Toroidal Inhomogeneity of the Vertical Field in a Tokamak Apparatus
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概要
- 論文の詳細を見る
An experiment with a model device has been made on the toroidal inhomogeneity of the vertical field in a Tokamak with an iron core. The D.C. vertical field is increased near the yokes of the iron core, while the gross plasma image field (consisting of the components due to the plasma current, the primary current, and its image) is reduced there. These two vertical fields, when superposed, exert force on the plasma as a less inhomogeneous external vertical field. The vertical field can be homogenized satisfactorily by using a compensation winding wound at a proper position on the iron core even if the shielding plates, which are mounted on some Tokamaks, are dispensed with.
- 社団法人応用物理学会の論文
- 1977-11-05
著者
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Sometani Taro
Department Of Electrical Engineering Faculty Of Engineeing Shizuoka University
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TAKASHIMA Hidekazu
Department of Electrical Engineering, Faculty of Engineering, Shizuoka University
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Takashima Hidekazu
Department Of Electrical Engineering Faculty Of Engineering Shizuoka University
関連論文
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- A Method of Realizing the Minimum-B Field
- Poloidal Magnetic Field of an Iron-Cored Tokamak
- Shell Current and Vertical Field Due to It in a Tokamak Model Shell
- Nonexistence of Closed Flux Surfaces in a Magnetic Well
- Evaluation of Error Poloidal Field in an Iron-Cored Tokamak
- On Some Properties of the Min. B^^- Field of a Certain Kind
- The Existence of the Field Minimum Line with Arbitrary Curvature and Torsion
- The Optimum Configuration of the Periodic Quadrupole Min. B^^- Field
- Model Experiment on Quasi-Stationary Vertical Magnetic Field in a Tokamak Type Apparatus
- Helical Field of JIPP T-II Apparatus
- The Field Distribution near a Gap Formed by Sectionalized Shells of a Tokamak Type Apparatus
- An Arrangement of Current Conductors for the Min. B^^- Field
- Effect of Sectionalized Shell in a Tokamak Type Apparatus
- Arrangements of Current Carrying Conductors for the Minimum-B Field in the Average Sense
- Toroidal Inhomogeneity of the Vertical Field in a Tokamak Apparatus
- Analysis of the Magnetic Field Penetrating through a Cylindrical Resistive Shell of a Tokamak
- Eddy Current Measurement on a Noncircular Model Shell