Thermal Instability of a Thermonuclear Plasma in a DD Fusion Reactor. IV. Inhomogeneous Plasma

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概要

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• The thermal thermonuclear instability of a deuterium plasma with inhomogeneous temperature and number density in a strong magnetic field is studied theoretically. The distribution of the number density is supposed to be proportional to that of the temperature. By solving the basic equation which governs the reactions, the growth rates in a pure DD fusion reactor and a catalyzed DD fusion reactor are obtained. It is shown that the plasmas with inhomogeneous temperature and number density in the above reactors are unstable to the thermal instability.

• 社団法人 プラズマ・核融合学会の論文

著者

• Kurasawa Takashi

  Physics Department, Tokyo Institute of Technology

• Itoh Takenori

  Faculty of Agriculture, Meiji University

• Yaguchi Yasuaki

  Physics Department, Tokyo Institute of Technology

• 倉沢 孝

  Physics Department, Tokyo Institute of Technology

• 伊東 武徳

  Faculty of Agriculture, Meiji University

• 矢口 泰明

  Physics Department, Tokyo Institute of Technology

関連論文

• Thermal Instability of a Thermonuclear Plasma in a DD Fusion Reactor. IV. Inhomogeneous Plasma
• Thermal Instability of a Thermonuclear Plasma in a DD Fusion Reactor II. Catalyzed DD Fusion Reactor
• Thermal Instability of a Thermonuclear Plasma in a DD Fusion Reactor I
• Thermal instability of a thermonuclear plasma in a DD fusion reactor. III Inhomogeneous temperature.

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