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On the Physics of Improved Confinement During Pulsed Poloidal Current Drive in MST Reversed-Field Pinch

机译：msT反向场箍缩脉冲极向电流驱动中改进约束物理研究

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V. A. Svidzinski; S. C. Prager;
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年度 2015
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1. On the Physics of Improved Confinement During Pulsed Poloidal Current Drive in MST Reversed-Field Pinch [J] . V. A. Svidzinski, S. C. Prager Journal of Fusion Energy . 2007,第1a2期

机译：MST反向场夹点脉冲极向电流驱动过程中改善约束的物理学
2. Increased confinement improvement in a reversed-field pinch using double-pulsed poloidal current drive [J] . Yagi Y., Koguchi H., Hirano Y., Physics of plasmas . 2003,第7期

机译：使用双脉冲极向电流驱动器，在反向场收缩中提高了局限性
3. Figure of Merit for the Improvement of Confinement in Pulsed Poloidal Current Drive Experiments in Reversed-Field Pinch Devices [J] . Yasuyuki Yagi, Haruhisa Koguchi, Yoichi Hirano, Journal of the Physical Society of Japan . 2002,第10期

机译：改善反向场收缩装置中脉冲极向电流驱动实验的局限性的优点图
4. Confinement improvement and current profile control in the MST reversed-field pinch [C] . Ding, W.X. . 2003

机译：MST反向场收缩中的禁闭改善和电流分布控制
5. Numerical simulations of dynamo suppression during pulsed poloidal current drive in the reversed field pinch. [D] . Reynolds, James M. 2007

机译：反向电场收缩中脉冲极化电流驱动过程中发电机抑制的数值模拟。
6. During Fictive Locomotion Graded Synaptic Currents Drive Bursts of Impulses in Swimmeret Motor Neurons [O] . Brian Mulloney 2003

机译：在虚构的运动过程中分级的突触电流驱动游泳运动神经元的冲动爆发。
7. Dynamo-free plasma in the reversed-field pinch: Advances in understanding the reversed-field pinch improved confinement mode [O] . J. K. ANDERSON, J. ADNEY, A. ALMAGRI, 2005

机译：反向场收缩中无发电机等离子体：了解反向场收缩的改进限制模式
8. Confinement improvement with rf poloidal current drive in the reversed-field pinch [R] . Hokin, S, Sarff, J, Sovinec, C, 1994

机译：在反向场箍缩中使用rf极向电流驱动限制改善

On the Physics of Improved Confinement During Pulsed Poloidal Current Drive in MST Reversed-Field Pinch

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