Various active control strategies of the Neoclassical tearing modes are being studied in present tokamaks using established detection techniques which exploit the measurements of the fluctuations of the magnetic field and of the electron temperature. The extrapolation of such techniques to the fusion reactor scale is made problematic by the neutron fluence and by the physics conditions related to the high plasma temperature and density which degrade the spatial resolution of such measurements.
Towards the Detection of Magnetohydrodynamics Instabilities in a Fusion Reactor
Sozzi, C.;Alessi, E.;Figini, L.;Lazzaro, E.;Marchetto, C.;Nowak, S.
2014
Abstract
Various active control strategies of the Neoclassical tearing modes are being studied in present tokamaks using established detection techniques which exploit the measurements of the fluctuations of the magnetic field and of the electron temperature. The extrapolation of such techniques to the fusion reactor scale is made problematic by the neutron fluence and by the physics conditions related to the high plasma temperature and density which degrade the spatial resolution of such measurements.File in questo prodotto:
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Descrizione: Towards the Detection of Magnetohydrodynamics Instabilities in a Fusion Reactor
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