Abstract
In this paper the effects of Hall current on Couette flow of an electrically conducting fluid between two parallel plates in the presence of a uniform transverse magnetic field for a rotating system has been discussed. Here, we have taken the plates to be of arbitrary conductivity and arbitrary thickness. Analytic solution has been obtained exactly and influence of different parameters viz.,Hartmann number, rotation parameter, wall conductivity parameters, Hail parameters for the liquid as well as the plates, and the thickness parameters on the primary and secondary velocity profiles, and induced magnetic field components, magnetic and viscous stresses as well as flux ratio has been examined numerically.
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