M=1 Perturbation of Reversed Field Pinch Plasmas in the Presence of Field Errors Arising from Shell Gaps

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概要

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• Behaviors of m = 1 kink modes of reversed field pinch plasmas are analyzed in thepresence of field errors at shell gaps due to vertical field penetration. Perturbations inthe vacuum and in the plasma are respectively exjcressed by tusing a class of modifiedBessel functions and Bessel functions with m = 1 modes and matched on the boundary. It has been shown that tn = 1 perturbation is amplified by the response of theplasma and its stability is deteriorated by the shell-gap field errors. Comparison withexperiments is also discussed.

• 社団法人日本物理学会の論文
• 1989-07-15

著者

• Hattori K

  Institute For Solid State Physics University Of Tokyo

• Hattori Ken-Ichi

  Electrotechnical Laboratory

• Hattori Ken-ichi

  Electrotechnical Laboratory Uezono

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• M=1 Perturbation of Reversed Field Pinch Plasmas in the Presence of Field Errors Arising from Shell Gaps
• Curie Temperatures of Dilute Ferromagnets with the Site and Bond Disorders

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