5.渦電流・構造物連成解析(<講座>装置における過渡電磁解析IV)

概要

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The magnetomechanical behaviors of fusion-reactor components are discussed in light of coupled phenomena. In analyzing the magnetic force of those fusion reactor components subject to the static and transient magnetic forces, it is important to take into account the coupling effects: i.e. magnetic stiffness and damping. In addition, the application of the high T_c superconductor to the magnetic fusion reactor is introduced, where the superconductor reduces the plasma positional instability owing to its flux pinning property. An analysis method for coupled problem of the plasma equilibrium and the shielding current of superconductor is discussed.
社団法人プラズマ・核融合学会の論文
1997-01-25