ENERGETIC PARTICLE STABILIZATION OF m = l INTERNAL KINK MODE IN TOKAMAKS
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Abstract
The stability of m=l internal kink mode in a tokamak plasma with an anisotropic energetic particle component has been analyzed using the generalized energy principle. It is found that employing barely trapped energetic particles can significantly improve the stability properties.
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R. J . Hastie, CHEN Yanping, KE Fujiu, CAI Shidong(S.T.Tsai), L . Chen. ENERGETIC PARTICLE STABILIZATION OF m = l INTERNAL KINK MODE IN TOKAMAKS[J]. Chin. Phys. Lett., 1987, 4(12): 561-564.
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R. J . Hastie, CHEN Yanping, KE Fujiu, CAI Shidong(S.T.Tsai), L . Chen. ENERGETIC PARTICLE STABILIZATION OF m = l INTERNAL KINK MODE IN TOKAMAKS[J]. Chin. Phys. Lett., 1987, 4(12): 561-564.
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R. J . Hastie, CHEN Yanping, KE Fujiu, CAI Shidong(S.T.Tsai), L . Chen. ENERGETIC PARTICLE STABILIZATION OF m = l INTERNAL KINK MODE IN TOKAMAKS[J]. Chin. Phys. Lett., 1987, 4(12): 561-564.
|
R. J . Hastie, CHEN Yanping, KE Fujiu, CAI Shidong(S.T.Tsai), L . Chen. ENERGETIC PARTICLE STABILIZATION OF m = l INTERNAL KINK MODE IN TOKAMAKS[J]. Chin. Phys. Lett., 1987, 4(12): 561-564.
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