<p>Effect of (a) the velocity ratio and magnetic field parameters and (b) the power law index and mass transfer velocity parameters on the dimensionless velocity.</p
<p>Influence of magnetic field on the temperature distribution with varying viscous dissipation effe...
<p>Effects of Prandtl number and the viscosity ratio on dimensionless temperature.</p
<p>The effect of parameter <i>φ</i> (solid volume fraction) on axial velocity.</p
<p>Effects of several parameters on the dimensionless velocity along vertical wall for different val...
<p>Influence of magnetic field on the vertical component of velocity with the variation in radiatio...
<p>Effect of magnetic parameter <i>M</i> on the velocity profile when <i>ω</i> = 0.2,<i>y</i> = 0.5,...
<p>Effect of magnetic parameter <i>M</i> on velocity profiles <i>f</i>′(<i>η</i>) for <i>δ</i> = 0.2...
<p>Effects of dimensionless time, frequency and nanofluid parameters on dimensionless mass transfer ...
<p>Effect of magnetic parameter <i>M</i> on velocity profiles <i>h</i>(<i>η</i>) for <i>δ</i> = 0.2,...
<p>Velocity and temperature distribution showing the effect of magnetic parameter <i>M</i> when <i>Ω...
<p>Effects ofon dimensionless velocity profile for different values of Reynolds number.</p
<p>b. Variation of the dimensionless concentration function for various values of buoyancy ration pa...
<p>Effect of magnetic Reynolds number (<i>Re</i><sub><i>m</i></sub>) on the tangential velocity dist...
<p>Effects of Lewis numbers on dimensionless concentration for different values of the viscosity rat...
<p>The velocity profiles for different values of the magnetic parameter when and are fixed.</p
<p>Influence of magnetic field on the temperature distribution with varying viscous dissipation effe...
<p>Effects of Prandtl number and the viscosity ratio on dimensionless temperature.</p
<p>The effect of parameter <i>φ</i> (solid volume fraction) on axial velocity.</p
<p>Effects of several parameters on the dimensionless velocity along vertical wall for different val...
<p>Influence of magnetic field on the vertical component of velocity with the variation in radiatio...
<p>Effect of magnetic parameter <i>M</i> on the velocity profile when <i>ω</i> = 0.2,<i>y</i> = 0.5,...
<p>Effect of magnetic parameter <i>M</i> on velocity profiles <i>f</i>′(<i>η</i>) for <i>δ</i> = 0.2...
<p>Effects of dimensionless time, frequency and nanofluid parameters on dimensionless mass transfer ...
<p>Effect of magnetic parameter <i>M</i> on velocity profiles <i>h</i>(<i>η</i>) for <i>δ</i> = 0.2,...
<p>Velocity and temperature distribution showing the effect of magnetic parameter <i>M</i> when <i>Ω...
<p>Effects ofon dimensionless velocity profile for different values of Reynolds number.</p
<p>b. Variation of the dimensionless concentration function for various values of buoyancy ration pa...
<p>Effect of magnetic Reynolds number (<i>Re</i><sub><i>m</i></sub>) on the tangential velocity dist...
<p>Effects of Lewis numbers on dimensionless concentration for different values of the viscosity rat...
<p>The velocity profiles for different values of the magnetic parameter when and are fixed.</p
<p>Influence of magnetic field on the temperature distribution with varying viscous dissipation effe...
<p>Effects of Prandtl number and the viscosity ratio on dimensionless temperature.</p
<p>The effect of parameter <i>φ</i> (solid volume fraction) on axial velocity.</p
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