<p>(a,b), The temperature and concentration profiles for different values of the Brownian motion parameter <i>N</i><sub><i>b</i></sub>.</p
<p>Temperature profile <i>θ</i>(<i>η</i>) for different values of heat generation parameter <i>δ</i>...
<p>Concentration profile Φ(<i>η</i>) for different values of fluid parameter M.</p
<p>Concentration profile for variation in thermal Grashoff number when , and </p
<p>Concentration profile for variation in Brownian motion parameter when , and </p
<p>(a,b), The temperature and concentration profiles for different values of the power-law index <i>...
<p>Plots of concentration profile <i>ϕ</i>(<i>ζ</i>) for Brownian motion parameter <i>N</i><sub><i>b...
<p>Effect of Brownian motion parameter on the temperature profile when , and </p
<p>(a,b), The temperature and concentration profiles for different values of the generalized Biot nu...
<p>(a,b), The temperature and concentration profiles for different values of the generalized Prandtl...
<p>(a,b), Influence of the Brownian motion parameter <i>N</i><sub><i>b</i></sub> and the thermophore...
<p>(a,b), A comparison of the temperature and concentration profiles for the Newtonian, power-law an...
<p>Temperature profile <i>θ</i>(<i>η</i>) for different values of fluid parameter M.</p
<p>Bottom left: Concentration profile as function of In all of these figures we vary velocity, the...
<p>The temperature profiles for different values of the stretching parameter when and are fixed....
<p>Temperature profile <i>θ</i>(<i>η</i>) for different values of curvature parameter <i>γ</i>.</p
<p>Temperature profile <i>θ</i>(<i>η</i>) for different values of heat generation parameter <i>δ</i>...
<p>Concentration profile Φ(<i>η</i>) for different values of fluid parameter M.</p
<p>Concentration profile for variation in thermal Grashoff number when , and </p
<p>Concentration profile for variation in Brownian motion parameter when , and </p
<p>(a,b), The temperature and concentration profiles for different values of the power-law index <i>...
<p>Plots of concentration profile <i>ϕ</i>(<i>ζ</i>) for Brownian motion parameter <i>N</i><sub><i>b...
<p>Effect of Brownian motion parameter on the temperature profile when , and </p
<p>(a,b), The temperature and concentration profiles for different values of the generalized Biot nu...
<p>(a,b), The temperature and concentration profiles for different values of the generalized Prandtl...
<p>(a,b), Influence of the Brownian motion parameter <i>N</i><sub><i>b</i></sub> and the thermophore...
<p>(a,b), A comparison of the temperature and concentration profiles for the Newtonian, power-law an...
<p>Temperature profile <i>θ</i>(<i>η</i>) for different values of fluid parameter M.</p
<p>Bottom left: Concentration profile as function of In all of these figures we vary velocity, the...
<p>The temperature profiles for different values of the stretching parameter when and are fixed....
<p>Temperature profile <i>θ</i>(<i>η</i>) for different values of curvature parameter <i>γ</i>.</p
<p>Temperature profile <i>θ</i>(<i>η</i>) for different values of heat generation parameter <i>δ</i>...
<p>Concentration profile Φ(<i>η</i>) for different values of fluid parameter M.</p
<p>Concentration profile for variation in thermal Grashoff number when , and </p
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