Drift modes with differential rotation and passing electrons
1987
Differential rotation characteristic of the tandem mirror central cell is shown to have a significant stabilizing effect on the rotation and unfavorable curvature driven drift modes. Stability boundaries and parametric dependence of the growth rate and frequency of the m=1 and m=2 modes are given as a function of the passing electron density fraction, wall‐to‐plasma radius, and rotation speed.
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