MHD AND CONFINEMENT DURING PELLET INJECTION ON FTU

Authors
ALLADIO F APICELLA ML APRUZZESE G BARTIROMO R BOMBARDA F BRACCO G BUCETI G BURATI P CESARIO R COCILOVO V CONDREA I CRISANTI F DEANGELIS R DEMARCO F ESPOSITO B FRATTOLILLO A FRIGIONE D GABELLIERI L GIOVANNOZZI E GROLLI M IMPARATO A KROEGLER H LEIGHEB M LOVISETTO L MADDALUNO G MANCUSO A MARINUCCI M MAZZITELLI G MICOZZI P MIGLIORI S MOLETI A ORSITTO F PANACCIONE L PANELLA M PERICOLI V PIERONI L PODDA S RIGHETTI GB SANTI D SCARAMUZZI F SEGRE SE SNIPES JA STERNINI E TONINI G TUCCILLO AA TUDISCO O VALENTE F VITALE V ZANZA V ZERBINI M
Citation
F. Alladio et al., MHD AND CONFINEMENT DURING PELLET INJECTION ON FTU, Plasma physics and controlled fusion, 35, 1993, pp. 20000241-20000251
Citations number
19
Categorie Soggetti
Phsycs, Fluid & Plasmas
Journal title
Plasma physics and controlled fusion → ACNP
ISSN journal
07413335
Volume
35
Year of publication
1993
Supplement
B
Pages
20000241 - 20000251
Database
ISI
SICI code
0741-3335(1993)35:<20000241:MACDPI>2.0.ZU;2-5
Abstract
The study sets out to investigate the parts of the FTU operating space over which pellet injection effects performance improvement and to el ucidate the phenomena which hinder it. In this respect the behaviour o f the q=1 resonance is found to play the most relevant role.