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Roles of Electric Field Shear and Shafranov Shift in Sustaining High Confinement in Enhanced Reversed Shear Plasmas on the TFTR Tokamak

机译：电场剪切和Shafranov转变在TFTR Tokamak上增强逆转剪切等离子体中持续高限制的影响

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E. J. Synakowski; S. H. Batha; M. A. Beer; M. G. Bell; R. E. Bell; R. V. Budny; C. E. Bush; P. C. Efthimion; G. W. Hammett; T. S. Hahm; B. LeBlanc; F. Levinton; E. Mazzucato; H. Park; A. T. Ramsey; G. Rewoldt; S. D. Scott; G. Schmidt; W. M. Tang; G. Taylor; M. C. Zarnstorff;
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1. Magnetohydrodynamic mechanisms of electric-field transport suppression and plasma-rotation generation, with special reference to tokamak's reversed-shear confinement [J] . Yoshizawa A., Itoh SI., Itoh K., Physics of plasmas . 1999,第8期

机译：电场输运抑制和等离子体旋转产生的磁流体动力学机理，特别涉及托卡马克的反向剪切约束
2. Sheared rotation effects on kinetic stability in enhanced confinement tokamak plasmas, and nonlinear dynamics of fluctuations and flows in axisymmetric plasmas [J] . Rewoldt G., Chance MS., Hahm TS., Physics of plasmas . 1998,第5aPta2Speca期

机译：剪切旋转对增强约束托卡马克等离子体动力学稳定性的影响，以及轴对称等离子体脉动和流动的非线性动力学
3. Enhanced confinement with increased extent of the low magnetic shear region in tokamak plasmas [J] . Nasi L, Firpo MC Plasma physics and controlled fusion . 2009,第4期

机译：托卡马克等离子体中的低磁剪切区增加，限制范围扩大
4. UNIFYING ROLE OF RADIAL ELECTRIC FIELD SHEAR IN THE CONFINEMENT TRENDS OF TRANSITIONLESS REGIMES IN TFTR [C] . D. R. ERNST, S. BATHA, M. BEER, Fusion energy 1998 . 1998

机译：径向电场剪切在TFTR非过渡态的局限趋势中的统一作用
5. Theoretical analysis and numerical simulation of plasma behavior in a strongly sheared electric field. [D] . Tao, Yue-Qun. 1994

机译：强剪切电场下等离子体行为的理论分析和数值模拟。
6. On the measurement of shear elastic moduli and viscosities of erythrocyte plasma membranes by transient deformation in high frequency electric fields. [O] . H Engelhardt, E Sackmann 1988

机译：在高频电场中通过瞬时变形来测量红细胞质膜的剪切弹性模量和粘度。
7. The roles of electric field shear and Shafranov shift in sustaining high confinement in enhanced reversed shear plasmas on the TFTR tokamak [O] . Synakowski, E.J., Beer, M.A., Batha, S.H. 1997

机译：电场剪切和shafranov位移在TFTR托卡马克强化反向剪切等离子体中维持高约束的作用
8. Roles of electric field shear and Shafranov shift in sustaining high confinement in enhanced reversed shear plasmas on the TFTR tokamak [R] . Synakowski, E. J., Beer, M. A., Batha, S. H. 1997

机译：电场剪切和shafranov的角色在TFTR托卡马克的增强反向剪切等离子体中维持高约束

Roles of Electric Field Shear and Shafranov Shift in Sustaining High Confinement in Enhanced Reversed Shear Plasmas on the TFTR Tokamak

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