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The aim of this chapter is to investigate the Dufour and Soret influence over time, depending on MHD unoccupied convection flow, temperature, and mass transport features in a viscous, unfathomable and electrically conductive fluid, through porous media b/w equidistant plates with slip condition. In the normal flank of the plate, a uniform magnetics field is applied. Buoyancy forces is considered by the momentum equation, while the fruits of thermal radiation together with viscous dissipation is considered by the energy equation. Numeral outcome for the concentration, temperature, velocity sketches, local skin friction co-efficient, general Nusselt number together with Sherwood number for varied physical parameters are discussed.