Table 5 Numerical outcomes of Nuesslt number and Skin fraction for Cu-water and Al2O3-water.

From: Impact of hall and ion slip in a thermally stratified nanofluid flow comprising Cu and Al2O3 nanoparticles with nonuniform source/sink

Nanofluid

Cu-water

Al2O3-water

\(- ({\text{Re}} )^{ - 0.5} C_{{F_{x} }}\)

\(- ({\text{Re}} )^{ - 0.5} C_{{G_{y} }}\)

\(({\text{Re}}_{x} )^{0.5} Nu\)

\(- ({\text{Re}} )^{ - 0.5} C_{{F_{x} }}\)

\(- ({\text{Re}} )^{ - 0.5} C_{{G_{y} }}\)

\(({\text{Re}}_{x} )^{0.5} Nu\)

\(R_{i}\)

0

0.9865580

0.4939604

0.6692664

0.9640008

0.4829222

0.6943682

 

0.5

0.9001704

0.3948557

0.7593171

0.8778813

0.3844143

0.7814454

 

1

0.8197464

0.3044374

0.8358658

0.7975616

0.29430146

0.8561931

\(\beta_{H}\)

0

0.9355860

0.4336869

0.7219442

0.91322970

0.4217813

0.7449328

 

0.5

0.9331802

0.4328937

0.7253545

0.9107874

0.4222625

0.7484524

 

1.5

0.93121469

0.4324361

0.7295306

0.9087326

0.4230885

0.7527689

\(\beta_{i}\)

0

0.9341973

0.4338658

0.7228813

0.9118499

0.4232733

0.7458963

 

0.5

0.9339545

0.4332610

0.7245269

0.9115951

0.4226431

0.7475991

 

1

0.9335255

0.4324607

0.7266412

0.9111454

0.4218090

0.7527689

\(S_{t}\)

0.3

0.9203101

0.4187136

1.2566311

0.8979185

0.4080877

1.2806838

 

0.5

0.9340502

0.4334810

0.7239328

0.9116955

0.4228723

0.7469843

 

0.7

0.9478330

0.4483019

0.1924017

0.9255152

0.4377101

0.2144482

\(A_{1}\)

0

0.9356342

0.4354722

0.7627998

0.9133078

0.4248912

0.7860117

 

0.3

0.9332574

0.4324850

0.7044834

0.9108885

0.4218625

0.7274547

 

0.5

0.9316704

0.4304922

0.6655528

0.9092732

0.4198421

0.6883641

\(B_{2}\)

0

0.9357673

0.4357486

0.7678840

0.9133781

0.4250859

0.7902936

 

0.3

0.9340502

0.4334810

0.7239323

0.9116947

0.4228723

0.7469843

 

0.5

0.9327555

0.4317705

0.693078

0.9104283

0.4212042

0.7166186