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In preparation for an experimental study of magnetorotational instability(MRI) in liquid metal, we present non-ideal axisymmetric magnetohydrodynamicsimulations of the nonlinear evolution of MRI in the experimental geometry. Thesimulations adopt fully insulating boundary conditions. No-slip conditions areimposed at the cylinders. A clear linear phase is observed with reduced lineargrowth rate. MRI results in an inflowing "jet" near the midplane and enhancesthe angular momentum transport at saturation.

Numerical Study of the Magnetorotational Instability in Princeton MRI Experiment