launcher.
