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Table 1 Comparison of the different values of \(f''(\eta )\), \(N'(\eta )\), \(M'(\eta )\), \(m'(\eta )\), \(H'(\eta )\), \(K'(\eta )\), and \(\theta '(\eta )\) using the parametric continuation method approximation for the case \(\mathit{Sc} = 1.5\), \(\delta = 1.0\), \(\alpha _{1} = 1.2\), \(\alpha _{2} = 1.8\), \(Bt = 0.3\), \(B = 1.7\), \(K_{1} = 1.8\), \(K_{2} = 2.6\), \(\mathit{Pr} =0.6\), \(\mathit{Ec}=0.3\)

From: Parametric investigation of the Nernst–Planck model and Maxwell’s equations for a viscous fluid between squeezing plates

S

\(f''(1)\)

\(N'(1)\)

\(M'(1)\)

\(m'(1)\)

\(H'(1)\)

\(K'(1)\)

\(\theta '(1)\)

0.2

−4.4659

1.0031

1.0378

1.8676

−0.5952

0.1377

2.2402

0.4

−4.5614

1.0295

1.0915

1.8390

−0.5413

0.3469

2.2451

0.6

−4.6585

1.0784

1.1611

1.8133

−0.4945

0.5409

2.2505

0.8

−4.7573

1.1494

1.2467

1.7900

−0.4536

0.7222

2.2564

1

−4.8580

1.2419

1.3487

1.7686

−0.4175

0.8926

2.2628