Abstract： Drift mode linear growth rate and quasi-linear ion thermal transport in the reversed magnetic shear plasma are investigated by using the two-fluid theory, previously developed by Weiland and the Chalmers group [J. Nucl. Fusion, 29 (1989) 1810; ibid. 30 (1990) 983]. The theory is here extended to including both the radial electrical field shear
(d Er/dr) and the electron fluid velocity (Ve) in the sheared coordinate system. Here, Ve describes the coupling between the safety factor q and the Er x B velocity VE. Their influences on the growth rate and associated ion thermal transport are obtained numerically, In addition, the ion heat pinch in the reversed shear plasma is observed. Qualitatively, the present conclusions are in good agreement with the experimental results.
WANG Ai-Ke;QIU Xiao-Ming. Drift Mode Growth Rate and Associated Ion Thermal Transport in Reversed Magnetic Shear Tokamak Plasma
[J]. 中国物理快报, 2001, 18(5): 650-652.
WANG Ai-Ke, QIU Xiao-Ming. Drift Mode Growth Rate and Associated Ion Thermal Transport in Reversed Magnetic Shear Tokamak Plasma
. Chin. Phys. Lett., 2001, 18(5): 650-652.
YANG Qing-Wei;ZHOU Hang-Yu;FENG Bei-Bin;LIU Yi;PAN Yu-Dong;LI Wei;DUAN Xu-Ru;CHEN Wei;CUI Zheng-Ying;JI Xiao-Quan;DING Xuan-Tong;HL-A team. A New Criterion for Disruption Prediction on HL-2A[J]. 中国物理快报, 2006, 23(4): 891-894.
2001, Vol. 18 
