Table 1 Box Behnken experimental design methodology for preparation of emulsions and adjusted variables to the model: moisture, water activity (aw), Contact angle (CA), Hue (hab°) and change of color (ΔE*) for flakes of HOPO nanoemulsions.

From: The effect of process variables on the physical properties and microstructure of HOPO nanoemulsion flakes obtained by refractance window

Run

Factor 1

Factor 2

Factor 3

Factor 4

Moisture (%)

aw

CA (°)

hab (°)

ΔE*

A: temperature (°C)

B: thickness (mm)

C: pressure (psi)

D: formulation

1

80

1.5

20,000

A

2.03

0.3440

26.78

76.06

8.53

2

70

1.5

10,000

A

1.70

0.3711

24.94

76.72

8.60

3

80

2

10,000

A

2.24

0.3435

32.00

76.15

6.71

4

80

1.5

0

B

1.80

0.3486

26.18

73.77

11.34

5

60

2

10,000

A

3.18

0.4151

21.75

76.18

7.77

6

70

1.5

10,000

B

1.40

0.3786

22.20

75.43

10.36

7

70

1.5

10,000

B

1.80

0.3457

20.26

76.47

13.29

8

70

2

20,000

A

2.77

0.3314

20.70

77.05

7.73

9

60

1.5

20,000

A

4.56

0.3396

29.10

77.61

8.05

10

60

2

10,000

B

3.44

0.4557

19.15

76.60

7.80

11

70

1

0

A

3.42

0.3013

22.99

76.52

8.87

12

60

1

10,000

B

3.46

0.3519

23.24

77.46

10.34

13

80

1.5

20,000

B

1.79

0.3177

29.42

77.65

6.49

14

70

1.5

10,000

B

2.85

0.3052

23.69

75.76

10.98

15

60

1

10,000

A

4.84

0.5806

25.57

77.70

8.71

16

70

1.5

10,000

B

4.07

0.3255

26.65

76.96

12.62

17

70

1.5

10,000

A

3.46

0.3188

24.25

78.61

3.81

18

80

1

10,000

B

3.68

0.3628

29.95

76.64

6.04

19

70

2

20,000

B

3.79

0.3579

22.92

74.75

8.76

20

60

1.5

20,000

B

5.65

0.4452

20.45

75.67

8.16

21

70

2

0

A

2.16

0.3449

21.01

73.87

9.20

22

70

2

0

B

2.79

0.3641

20.61

73.81

9.94

23

60

1.5

0

A

4.49

0.4138

22.06

73.24

10.48

24

80

1.5

0

A

2.48

0.2872

29.73

74.27

10.38

25

70

1

20,000

A

2.42

0.2816

20.69

78.17

11.05

26

70

1.5

10,000

A

2.76

0.3310

22.73

75.79

8.24

27

70

1.5

10,000

A

3.57

0.2680

17.27

78.80

8.81

28

60

1.5

0

B

3.49

0.4590

18.88

76.73

8.50

29

70

1

0

B

2.87

0.3183

21.18

76.01

8.38

30

80

2

10,000

B

2.18

0.3070

30.57

76.39

10.20

31

70

1

20,000

B

3.33

0.3675

15.72

77.04

6.03

32

70

1.5

10,000

B

2.91

0.3642

19.42

76.77

7.66

33

70

1.5

10,000

A

4.58

0.3539

21.04

77.91

11.45

34

80

1

10,000

A

2.71

0.3323

26.25

78.67

11.91

Run

Factor 1

Factor 2

Factor 3

Factor 4

FDt

Contrast

Correlation

IDM

Entropy

A: temperature (°C)

B: thickness (mm)

C: pressure (psi)

D: formulation

1

80

1.5

20,000

A

2.5819

576.36

8.176 × 10–4

0.052

9.142

2

70

1.5

10,000

A

2.5823

562.93

7.903 × 10–4

0.053

9.236

3

80

2

10,000

A

2.5628

542.28

9.004 × 10–4

0.053

9.056

4

80

1.5

0

B

2.5884

646.24

7.343 × 10–4

0.049

9.299

5

60

2

10,000

A

2.6477

1011.11

4.805 × 10–4

0.049

9.569

6

70

1.5

10,000

B

2.5746

570.87

8.420 × 10–4

0.052

9.117

7

70

1.5

10,000

B

2.5661

576.00

8.605 × 10–4

0.051

9.044

8

70

2

20,000

A

2.5577

566.45

8.716 × 10–4

0.052

9.053

9

60

1.5

20,000

A

2.6390

980.59

5.054 × 10–4

0.039

9.528

10

60

2

10,000

B

2.6463

947.07

5.244 × 10–4

0.040

9.562

11

70

1

0

A

2.5763

679.40

7.206 × 10–4

0.047

9.297

12

60

1

10,000

B

2.6632

1042.35

4.765 × 10–4

0.038

9.670

13

80

1.5

20,000

B

2.5740

557.21

8.359 × 10–4

0.053

9.158

14

70

1.5

10,000

B

2.6055

744.08

6.711 × 10–4

0.045

9.295

15

60

1

10,000

A

2.6488

946.88

5.243 × 10–4

0.041

9.558

16

70

1.5

10,000

B

2.5835

548.90

8.318 × 10–4

0.053

9.102

17

70

1.5

10,000

A

2.5675

552.89

8.501 × 10–4

0.052

9.129

18

80

1

10,000

B

2.5886

588.15

8.071 × 10–4

0.051

9.175

19

70

2

20,000

B

2.5598

535.17

8.415 × 10–4

0.053

9.186

20

60

1.5

20,000

B

2.6388

943.09

5.314 × 10–4

0.040

9.129

21

70

2

0

A

2.5481

567.07

8.395 × 10–4

0.052

9.166

22

70

2

0

B

2.5566

554.99

7.766 × 10–4

0.053

9.268

23

60

1.5

0

A

2.5980

743.88

5.833 × 10–4

0.046

9.486

24

80

1.5

0

A

2.5578

631.66

7.84Ex10–4

0.049

9.189

25

70

1

20,000

A

2.5842

574.64

8.336 × 10–4

0.052

9.147

26

70

1.5

10,000

A

2.6073

815.98

6.028 × 10–4

0.043

9.290

27

70

1.5

10,000

A

2.5897

593.05

7.980 × 10–4

0.051

9.199

28

60

1.5

0

B

2.6202

845.60

5.012 × 10–4

0.042

9.710

29

70

1

0

B

2.5400

558.19

8.504 × 10–4

0.052

9.159

30

80

2

10,000

B

2.6010

623.01

7.503 × 10–4

0.050

9.270

31

70

1

20,000

B

2.5645

556.09

8.927 × 10–4

0.053

9.001

32

70

1.5

10,000

B

2.5524

524.56

9.457 × 10–4

0.054

8.978

33

70

1.5

10,000

A

2.5475

495.47

9.894 × 10–4

0.055

8.891

34

80

1

10,000

A

2.5988

640.00

7.444 × 10–4

0.049

9.255

  1. Box Behnken optimal experimental design methodology for preparation of emulsions and adjusted variables to the model: FDt, Contrast, Correlation, IDM, and Entropy for flakes of HOPO nanoemulsions.