Table 5.

Variation in $C{f}_x\sqrt{R{e}_x}$, $\frac{N{u}_x}{\sqrt{R{e}_x}}$, and $\frac{S{h}_x}{\sqrt{R{e}_x}}$ with $d_p$ when ${\eta }_{\infty }=100$, $S_r=10$ and $D_f=10$.

$d_p$	$C{f}_x\sqrt{R{e}_x}$	$\frac{N{u}_x}{\sqrt{R{e}_x}}$	$\frac{S{h}_x}{\sqrt{R{e}_x}}$
0.5	$-0.653806450603498$	0.792715106318922	0.495439010086529
2.5	$-0.469235982226111$	0.792495006570055	0.508203934009412
4.5	$-0.361939515173113$	0.794097753963524	0.517949200635406
6.5	$-0.301600963978340$	0.795989676393173	0.524492344750289
8.5	$-0.262740377857890$	0.797735022943715	0.529210531128244
$S_{\mathit{lp}}$	0.047488358	0.000676725	0.004191573