Stability of m=1 Mode in the Presence of m=0 Perturbation in Reversed Field Pinch

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概要

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• Stability of the m = l mode is examined in the presence of external m = 0 perturba-tions, i.e., toroidal field ripple arising from the discreteness of toroidal coils.Response of the plasma is takem? into account self-cc>nsistently tusing the Bessel Func-lion Model. The A' criterion and energy principle are applied to the system and thestability of the m = l resistive and ideal modes is shown to be improved by reducingthe toroidal ripple.

• 社団法人日本物理学会の論文
• 1988-09-15

著者

• Hattori Ken-ichi

  Department Of Nuclear Engineering University Of Tokyo:electrotechnical Laboratory

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• Asymmetric Perturbations of Toroidal Flux in Ramped-Up Discharges on Repute-1 Reversed Field Pinch
• Remarkes on Relaxation Phenomena in Toroidal Discharge
• Stability of m=1 Mode in the Presence of m=0 Perturbation in Reversed Field Pinch

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