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Influence of Fast Ion Loss on Radial Electric Field in Wendelstein VII-A Stellarator

K. Itoh, H. Sanuki, S. I. Itoh

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Abstract

Theoretical model is developed to determine the radial electric field and the fast ion loss simultaneously in stellarators, and is applied to the Wendelstein WII-A stellarator. The predicted value of the radial electric field is more closer to experiments than the purely neoclassical calculation. The loss rate, which is determined simultaneously, is in the range of experimental observations.

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What this paper is about

Theoretical model is developed to determine the radial electric field and the fast ion loss simultaneously in stellarators, and is applied to the Wendelstein WII-A stellarator. The predicted value of the radial electric field is more closer to experiments than the purely neoclassical calculation. The loss rate, which is determined simultaneously, is in the range of experimental observations.

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Available abstract

Theoretical model is developed to determine the radial electric field and the fast ion loss simultaneously in stellarators, and is applied to the Wendelstein WII-A stellarator. The predicted value of the radial electric field is more closer to experiments than the purely neoclassical calculation. The loss rate, which is determined simultaneously, is in the range of experimental observations.

Key concepts: Stellarator, Wendelstein 7-X, Electric field, Physics, Nuclear engineering, Nuclear physics, Environmental science, Materials science

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Influence of Fast Ion Loss on Radial Electric Field in Wendelstein VII-A Stellarator — Research Paper | ScholarLens