$u^{+}$ Math_108##Math_109##Math_110##Math_111##Math_112##Math_113##Math_114##Math_115##Math_116##Math_117##Math_118##Math_119##Math_120#

k

$c_p$

$\mu$

${\mu }^{*}$

u

v

N

E

H

$\theta$

: Velocity components in x⁺-direction

: Velocity components in y⁺- direction

: Dimensional Microrotation

: Dimensional Induced electric field

: Magnetic induction along x⁺- axis

: Constant magnetic induction along y⁺- axis

: Thermal relaxation time

: Electric permeability

: Volumetric coefficient of thermal expansion

: Temperature of the fluid

: Constant temperature near the plate

: Temperature outside of the boundary layer

: Electric conductivity

: Permeability of the porous medium

: Thermal conductivity

: Specific heat at the constant pressure

: Absolute viscosity

: Vortex viscosity

: Dimensionless velocity component in x-direction

: Dimensionless velocity component in y-direction

: Dimensionless microrotation

: Dimensionless induced electric field

: Dimensionless magnetic induction in x-direction

: Dimensionless temperature

$\alpha$

g

${\mu }_0$

$t^{+}$

t

$\Delta t$

$\tau$

$\rho$

${\upsilon }_m$

j

${\sigma }^{\prime }$

$\gamma$

$G_r$

$P_r$

R

K

$\sigma$

b

$\lambda$

${\epsilon }_1$

${\tau }_{xL}$

${\tau }_{xA}$

$N{u}_L$ Math_142##Math_143##Math_144#

: Alfven velocity

: Acceleration due to the gravity

: Magnetic permeability

Dimensional time

: Dimensionless time

: Time increment

: Maximum time

: Density of the fluid

: Magnetic diffusivity

: Microinertia density

: Electric conductivity

: Spin-gradient viscosity

: Grashof number

: Prandtl number

: Microrotation parameter

: Permeability parameter

: Dimensionless Material parameter

: Dimensionless Material parameter

: Dimensionless Material parameter

: Dimensionless Material parameter

: Local shear stress

: Average shear stress

: Local Nusselt number

: Average Nusselt number

: Local Current density

: Average Current density