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Stability of Tokamak Equilibrium with Internal Transport Barrier against High n MHD Ballooning Mode

Stability of Tokamak Equilibrium with Internal Transport Barrier against High n MHD Ballooning Mode
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摘要 Internal transport barriers (ITBs) are phenomena associated with improved confinement mode of tokamak plasmas. Within the region where the ITB locates, the plasma pressure has a large gradient while the magnetic shear s has a minimum so that within and near the ITB, the absolute value of the shear is very low. Physics involved is plentiful, from the macroscopic ( MHD ) stability, to the suppression of microscopic instabilities thought to be responsible for anomalous transport. The treatment of very low shear also poses some theoretical difficulties.
出处 《Southwestern Institute of Physics Annual Report》 2005年第1期121-124,共4页 核工业西南物理研究院年报(英文版)
基金 Supported by the National Natural Science Foundation of China ( 10375018 )
关键词 Internal transport barrier Ballooning stability Low shear stabilizing channel 内传送屏障 低剪切稳定化处理 飞航稳定性 MHD 托卡马克装置
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