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.
Antoni, V., Martin, P., Bagatin, M., Bartiromo, R., Bilato, R., Bolzonella, T., et al. (1999). Particle and energy transport in the RFX experiment. In Fusion Energy, Proceedings of the 17th International Conference on Plasma Physics and Controlled Nuclear Fusion Research (pp.871-874).
Particle and energy transport in the RFX experiment
Martines E;
1999
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.
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022 - IAEA 98 Antoni transport in RFX .pdf
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