This paper presents the analysis of disruptions in ITER including 3D volumetric blanket modules. The plasma evolution is computed as a sequence of axisymmetric equilibria, self-consistently coupled to a volumetric 3D description of surrounding conducting structures. The consequences on plasma evolution of different assumptions on the structures are analysed.
ITER disruption studies including 3D volumetric blanket modules / Villone, F.; Barbato, L.; Mastrostefano, S.; Portone, A.; Ventre, S.; Albanese, Raffaele; Rubinacci, Guglielmo. - 38F:(2014), p. O5.136. ( 41st EPS Conference on Plasma Physics Berlin, Germany 23 - 27 June 2014).
ITER disruption studies including 3D volumetric blanket modules
F. Villone;ALBANESE, Raffaele;RUBINACCI, GUGLIELMO
2014
Abstract
This paper presents the analysis of disruptions in ITER including 3D volumetric blanket modules. The plasma evolution is computed as a sequence of axisymmetric equilibria, self-consistently coupled to a volumetric 3D description of surrounding conducting structures. The consequences on plasma evolution of different assumptions on the structures are analysed.File in questo prodotto:
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