A fully three-dimensional eddy-current code is adapted to treat the problem of control of the vertical instability in an air-core tokamak. A rigid model of the plasma displacement is adopted. The definitions of stability margin and residual growth time are generalized. Examples of passive stability analyses are presented in the limit case of zero plasma mass
ANALYSIS OF VERTICAL INSTABILITIES IN AIR CORE TOKAMAKS IN THE PRESENCE OF 3-DIMENSIONAL CONDUCTING STRUCTURES
MARTONE, Raffaele;
1990
Abstract
A fully three-dimensional eddy-current code is adapted to treat the problem of control of the vertical instability in an air-core tokamak. A rigid model of the plasma displacement is adopted. The definitions of stability margin and residual growth time are generalized. Examples of passive stability analyses are presented in the limit case of zero plasma massFile in questo prodotto:
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