. 2021 Jan 21;11:1882. doi: 10.1038/s41598-021-81417-y

Table 3.

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 $η_{\infty} = 100$ , $S_{r} = 0.1$ 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	$- 0.653806450627237$	$- 8.856154914369313$	1.471944690641082
2.5	$- 0.469235982235743$	$- 8.531505838195230$	1.483819380613837
4.5	$- 0.361939515178205$	$- 8.330285252873948$	1.492449292624451
6.5	$- 0.301600963981252$	$- 8.217430056390326$	1.498031241838610
8.5	$- 0.262740377859659$	$- 8.146839475383260$	1.501956963392201
$S_{lp}$	0.047488358	0.086635333	0.00371182