Table 2.

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 ${\eta }_{\infty }=100$, $S_r=0.1$, and $D_f=0.1$.

$d_p$	$C{f}_x\sqrt{R{e}_x}$	$\frac{N{u}_x}{\sqrt{R{e}_x}}$	$\frac{S{h}_x}{\sqrt{R{e}_x}}$
0.5	$-0.653806450541409$	2.598649354329436	1.253971131437740
2.5	$-0.469235981875199$	2.658463112787918	1.271088881799449
4.5	$-0.361939515077478$	2.691156656593007	1.283009832479554
6.5	$-0.305655478525104$	2.744891132958165	1.289010352971316
8.5	$-0.268809557314600$	2.750434236178156	1.293754488967823
$S_{\mathit{lp}}$	0.046678714	0.019499889	0.004874409