First velocity measurements in rotating liquid-metal magnetoconvection show convective velocities are magnetically damped below geostrophic turbulence predictions for local interaction parameter N_l >= 3, with enhanced heat transport.
A systematic experimental study of rapidly rotating spherical convection in water and liquid gallium
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From Geostrophic to Magnetically-Damped Turbulence in Liquid Metal Rotating Magnetoconvection
First velocity measurements in rotating liquid-metal magnetoconvection show convective velocities are magnetically damped below geostrophic turbulence predictions for local interaction parameter N_l >= 3, with enhanced heat transport.