| Abstract: | The problem of slip flow as provoked primarily by high temperature rather than low pressure is considered for a thermally radiating gas in the presence of Hall current and mass transfer in a porous medium. The flow, which is fully developed, is assumed to vary axially with distance and is tackled analytically under an optically thin gas radiative heat transfer differential approximation. The effect of various parameters of interest on the flow model are discussed quantitatively. © 1998 John Wiley & Sons, Ltd. |
