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The toroidal and poloidal rotation velocities of main ions and impurity ions under conventional operation parameters in the HL-1M Tokamak were studied numerically with ROTATE CODE. In this ROTATE CODE, three theoretical models of plasma rotation have been chosen: the ordinary neoclassical theory model proposed by Hazeltine,Kim’s model which distinguished the impurity rotation from the primary ion rotation,and Hinton’s model which extended the ordinary neoclassical theory to include the or
The toroidal and poloidal rotation velocities of main ions and impurity ions under conventional operation parameters in the HL-1M Tokamak were studied numerically with ROTATE CODE. In this ROTATE CODE, three theoretical models of plasma rotation have been chosen: the ordinary neoclassical theory model proposed by Hazeltine, Kim’s model which distinguished the impurity rotation from the primary ion rotation, and Hinton’s model which extended the ordinary neoclassical theory to include the or