Table 8 Normalization of water sample data.

From: Identification of mine water sources using a multi-dimensional ion-causative nonlinear algorithmic model

No

Source of water sample

Ion concentration (mmol·L–1)

Na+

Ca2+

Mg2+

Cl–

SO42–

HCO3–

1

I

0.577

0.946

0.043

0.005

0.942

0.063

2

I

0.171

0.518

0.725

0.100

0.744

0.267

3

I

0.555

0.510

0.485

0.800

0.793

0.068

4

I

0.262

0.280

0.887

0.028

0.950

0.050

5

I

0.447

0.465

0.606

0.568

0.664

0.271

6

I

0.273

0.492

0.652

0.030

0.879

0.129

7

I

0.251

0.401

0.768

0.017

0.944

0.057

8

I

1

0

0.731

0.025

0.950

0.048

9

I

0.328

0.131

1

0

1

0

10

I

0.060

0.370

0.907

0.082

0.976

0.011

11

I

0.276

0.324

0.845

0.011

0.949

0.055

12

I

0.368

0.329

0.789

0.017

0.950

0.051

13

I

0.383

0.285

0.819

0.008

0.957

0.461

14

I

0.623

0.307

0.621

0.133

0.816

0.130

15

II

0.656

0.416

0.509

0.120

0.822

0.146

16

II

0.327

0.630

0.688

0.245

0.564

0.433

17

II

0.302

0.687

0.716

0.338

0.548

0.431

18

II

0.242

0.721

0.644

0.256

0.533

0.474

19

II

0.262

0.884

0.310

0.552

0.134

0.833

20

II

0.286

0.655

0.690

0.304

0.513

0.454

21

II

0.192

0.760

0.472

0.147

0.505

0.527

22

II

0.279

0.652

0.521

0.144

0.518

0.513

23

II

0.541

0.869

0.144

0.942

0.064

0.711

24

II

0.583

1

0

0.804

0.121

0.677

25

II

0.627

0.940

0.031

1

0.193

0.577

26

III

0.440

0.906

0.115

0.788

0.051

0.730

27

III

0.2688

0.487

0.682

0.630

0.037

0.955

28

III

0.399

0.558

0.534

0.642

0.014

0.978

29

III

0.497

0.386

0.637

0.568

0.041

0.961

30

III

0.413

0.417

0.668

0.646

0.036

0.960

31

III

0

0.974

0.371

0.593

0.049

0.888

32

III

0.504

0.435

0.573

0.567

0.064

0.934

33

III

0.532

0.378

0.626

0.584

0.050

0.947

34

III

0.482

0.431

0.608

0.594

0.027

0.973

35

III

0.374

0.535

0.566

0.586

0.030

0.973

36

III

0.477

0.354

0.658

0.566

0.049

0.955

37

III

0.689

0.349

0.560

0.616

0.019

0.979

38

III

0.823

0.256

0.584

0.564

0.039

0.968

39

III

0.692

0.273

0.635

0.665

0.040

0.948

40

IV

0.494

0.431

0.595

0.652

0

1

41

IV

0.265

0.780

0.394

0.581

0.068

0.870

42

IV

0.413

0.640

0.461

0.5928

0.062

0.884

43

IV

0.489

0.724

0.331

0.584

0.073

0.877

44

IV

0.418

0.643

0.362

0.5888

0.043

0.874

45

IV

0.469

0.607

0.349

0.594

0.067

0.868

46

IV

0.396

0.744

0.368

0.577

0.061

0.900

47

IV

0.418

0.709

0.388

0.609

0.070

0.883

48

IV

0.401

0.638

0.469

0.602

0.054

0.890

49

IV

0.675

0.381

0.544

0.774

0.024

0.917

50

IV

0.378

0.603

0.511

0.615

0.032

0.918

51

IV

0.440

0.617

0.464

0.689

0.059

0.868

52

IV

0.187

0.636

0.603

0.772

0.082

0.848

53

IV

0.135

0.780

0.490

0.346

0.078

0.907

54

IV

0.476

0.695

0.365

0.656

0.059

0.874

55

IV

0.083

0.758

0.544

0.658

0.066

0.871

56

IV

0.351

0.722

0.416

0.581

0.074

0.086

G1

I

0.620

0.370

0.585

0.086

0.901

0.093

G2

I

0.535

0.328

0.681

0.055

0.978

0.013

G3

I

0.462

0.346

0.706

0.055

0.962

0.031

G4

II

0.664

0.741

0.145

0.902

0.170

0.589

G5

II

0.555

0.381

0.612

0.656

0.050

0.842

G6

III

0.672

0.232

0.670

0.629

0.052

0.935

G7

III

0.785

0.212

0.615

0.646

0.038

0.959

G8

III

0.712

0.326

0.621

0.696

0.021

0.962

G9

IV

0.631

0.598

0.362

0.613

0.054

0.913

G10

IV

0.319

0.811

0.335

0.578

0.080

0.865

G11

IV

0.245

0.872

0.328

0.596

0.074

0.874