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A theoretical analysis is carried out to study the heat and mass transfer flow of viscous incompressible fluid past an inclined porous plate with the aligned magnetic field and Diffusion-thermo effects. A uniform magnetic field of strength 0 B is applied at an angle ψ with the fluid flow direction. The analytical solutions to the coupled non-linear equations governing the motion are obtained by regular perturbation technique. The effects various material parameters on velocity, temperature, concentration, the rate of mass transfer, the rate of heat transfer and the skin-friction coefficients have been analyzed through graphs and table.

Diffusion-Thermo and Aligned Magnetic Field Effects on Free Convection on Flow past an Inclined Porous Plate with First Order Chemical Reaction