An analytical investigation is made to determine the heat and mass transfer mechanism of non-isothermal highly viscous uid in a long narrow porous channel. The walls channel are maintained at same temperature. mathematical model developed by using continuity, momentum, energy diffusion equations. Analytical solutions establish get expressions velocity eld, pressure distribution, ow rate, wall s...

This study investigates the effects of magnetic induction, ion slip and Hall current on flow linear viscous fluids in a rectangular buoyant channel. In hydro-magnetic scenario with permeable conducting walls, one wall has temperature variation that changes over time, while other keeps constant temperature; research focuses this situation. Asymmetric heating suction/injection are also examined s...

Sphingolipids stimulate the release of Ca2+ from intracellular stores. However, the mechanism by which this process occurs has not been characterized. Through single-channel recording from microsomes incorporated into planar lipid bilayers, we describe a novel channel that gates Ba2+ in response to sphingosylphosphorylcholine. The channel is both ligand-gated and voltage-modulated. Maximal open...

In order to optimize the use of compact porous media as flow and heat transfer devices, it is imperative understand those coherent structures associated that generate sustain turbulence. Given deficiency data regarding this area in literature, study has been carried out fill need. To end, a series particle image velocimetry measurements were conducted capture turbulent field bounded by model pe...

Because of its kinetic nature and computational advantages, the Lattice Boltzmann method (LBM) has been well accepted as a useful tool to simulate micro-scale flows. The slip boundary model plays a crucial role in the accuracy of solutions for micro-channel flow simulations. The most used slip boundary condition is the Maxwell slip model. The results of Maxwell slip model are affected by the ac...