Table 1 Comparison of the variation of surface mass transfer \(- T_{0}^{\prime } (0)\) and \(- T_{1}^{\prime } (0)\) for some values of \(Sc\), \(\Upsilon\), \(M\) \(\Omega_{1} = \Omega_{2}\) with published work21.

From: Visualization of non-Newtonian convective fluid flow with internal heat transfer across a rotating stretchable surface impact of chemical reaction

\(Sc\)

\(\Upsilon\)

\(M\)

\(\Omega_{1} = \Omega_{2}\)

\(- T_{0}^{\prime } (0)\)

\(- T_{1}^{\prime } (0)\)

Liao21 \(- T_{0}^{\prime } (0)\)

Liao21 \(- T_{1}^{\prime } (0)\)

1

0.3

0.5

0.3

0.7230

0.1453

0.7231

0.1451

 

0.7

  

0.8471

0.1414

0.8472

0.1412

 

1.2

  

1.0447

0.1352

1.0443

0.1354

 

1.8

  

1.3261

0.1140

1.3260

0.1146

0.4

2.2

  

0.9832

0.0291

0.9831

0.0299

0.8

   

0.9982

0.0954

0.9984

0.0951

1.2

   

1.3164

0.1543

1.3161

0.1546

1.6

   

1.5514

0.1950

1.5519

0.1952

2.2

1.3

0

 

1.2664

0.1347

1.2667

0.1347

  

0.2

 

1.2542

0.1368

1.2543

0.1367

  

0.4

 

1.1320

0.1377

1.1321

0.1376

  

0.8

 

1.1142

0.1386

1.1142

0.1380

  

1.0

 

1.0531

0.1399

1.0532

0.1393

  

1.8

0

1.2537

0.1235

1.2536

0.1237

   

0.3

1.2680

0.1343

1.2683

0.1348

   

0.9

1.2884

0.1352

1.2887

0.1351

   

1.2

1.2910

0.1367

1.2912

0.1360

   

1.5

1.2997

0.1380

1.2991

0.1382

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