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TEARING MODE INSTABILITY OF REVERSED FIELD PINCH CONFIGURATIONS

Yang Haixiang

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Abstract

The tearing mode instability is investigated for sharp boundary high-β reversed field pinch configurations which are close to the force-free field configuration. The effects of the conducting wall on the m=0, 1 and 2 modes are discussed for various configurations of this kind, and critical locations of the conducting wall are given.

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What this paper is about

The tearing mode instability is investigated for sharp boundary high-β reversed field pinch configurations which are close to the force-free field configuration. The effects of the conducting wall on the m=0, 1 and 2 modes are discussed for various configurations of this kind, and critical locations of the conducting wall are given.

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Available abstract

The tearing mode instability is investigated for sharp boundary high-β reversed field pinch configurations which are close to the force-free field configuration. The effects of the conducting wall on the m=0, 1 and 2 modes are discussed for various configurations of this kind, and critical locations of the conducting wall are given.

Key concepts: Tearing, Instability, Pinch, Reversed field pinch, Physics, Mechanics, Field (mathematics), Mode (computer interface)

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