Chemically Reacting Ionized Fluid Flow through a Vertical Plate with Inclined Magnetic Field in Rotating System

Unsteady mixed convective ionized fluid flow through a vertical plate with joule heating, viscous dissipation, thermal diffusion, diffusion thermo, internal heat generation with chemical reaction, thermal radiation and inclined uniform magnetic field has been analyzed in a rotating system. To obtain the non-similar momentum, energy and concentration equations usual non-dimensional variables have been used. An implicit finite difference technique with stability analysis is used to solve the obtained non-similar, coupled, non linear partial differential non-dimensional equations. The obtained solutions are shown graphically. Finally, a qualitative comparison with published results has been discussed.