Table 5 Shear stress \({F ^{\prime \prime }(0)}\), heat transfer rate \(\theta ^{\prime }\)(0) for different values of suction parameter \(ws\), Prandtl number \(Pr\) and heat generation/absoprtion \(Q\).

From: RETRACTED ARTICLE: A numerical study of chemical reaction in a nanofluid flow due to rotating disk in the presence of magnetic field

ws

\({F ^{\prime \prime }(0)}\)

\(\theta ^{\prime }\)(0)

Pr

\(\theta ^{\prime }\)(0)

Q

\(\theta ^{\prime }\)(0)

0.20

\(-\) 2.010126

0.603381

1.00

0.243662

0.00

\(-\) 3.330669

0.40

\(-\) 1.916123

0.245684

2.00

0.424746

0.02

0.020191

0.60

\(-\) 1.826824

0.155217

3.00

0.493599

0.04

0.040383

0.80

\(-\) 1.742155

0.114415

4.00

0.510558

0.06

0.060574

1.00

\(-\) 1.662017

0.090861

5.00

0.507469

0.08

0.080766