Table 6.

Simulations of physical quantities when $Du=0.2,M=0.5,Sr=0.1,\beta =0.2,Pr=4,{\left(\mathit{Gr}\right)}_c=0.3,K^{\ast }=0.1,{\beta }^{\ast }=0.2,Ec=0.001,Sc=5$ and ${\left(\mathit{Gr}\right)}_t=0.5.$

		$C_{\mathit{fx}}{\left(\mathit{Re}\right)}^{1.5}$	$C_{\mathit{fy}}{\left(\mathit{Re}\right)}^{1.5}$	$Nu{\left(\mathit{Re}\right)}^{1.5}$	$Sh{\left(\mathit{Re}\right)}^{1.5}$
$k^{\ast }$	0.0	1.224110	1.512023	2.910831	2.7091217
	0.31	1.313851	1.712213	2.710327	2.5291402
	0.43	0.511053	1.913205	2.411028	2.3045191
	0.0	1.701101	1.514165	2.450237	2.512043
$\mathit{Du}$	0.4	1.512553	1.321243	2.703033	2.710017
	0.8	1.312105	1.215345	2.910211	2.915321
	0.0	1.537013	1.7060183	2.346892	3.3012731
$\mathit{Sr}$	0.3	1.303711	1.4139212	2.152565	3.1201361
	0.7	1.211321	1.3113031	2.511689	3.0231110
	0.0	1.211083	0.1280160	2.430243	2.3130353
$\mathit{Sc}$	0.5	1.501333	0.2150133	2.511035	2.4131321
	1.3	1.710150	0.3352120	2.710115	0.8153113