Thermodiffusion and radiation impacts on heat and mass transfer casson fluid flow with porous medium with chemical reaction

The purpose of this work is to show the impacts of thermos-diffusion on unsteady MHD free convection mass and heat flow past an accelerating vertical porous plate in the existence of radiation. This analysis is carried out by numerically solving the dimensionless equations by the use of the finite difference approach (FDM). Graphs are used in order to facilitate the discussion and analysis of the influence that a variety of physical characteristics have on momentum, energy, and concentration. In addition, the numerical values for the local Skin friction, the Nusselt number, and the Sherwood number are detailed and analyzed. The concentration profile for So rises with time. The Sherwood quantity falls for So , while it enhances considerably for Sc and Kr .Additional domains that provide opportunities to investigate practical uses, such as energy systems, industrial cooling, and biological fluid flows.