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Abstract

An anticipated outcome of present analysis is effects of radiation and thermal diffusion on MHD heat transfer flow of dusty viscous, incompressible, electrically conducting fluid between two parallel plates with constant suction on the upper plate and constant injection on the lower plate, first order chemical reaction, variable temperature and uniform mass diffusion taking into an account. The governing partial differential equations which describe for motion of the problem change into dimensionless equations and solved by using perturbation technique. The various analytical quantities for the velocity profiles (for dusty fluid and dust particles), temperature profiles, concentration profiles and skin friction coefficient are examine and depict graphically in detail.