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The present study is devoted to study the influenc e of radiation and buoyancy on heat and mass transfer ch aracteristics of the self- similar boundary layer flows induced by continuous surfaces having a prescribed variable surface temperature and stretch ed with rapidly decreasing power law velocities. The effects of mix ed convection flow with suction in the presence of a quiescent fluid medium of constant temperature are considered. Rosseland approximation is used to describe the radiative heat flux in the energy equation. The transformed g overning equations are solved numerically and the velocity and temperature profiles as well as the local Nusselt number and skin friction coefficient are presented. Results show that the effect of radiation is to keep the mo lten mass away from the slot warmer, reduces the friction factor and increa ses the heat transfer rate compared to the case in the absence of radiation.

THE EFFECT OF RADIATION AND BUOYANCY ON BOUNDARY LAYERS INDUCED BY CONTINUOUS SURFACES STRETCHED WITH RAPIDLY DECREASING VELOCITIES