MHD computations at JAERI, numerical study of resistive internal kink mode, finite-beta effect on tearing mode

Details MHD computations at JAERI, numerical study of resistive internal kink mode, finite-beta effect on tearing mode MHD computations at JAERI, numerical study of resistive internal kink mode, finite-beta effect on tearing mode

Apr 1983

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1983dmhd.work....1t&link_type=abstract

In Nagoya Univ. Proc. of the US-Japan Workshop on 3-D MHD Simulation p 1-17 (SEE N83-35836 23-75)

Statistics

Computation

Coding, Magnetohydrodynamic Stability, Mathematical Models, Three Dimensional Flow, Tokamak Devices, Aspect Ratio, Data Bases, Linear Systems, Plasma Control, Reaction Kinetics, Spline Functions, Toroidal Plasmas

Scientific paper

With the steady progress of the Tokamak experiments and theoretical studies detailed comparison becomes possible between the experimental data and computational results. It is rather difficult to numerically analyze the Tokamak plasma with generality in the three dimensional space. The full set of the ideal/resistive MHD equations incorporated with various non-MHD effects cannot be solved owing to lack of computer power. Simplified models are used to simulate each realistic physics phenomenon. Accordingly, it is necessary to draw up the overall program of the analyses of the MHD phenomena for the comprehensive understandng of the Tokamak plasma. Combinations of linear/nonlinear and ideal/resistive models are, for example, required to understand even a single MHD phenomenon. In order to cope with the comprehensive theoretical understanding of the Tokamak plasma project TRITON which consists of development of a numerical code system TRITON and the analyses of the Tokamak plasma by using the code was executed.

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