Abstract
A model has been developed which is capable to describe in a self-consistent way plasma dynamics in the center and edge region of fusion reactor. The core plasma is treated in the frame of 1D radial transport model whereas a 1D analytical model along magnetic field lines for plasma and impurity transport outside the last closed magnetic surface (LCMS) is applied. The model has been used to investigate operation regimes of the high-field IGNITOR experiment.
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References
J. Mandrekas, J.W.M. Stacey: Nucl. Fusion35 (1995) 843.
G. Cenacchi et al: inProc. of 26th EPS Conference on CFPP, Maastricht 1999, ECA23J (1999) 1121.
P.H. Rutherford: Physics Fluids17 (1974) 1782.
R. Zagorski et al: Physica Scripta56 (1997) 399.
R. Zagorski, R. Stankiewicz: Czech. J. Phys.48 (1998) 195.
R. Zagorski, F. R. omanelli: Nuclear Fusion36 (1996) 853.
B. Coppi, M. Nassi and LE. Sugiyama: Physica Scripta45 (1992) 112.
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Stankiewicz, R., Zagórski, R. Self-consistent description of the core and boundary plasma in the high-field ignition experiment. Czech. J. Phys. 50 (Suppl 3), 33 (2000). https://doi.org/10.1007/BF03165851
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DOI: https://doi.org/10.1007/BF03165851