The stability of Taylor-Couette flow subject to an external Coriolis force is studeid experimentally. The external Coriolis force stabilizes the flow. At larger dimensionless rotation rates stabilization is dramatic, reaching a value greater than 300%. The stability behavior of this system exhibits striking qualitative and quantitative similarity to the behavior of B\'enard convection subject to rotation, and qualitative similarity to B\'enard convection and Taylor-Couette flow subject to a magnetic field.
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Wiener et al. (1990) studied this question.
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