Abstract Details
status: | file name: | submitted: | by: |
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approved | fusion_burning_in_magnetically_confined_toroidal_plasmas-2.pdf | 2019-02-22 13:56:24 | Bamandas Basu |
Abstracts
Author: Renato Gatto
Requested Type: Poster
Submitted: 2019-02-22 13:56:14
Co-authors: B. Coppi, R. Spigler, V. Ricci, A. Cardinali, B. Basu
Contact Info:
Uniroma1 (Italy)
Palazzo Baleani, Corso Vittori
Rome, 00186
Italy
Abstract Text:
The thermonuclear instability in a toroidal fusion burning plasma [1] is shown to manifest itself as a driving factor of modes that are radially localized around closed field lines on rational magnetic surfaces. The radial profile of the electron temperature perturbations can be of two parities: even and odd. In the first case the effective longitudinal thermal conductivity can be reduced by the effects of modes involving magnetic reconnection that have a radial transverse reconnected field with a odd (radial) profile. In the second case magnetic reconnection is shown to have a stronger effect and is characterized by reconnected transverse fields that have an even radial profile. A class of this kind of mode can be a localized within the electron thermal layer [1] as a comprehensive analysis has shown. *Sponsored in part by the U.S. Department of Energy and by C.N.R of Italy.
[1] B. Coppi and the Ignitor Program Members, Nucl. Fus., 55, 053011 (2015).
Comments: