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Return To: Session EXP3 - MHD Stability & Alternate Confinement
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V. Antoni 1, P. Martin 1,
M. Bagatin 1, R. Bartiromo , R. Bilato 1,
T. Bolzonella 1, A. Buffa 1, A. Canton ,
R. Cavazzana 1, D. Desideri 1, P. Franz 1,
L. Garzotti , D. Gregoratto , P. Innocente ,
A. Intravaia 1, E. Martines , S. Martini ,
L. Marrelli , M. Moresco 1, A. Murari 1,
R. Paccagnella , R. Pasqualotto 1, G. Serianni ,
E. Spada , G. Spizzo , M. Spolaore 1, L. Tramontin ,
D. Terranova , P. Zanca 1
Consorzio RFX - Corso Stati Uniti 4, 35127 Padova, Italy
1 these authors are also members of INFM, Unità di Padova
Abstract
The particle and energy transport mechanisms have been investigated
in RFX . In the core the particle diffusivity and thermal conductivity are
consistent with a stochastic magnetic field model. At the edge particle
transport is mainly driven by electrostatic fluctuations, whereas radiation,
electrostatic and magnetic turbulence account only for 50% of the total energy
losses.
IAEA 1999