Mixture of sodium chloride + Glucose + Water

Datasets

1. η - Viscosity, Pa*s (2)
2. ρ_l - Mass density, kg/m3 (2)

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed			Measured
Molality, mol/kg of Glucose (2) - Liquid	Molality, mol/kg of sodium chloride (1) - Liquid	Temperature, K - Liquid	Viscosity, Pa*s - Liquid
0.5000	0.5000	293.15	0.0013
0.5000	0.5000	303.15	0.0010
0.5000	0.5000	313.15	0.0008
0.5000	1.0000	293.15	0.0014
0.5000	1.0000	303.15	0.0011
0.5000	1.0000	313.15	0.0009
0.5000	1.5	293.15	0.0014
0.5000	1.5	303.15	0.0011
0.5000	1.5	313.15	0.0009
0.5000	2.0	293.15	0.0015
0.5000	2.0	303.15	0.0012
0.5000	2.0	313.15	0.0010
0.5000	2.5	293.15	0.0016
0.5000	2.5	303.15	0.0013
0.5000	2.5	313.15	0.0010
0.5000	3.0	293.15	0.0017
0.5000	3.0	303.15	0.0013
0.5000	3.0	313.15	0.0011
0.5000	3.5	293.15	0.0018
0.5000	3.5	303.15	0.0014
0.5000	3.5	313.15	0.0012
0.5000	4.0	293.15	0.0019
0.5000	4.0	303.15	0.0015
0.5000	4.0	313.15	0.0012
1.0000	0.5000	293.15	0.0017
1.0000	0.5000	303.15	0.0013
1.0000	0.5000	313.15	0.0010
1.0000	1.0000	293.15	0.0017
1.0000	1.0000	303.15	0.0013
1.0000	1.0000	313.15	0.0011
1.0000	1.5	293.15	0.0018
1.0000	1.5	303.15	0.0014
1.0000	1.5	313.15	0.0011
1.0000	2.0	293.15	0.0019
1.0000	2.0	303.15	0.0015
1.0000	2.0	313.15	0.0012
1.0000	2.5	293.15	0.0020
1.0000	2.5	303.15	0.0016
1.0000	2.5	313.15	0.0013
1.0000	3.0	293.15	0.0021
1.0000	3.0	303.15	0.0017
1.0000	3.0	313.15	0.0013
1.0000	3.5	293.15	0.0022
1.0000	3.5	303.15	0.0018
1.0000	3.5	313.15	0.0014
1.0000	4.0	293.15	0.0024
1.0000	4.0	303.15	0.0019
1.0000	4.0	313.15	0.0015
1.2	1.2	298.15	0.0017
1.2	1.2	303.15	0.0015
1.2	1.2	308.15	0.0013
1.2	2.2	298.15	0.0019
1.2	2.2	303.15	0.0017
1.2	2.2	308.15	0.0015
1.2	3.2	298.15	0.0021
1.2	3.2	303.15	0.0019
1.2	3.2	308.15	0.0017
1.2	3.8	298.15	0.0022
1.2	3.8	303.15	0.0020
1.2	3.8	308.15	0.0018
1.5	0.5000	293.15	0.0021
1.5	0.5000	303.15	0.0016
1.5	0.5000	313.15	0.0013
1.5	1.0000	293.15	0.0022
1.5	1.0000	303.15	0.0017
1.5	1.0000	313.15	0.0013
1.5	1.5	293.15	0.0023
1.5	1.5	303.15	0.0018
1.5	1.5	313.15	0.0014
1.5	2.0	293.15	0.0024
1.5	2.0	303.15	0.0019
1.5	2.0	313.15	0.0015
1.5	2.5	293.15	0.0025
1.5	2.5	303.15	0.0020
1.5	2.5	313.15	0.0016
1.5	3.0	293.15	0.0027
1.5	3.0	303.15	0.0021
1.5	3.0	313.15	0.0016
1.5	3.5	293.15	0.0028
1.5	3.5	303.15	0.0022
1.5	3.5	313.15	0.0017
1.5	4.0	293.15	0.0030
1.5	4.0	303.15	0.0023
1.5	4.0	313.15	0.0018
1.8	1.2	298.15	0.0022
1.8	1.2	303.15	0.0020
1.8	1.2	308.15	0.0017
1.8	2.2	298.15	0.0025
1.8	2.2	303.15	0.0022
1.8	2.2	308.15	0.0019
1.8	3.2	298.15	0.0027
1.8	3.2	303.15	0.0024
1.8	3.2	308.15	0.0021
1.8	3.8	298.15	0.0029
1.8	3.8	303.15	0.0026
1.8	3.8	308.15	0.0023
2.0	0.5000	293.15	0.0026
2.0	0.5000	303.15	0.0020
2.0	0.5000	313.15	0.0016
2.0	1.0000	293.15	0.0028
2.0	1.0000	303.15	0.0021
2.0	1.0000	313.15	0.0016
2.0	1.5	293.15	0.0029
2.0	1.5	303.15	0.0022
2.0	1.5	313.15	0.0017
2.0	2.0	293.15	0.0030
2.0	2.0	303.15	0.0023
2.0	2.0	313.15	0.0018
2.0	2.5	293.15	0.0032
2.0	2.5	303.15	0.0024
2.0	2.5	313.15	0.0019
2.0	3.0	293.15	0.0034
2.0	3.0	303.15	0.0025
2.0	3.0	313.15	0.0020
2.0	3.5	293.15	0.0036
2.0	3.5	303.15	0.0027
2.0	3.5	313.15	0.0021
2.0	4.0	293.15	0.0038
2.0	4.0	303.15	0.0028
2.0	4.0	313.15	0.0022
2.5	0.5000	293.15	0.0033
2.5	0.5000	303.15	0.0025
2.5	0.5000	313.15	0.0019
2.5	1.0000	293.15	0.0035
2.5	1.0000	303.15	0.0026
2.5	1.0000	313.15	0.0020
2.5	1.5	293.15	0.0036
2.5	1.5	303.15	0.0027
2.5	1.5	313.15	0.0021
2.5	2.0	293.15	0.0038
2.5	2.0	303.15	0.0028
2.5	2.0	313.15	0.0022
2.5	2.5	293.15	0.0040
2.5	2.5	303.15	0.0030
2.5	2.5	313.15	0.0023
2.5	3.0	293.15	0.0042
2.5	3.0	303.15	0.0031
2.5	3.0	313.15	0.0024
2.5	3.5	293.15	0.0045
2.5	3.5	303.15	0.0033
2.5	3.5	313.15	0.0025
2.5	4.0	293.15	0.0048
2.5	4.0	303.15	0.0035
2.5	4.0	313.15	0.0027
2.7	1.2	298.15	0.0033
2.7	1.2	303.15	0.0028
2.7	1.2	308.15	0.0025
2.7	2.2	298.15	0.0036
2.7	2.2	303.15	0.0031
2.7	2.2	308.15	0.0027
2.7	3.2	298.15	0.0041
2.7	3.2	303.15	0.0035
2.7	3.2	308.15	0.0030
2.7	3.8	298.15	0.0043
2.7	3.8	303.15	0.0037
2.7	3.8	308.15	0.0032
3.0	0.5000	293.15	0.0041
3.0	0.5000	303.15	0.0030
3.0	0.5000	313.15	0.0023
3.0	1.0000	293.15	0.0043
3.0	1.0000	303.15	0.0032
3.0	1.0000	313.15	0.0024
3.0	1.5	293.15	0.0045
3.0	1.5	303.15	0.0033
3.0	1.5	313.15	0.0025
3.0	2.0	293.15	0.0048
3.0	2.0	303.15	0.0035
3.0	2.0	313.15	0.0026
3.0	2.5	293.15	0.0050
3.0	2.5	303.15	0.0037
3.0	2.5	313.15	0.0028
3.0	3.0	293.15	0.0053
3.0	3.0	303.15	0.0039
3.0	3.0	313.15	0.0029
3.0	3.5	293.15	0.0056
3.0	3.5	303.15	0.0041
3.0	3.5	313.15	0.0031
3.0	4.0	293.15	0.0060
3.0	4.0	303.15	0.0043
3.0	4.0	313.15	0.0032
3.2	1.2	298.15	0.0041
3.2	1.2	303.15	0.0035
3.2	1.2	308.15	0.0030
3.2	2.2	298.15	0.0045
3.2	2.2	303.15	0.0038
3.2	2.2	308.15	0.0033
3.2	3.2	298.15	0.0050
3.2	3.2	303.15	0.0043
3.2	3.2	308.15	0.0037
3.2	3.8	298.15	0.0053
3.2	3.8	303.15	0.0045
3.2	3.8	308.15	0.0039
3.5	0.5000	293.15	0.0052
3.5	0.5000	303.15	0.0037
3.5	0.5000	313.15	0.0028
3.5	1.0000	293.15	0.0054
3.5	1.0000	303.15	0.0039
3.5	1.0000	313.15	0.0029
3.5	1.5	293.15	0.0057
3.5	1.5	303.15	0.0041
3.5	1.5	313.15	0.0030
3.5	2.0	293.15	0.0060
3.5	2.0	303.15	0.0043
3.5	2.0	313.15	0.0032
3.5	2.5	293.15	0.0063
3.5	2.5	303.15	0.0045
3.5	2.5	313.15	0.0033
3.5	3.0	293.15	0.0066
3.5	3.0	303.15	0.0047
3.5	3.0	313.15	0.0035
3.5	3.5	293.15	0.0070
3.5	3.5	303.15	0.0050
3.5	3.5	313.15	0.0037
3.5	4.0	293.15	0.0074
3.5	4.0	303.15	0.0052
3.5	4.0	313.15	0.0039
4.0	0.5000	293.15	0.0064
4.0	0.5000	303.15	0.0045
4.0	0.5000	313.15	0.0033
4.0	1.0000	293.15	0.0067
4.0	1.0000	303.15	0.0047
4.0	1.0000	313.15	0.0035
4.0	1.5	293.15	0.0071
4.0	1.5	303.15	0.0050
4.0	1.5	313.15	0.0037
4.0	2.0	293.15	0.0074
4.0	2.0	303.15	0.0052
4.0	2.0	313.15	0.0038
4.0	2.5	293.15	0.0078
4.0	2.5	303.15	0.0055
4.0	2.5	313.15	0.0040
4.0	3.0	293.15	0.0082
4.0	3.0	303.15	0.0057
4.0	3.0	313.15	0.0042
4.0	3.5	293.15	0.0087
4.0	3.5	303.15	0.0061
4.0	3.5	313.15	0.0044
4.0	4.0	293.15	0.0092
4.0	4.0	303.15	0.0064
4.0	4.0	313.15	0.0047

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed			Measured
Molality, mol/kg of Glucose (2) - Liquid	Molality, mol/kg of sodium chloride (1) - Liquid	Temperature, K - Liquid	Viscosity, Pa*s - Liquid
0.5000	0.5000	293.15	0.0013
0.5000	0.5000	303.15	0.0010
0.5000	0.5000	313.15	0.0008
0.5000	1.0000	293.15	0.0014
0.5000	1.0000	303.15	0.0011
0.5000	1.0000	313.15	0.0009
0.5000	1.5	293.15	0.0014
0.5000	1.5	303.15	0.0011
0.5000	1.5	313.15	0.0009
0.5000	2.0	293.15	0.0015
0.5000	2.0	303.15	0.0012
0.5000	2.0	313.15	0.0010
0.5000	2.5	293.15	0.0016
0.5000	2.5	303.15	0.0013
0.5000	2.5	313.15	0.0010
0.5000	3.0	293.15	0.0017
0.5000	3.0	303.15	0.0013
0.5000	3.0	313.15	0.0011
0.5000	3.5	293.15	0.0018
0.5000	3.5	303.15	0.0014
0.5000	3.5	313.15	0.0012
0.5000	4.0	293.15	0.0019
0.5000	4.0	303.15	0.0015
0.5000	4.0	313.15	0.0012
1.0000	0.5000	293.15	0.0017
1.0000	0.5000	303.15	0.0013
1.0000	0.5000	313.15	0.0010
1.0000	1.0000	293.15	0.0017
1.0000	1.0000	303.15	0.0013
1.0000	1.0000	313.15	0.0011
1.0000	1.5	293.15	0.0018
1.0000	1.5	303.15	0.0014
1.0000	1.5	313.15	0.0011
1.0000	2.0	293.15	0.0019
1.0000	2.0	303.15	0.0015
1.0000	2.0	313.15	0.0012
1.0000	2.5	293.15	0.0020
1.0000	2.5	303.15	0.0016
1.0000	2.5	313.15	0.0013
1.0000	3.0	293.15	0.0021
1.0000	3.0	303.15	0.0017
1.0000	3.0	313.15	0.0013
1.0000	3.5	293.15	0.0022
1.0000	3.5	303.15	0.0018
1.0000	3.5	313.15	0.0014
1.0000	4.0	293.15	0.0024
1.0000	4.0	303.15	0.0019
1.0000	4.0	313.15	0.0015
1.2	1.2	298.15	0.0017
1.2	1.2	303.15	0.0015
1.2	1.2	308.15	0.0013
1.2	2.2	298.15	0.0019
1.2	2.2	303.15	0.0017
1.2	2.2	308.15	0.0015
1.2	3.2	298.15	0.0021
1.2	3.2	303.15	0.0019
1.2	3.2	308.15	0.0017
1.2	3.8	298.15	0.0022
1.2	3.8	303.15	0.0020
1.2	3.8	308.15	0.0018
1.5	0.5000	293.15	0.0021
1.5	0.5000	303.15	0.0016
1.5	0.5000	313.15	0.0013
1.5	1.0000	293.15	0.0022
1.5	1.0000	303.15	0.0017
1.5	1.0000	313.15	0.0013
1.5	1.5	293.15	0.0023
1.5	1.5	303.15	0.0018
1.5	1.5	313.15	0.0014
1.5	2.0	293.15	0.0024
1.5	2.0	303.15	0.0019
1.5	2.0	313.15	0.0015
1.5	2.5	293.15	0.0025
1.5	2.5	303.15	0.0020
1.5	2.5	313.15	0.0016
1.5	3.0	293.15	0.0027
1.5	3.0	303.15	0.0021
1.5	3.0	313.15	0.0016
1.5	3.5	293.15	0.0028
1.5	3.5	303.15	0.0022
1.5	3.5	313.15	0.0017
1.5	4.0	293.15	0.0030
1.5	4.0	303.15	0.0023
1.5	4.0	313.15	0.0018
1.8	1.2	298.15	0.0022
1.8	1.2	303.15	0.0020
1.8	1.2	308.15	0.0017
1.8	2.2	298.15	0.0025
1.8	2.2	303.15	0.0022
1.8	2.2	308.15	0.0019
1.8	3.2	298.15	0.0027
1.8	3.2	303.15	0.0024
1.8	3.2	308.15	0.0021
1.8	3.8	298.15	0.0029
1.8	3.8	303.15	0.0026
1.8	3.8	308.15	0.0023
2.0	0.5000	293.15	0.0026
2.0	0.5000	303.15	0.0020
2.0	0.5000	313.15	0.0016
2.0	1.0000	293.15	0.0028
2.0	1.0000	303.15	0.0021
2.0	1.0000	313.15	0.0016
2.0	1.5	293.15	0.0029
2.0	1.5	303.15	0.0022
2.0	1.5	313.15	0.0017
2.0	2.0	293.15	0.0030
2.0	2.0	303.15	0.0023
2.0	2.0	313.15	0.0018
2.0	2.5	293.15	0.0032
2.0	2.5	303.15	0.0024
2.0	2.5	313.15	0.0019
2.0	3.0	293.15	0.0034
2.0	3.0	303.15	0.0025
2.0	3.0	313.15	0.0020
2.0	3.5	293.15	0.0036
2.0	3.5	303.15	0.0027
2.0	3.5	313.15	0.0021
2.0	4.0	293.15	0.0038
2.0	4.0	303.15	0.0028
2.0	4.0	313.15	0.0022
2.5	0.5000	293.15	0.0033
2.5	0.5000	303.15	0.0025
2.5	0.5000	313.15	0.0019
2.5	1.0000	293.15	0.0035
2.5	1.0000	303.15	0.0026
2.5	1.0000	313.15	0.0020
2.5	1.5	293.15	0.0036
2.5	1.5	303.15	0.0027
2.5	1.5	313.15	0.0021
2.5	2.0	293.15	0.0038
2.5	2.0	303.15	0.0028
2.5	2.0	313.15	0.0022
2.5	2.5	293.15	0.0040
2.5	2.5	303.15	0.0030
2.5	2.5	313.15	0.0023
2.5	3.0	293.15	0.0042
2.5	3.0	303.15	0.0031
2.5	3.0	313.15	0.0024
2.5	3.5	293.15	0.0045
2.5	3.5	303.15	0.0033
2.5	3.5	313.15	0.0025
2.5	4.0	293.15	0.0048
2.5	4.0	303.15	0.0035
2.5	4.0	313.15	0.0027
2.7	1.2	298.15	0.0033
2.7	1.2	303.15	0.0028
2.7	1.2	308.15	0.0025
2.7	2.2	298.15	0.0036
2.7	2.2	303.15	0.0031
2.7	2.2	308.15	0.0027
2.7	3.2	298.15	0.0041
2.7	3.2	303.15	0.0035
2.7	3.2	308.15	0.0030
2.7	3.8	298.15	0.0043
2.7	3.8	303.15	0.0037
2.7	3.8	308.15	0.0032
3.0	0.5000	293.15	0.0041
3.0	0.5000	303.15	0.0030
3.0	0.5000	313.15	0.0023
3.0	1.0000	293.15	0.0043
3.0	1.0000	303.15	0.0032
3.0	1.0000	313.15	0.0024
3.0	1.5	293.15	0.0045
3.0	1.5	303.15	0.0033
3.0	1.5	313.15	0.0025
3.0	2.0	293.15	0.0048
3.0	2.0	303.15	0.0035
3.0	2.0	313.15	0.0026
3.0	2.5	293.15	0.0050
3.0	2.5	303.15	0.0037
3.0	2.5	313.15	0.0028
3.0	3.0	293.15	0.0053
3.0	3.0	303.15	0.0039
3.0	3.0	313.15	0.0029
3.0	3.5	293.15	0.0056
3.0	3.5	303.15	0.0041
3.0	3.5	313.15	0.0031
3.0	4.0	293.15	0.0060
3.0	4.0	303.15	0.0043
3.0	4.0	313.15	0.0032
3.2	1.2	298.15	0.0041
3.2	1.2	303.15	0.0035
3.2	1.2	308.15	0.0030
3.2	2.2	298.15	0.0045
3.2	2.2	303.15	0.0038
3.2	2.2	308.15	0.0033
3.2	3.2	298.15	0.0050
3.2	3.2	303.15	0.0043
3.2	3.2	308.15	0.0037
3.2	3.8	298.15	0.0053
3.2	3.8	303.15	0.0045
3.2	3.8	308.15	0.0039
3.5	0.5000	293.15	0.0052
3.5	0.5000	303.15	0.0037
3.5	0.5000	313.15	0.0028
3.5	1.0000	293.15	0.0054
3.5	1.0000	303.15	0.0039
3.5	1.0000	313.15	0.0029
3.5	1.5	293.15	0.0057
3.5	1.5	303.15	0.0041
3.5	1.5	313.15	0.0030
3.5	2.0	293.15	0.0060
3.5	2.0	303.15	0.0043
3.5	2.0	313.15	0.0032
3.5	2.5	293.15	0.0063
3.5	2.5	303.15	0.0045
3.5	2.5	313.15	0.0033
3.5	3.0	293.15	0.0066
3.5	3.0	303.15	0.0047
3.5	3.0	313.15	0.0035
3.5	3.5	293.15	0.0070
3.5	3.5	303.15	0.0050
3.5	3.5	313.15	0.0037
3.5	4.0	293.15	0.0074
3.5	4.0	303.15	0.0052
3.5	4.0	313.15	0.0039
4.0	0.5000	293.15	0.0064
4.0	0.5000	303.15	0.0045
4.0	0.5000	313.15	0.0033
4.0	1.0000	293.15	0.0067
4.0	1.0000	303.15	0.0047
4.0	1.0000	313.15	0.0035
4.0	1.5	293.15	0.0071
4.0	1.5	303.15	0.0050
4.0	1.5	313.15	0.0037
4.0	2.0	293.15	0.0074
4.0	2.0	303.15	0.0052
4.0	2.0	313.15	0.0038
4.0	2.5	293.15	0.0078
4.0	2.5	303.15	0.0055
4.0	2.5	313.15	0.0040
4.0	3.0	293.15	0.0082
4.0	3.0	303.15	0.0057
4.0	3.0	313.15	0.0042
4.0	3.5	293.15	0.0087
4.0	3.5	303.15	0.0061
4.0	3.5	313.15	0.0044
4.0	4.0	293.15	0.0092
4.0	4.0	303.15	0.0064
4.0	4.0	313.15	0.0047

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed			Measured
Molality, mol/kg of Glucose (2) - Liquid	Molality, mol/kg of sodium chloride (1) - Liquid	Temperature, K - Liquid	Mass density, kg/m3 - Liquid
0.5000	0.5000	293.15	1049.2
0.5000	0.5000	303.15	1045.9
0.5000	0.5000	313.15	1041.9
0.5000	1.0000	293.15	1066.9
0.5000	1.0000	303.15	1063.3
0.5000	1.0000	313.15	1059.0
0.5000	1.5	293.15	1084.0
0.5000	1.5	303.15	1080.0
0.5000	1.5	313.15	1075.6
0.5000	2.0	293.15	1100.2
0.5000	2.0	303.15	1096.0
0.5000	2.0	313.15	1091.4
0.5000	2.5	293.15	1116.2
0.5000	2.5	303.15	1111.8
0.5000	2.5	313.15	1107.0
0.5000	3.0	293.15	1131.4
0.5000	3.0	303.15	1126.8
0.5000	3.0	313.15	1121.9
0.5000	3.5	293.15	1146.2
0.5000	3.5	303.15	1141.4
0.5000	3.5	313.15	1136.4
0.5000	4.0	293.15	1160.6
0.5000	4.0	303.15	1155.7
0.5000	4.0	313.15	1150.5
1.0000	0.5000	293.15	1076.6
1.0000	0.5000	303.15	1073.0
1.0000	0.5000	313.15	1068.8
1.0000	1.0000	293.15	1093.0
1.0000	1.0000	303.15	1089.1
1.0000	1.0000	313.15	1084.7
1.0000	1.5	293.15	1108.7
1.0000	1.5	303.15	1104.6
1.0000	1.5	313.15	1099.9
1.0000	2.0	293.15	1123.9
1.0000	2.0	303.15	1119.5
1.0000	2.0	313.15	1114.8
1.0000	2.5	293.15	1138.4
1.0000	2.5	303.15	1133.9
1.0000	2.5	313.15	1128.9
1.0000	3.0	293.15	1152.7
1.0000	3.0	303.15	1148.0
1.0000	3.0	313.15	1142.9
1.0000	3.5	293.15	1166.4
1.0000	3.5	303.15	1161.5
1.0000	3.5	313.15	1156.4
1.0000	4.0	293.15	1179.7
1.0000	4.0	303.15	1174.7
1.0000	4.0	313.15	1169.4
1.2	1.2	298.15	1106.7
1.2	1.2	303.15	1104.6
1.2	1.2	308.15	1102.4
1.2	2.2	298.15	1135.9
1.2	2.2	303.15	1133.6
1.2	2.2	308.15	1131.3
1.2	3.2	298.15	1163.5
1.2	3.2	303.15	1161.0
1.2	3.2	308.15	1158.5
1.2	3.8	298.15	1179.1
1.2	3.8	303.15	1176.6
1.2	3.8	308.15	1174.0
1.5	0.5000	293.15	1101.2
1.5	0.5000	303.15	1097.3
1.5	0.5000	313.15	1092.8
1.5	1.0000	293.15	1116.2
1.5	1.0000	303.15	1112.2
1.5	1.0000	313.15	1107.4
1.5	1.5	293.15	1131.4
1.5	1.5	303.15	1127.1
1.5	1.5	313.15	1122.3
1.5	2.0	293.15	1144.8
1.5	2.0	303.15	1140.3
1.5	2.0	313.15	1135.4
1.5	2.5	293.15	1158.4
1.5	2.5	303.15	1153.8
1.5	2.5	313.15	1148.8
1.5	3.0	293.15	1171.1
1.5	3.0	303.15	1166.3
1.5	3.0	313.15	1161.2
1.5	3.5	293.15	1184.4
1.5	3.5	303.15	1179.4
1.5	3.5	313.15	1174.2
1.5	4.0	293.15	1196.8
1.5	4.0	303.15	1191.7
1.5	4.0	313.15	1186.4
1.8	1.2	298.15	1133.1
1.8	1.2	303.15	1130.9
1.8	1.2	308.15	1128.5
1.8	2.2	298.15	1159.4
1.8	2.2	303.15	1157.1
1.8	2.2	308.15	1154.6
1.8	3.2	298.15	1184.8
1.8	3.2	303.15	1182.3
1.8	3.2	308.15	1179.7
1.8	3.8	298.15	1199.3
1.8	3.8	303.15	1196.8
1.8	3.8	308.15	1194.1
2.0	0.5000	293.15	1123.3
2.0	0.5000	303.15	1119.2
2.0	0.5000	313.15	1114.4
2.0	1.0000	293.15	1137.3
2.0	1.0000	303.15	1133.0
2.0	1.0000	313.15	1128.2
2.0	1.5	293.15	1150.9
2.0	1.5	303.15	1146.5
2.0	1.5	313.15	1141.6
2.0	2.0	293.15	1163.9
2.0	2.0	303.15	1159.3
2.0	2.0	313.15	1154.3
2.0	2.5	293.15	1176.6
2.0	2.5	303.15	1171.8
2.0	2.5	313.15	1166.7
2.0	3.0	293.15	1189.0
2.0	3.0	303.15	1184.1
2.0	3.0	313.15	1178.9
2.0	3.5	293.15	1200.9
2.0	3.5	303.15	1195.8
2.0	3.5	313.15	1190.6
2.0	4.0	293.15	1212.4
2.0	4.0	303.15	1207.3
2.0	4.0	313.15	1201.9
2.5	0.5000	293.15	1143.3
2.5	0.5000	303.15	1139.1
2.5	0.5000	313.15	1134.3
2.5	1.0000	293.15	1156.4
2.5	1.0000	303.15	1152.0
2.5	1.0000	313.15	1147.2
2.5	1.5	293.15	1169.0
2.5	1.5	303.15	1164.4
2.5	1.5	313.15	1159.4
2.5	2.0	293.15	1181.2
2.5	2.0	303.15	1176.5
2.5	2.0	313.15	1171.4
2.5	2.5	293.15	1193.1
2.5	2.5	303.15	1188.2
2.5	2.5	313.15	1183.1
2.5	3.0	293.15	1204.6
2.5	3.0	303.15	1199.6
2.5	3.0	313.15	1194.4
2.5	3.5	293.15	1215.8
2.5	3.5	303.15	1210.7
2.5	3.5	313.15	1205.4
2.5	4.0	293.15	1226.8
2.5	4.0	303.15	1221.6
2.5	4.0	313.15	1216.2
2.7	1.2	298.15	1166.3
2.7	1.2	303.15	1164.0
2.7	1.2	308.15	1161.6
2.7	2.2	298.15	1190.1
2.7	2.2	303.15	1187.6
2.7	2.2	308.15	1185.1
2.7	3.2	298.15	1212.5
2.7	3.2	303.15	1209.9
2.7	3.2	308.15	1207.3
2.7	3.8	298.15	1225.3
2.7	3.8	303.15	1222.7
2.7	3.8	308.15	1220.0
3.0	0.5000	293.15	1161.6
3.0	0.5000	303.15	1157.2
3.0	0.5000	313.15	1152.4
3.0	1.0000	293.15	1173.8
3.0	1.0000	303.15	1169.3
3.0	1.0000	313.15	1164.3
3.0	1.5	293.15	1185.7
3.0	1.5	303.15	1181.0
3.0	1.5	313.15	1175.9
3.0	2.0	293.15	1197.1
3.0	2.0	303.15	1192.3
3.0	2.0	313.15	1187.2
3.0	2.5	293.15	1208.2
3.0	2.5	303.15	1203.2
3.0	2.5	313.15	1198.0
3.0	3.0	293.15	1219.0
3.0	3.0	303.15	1214.0
3.0	3.0	313.15	1208.7
3.0	3.5	293.15	1229.6
3.0	3.5	303.15	1224.5
3.0	3.5	313.15	1219.1
3.0	4.0	293.15	1239.9
3.0	4.0	303.15	1234.7
3.0	4.0	313.15	1229.2
3.2	1.2	298.15	1182.6
3.2	1.2	303.15	1180.2
3.2	1.2	308.15	1177.7
3.2	2.2	298.15	1205.0
3.2	2.2	303.15	1202.5
3.2	2.2	308.15	1199.9
3.2	3.2	298.15	1226.0
3.2	3.2	303.15	1223.4
3.2	3.2	308.15	1220.8
3.2	3.8	298.15	1238.2
3.2	3.8	303.15	1235.5
3.2	3.8	308.15	1232.8
3.5	0.5000	293.15	1178.1
3.5	0.5000	303.15	1173.6
3.5	0.5000	313.15	1168.7
3.5	1.0000	293.15	1189.7
3.5	1.0000	303.15	1185.0
3.5	1.0000	313.15	1180.0
3.5	1.5	293.15	1200.7
3.5	1.5	303.15	1195.9
3.5	1.5	313.15	1190.8
3.5	2.0	293.15	1211.6
3.5	2.0	303.15	1206.7
3.5	2.0	313.15	1201.5
3.5	2.5	293.15	1221.9
3.5	2.5	303.15	1216.9
3.5	2.5	313.15	1211.6
3.5	3.0	293.15	1232.2
3.5	3.0	303.15	1227.1
3.5	3.0	313.15	1221.8
3.5	3.5	293.15	1242.1
3.5	3.5	303.15	1236.9
3.5	3.5	313.15	1231.5
3.5	4.0	293.15	1251.8
3.5	4.0	303.15	1246.5
3.5	4.0	313.15	1241.1
4.0	0.5000	293.15	1193.3
4.0	0.5000	303.15	1188.7
4.0	0.5000	313.15	1183.6
4.0	1.0000	293.15	1204.1
4.0	1.0000	303.15	1199.4
4.0	1.0000	313.15	1194.1
4.0	1.5	293.15	1214.6
4.0	1.5	303.15	1209.8
4.0	1.5	313.15	1204.6
4.0	2.0	293.15	1224.7
4.0	2.0	303.15	1219.7
4.0	2.0	313.15	1214.5
4.0	2.5	293.15	1234.6
4.0	2.5	303.15	1229.5
4.0	2.5	313.15	1224.2
4.0	3.0	293.15	1244.2
4.0	3.0	303.15	1239.1
4.0	3.0	313.15	1233.7
4.0	3.5	293.15	1253.7
4.0	3.5	303.15	1248.5
4.0	3.5	313.15	1243.0
4.0	4.0	293.15	1262.9
4.0	4.0	303.15	1257.6
4.0	4.0	313.15	1252.1

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed			Measured
Molality, mol/kg of Glucose (2) - Liquid	Molality, mol/kg of sodium chloride (1) - Liquid	Temperature, K - Liquid	Mass density, kg/m3 - Liquid
0.5000	0.5000	293.15	1049.2
0.5000	0.5000	303.15	1045.9
0.5000	0.5000	313.15	1041.9
0.5000	1.0000	293.15	1066.9
0.5000	1.0000	303.15	1063.3
0.5000	1.0000	313.15	1059.0
0.5000	1.5	293.15	1084.0
0.5000	1.5	303.15	1080.0
0.5000	1.5	313.15	1075.6
0.5000	2.0	293.15	1100.2
0.5000	2.0	303.15	1096.0
0.5000	2.0	313.15	1091.4
0.5000	2.5	293.15	1116.2
0.5000	2.5	303.15	1111.8
0.5000	2.5	313.15	1107.0
0.5000	3.0	293.15	1131.4
0.5000	3.0	303.15	1126.8
0.5000	3.0	313.15	1121.9
0.5000	3.5	293.15	1146.2
0.5000	3.5	303.15	1141.4
0.5000	3.5	313.15	1136.4
0.5000	4.0	293.15	1160.6
0.5000	4.0	303.15	1155.7
0.5000	4.0	313.15	1150.5
1.0000	0.5000	293.15	1076.6
1.0000	0.5000	303.15	1073.0
1.0000	0.5000	313.15	1068.8
1.0000	1.0000	293.15	1093.0
1.0000	1.0000	303.15	1089.1
1.0000	1.0000	313.15	1084.7
1.0000	1.5	293.15	1108.7
1.0000	1.5	303.15	1104.6
1.0000	1.5	313.15	1099.9
1.0000	2.0	293.15	1123.9
1.0000	2.0	303.15	1119.5
1.0000	2.0	313.15	1114.8
1.0000	2.5	293.15	1138.4
1.0000	2.5	303.15	1133.9
1.0000	2.5	313.15	1128.9
1.0000	3.0	293.15	1152.7
1.0000	3.0	303.15	1148.0
1.0000	3.0	313.15	1142.9
1.0000	3.5	293.15	1166.4
1.0000	3.5	303.15	1161.5
1.0000	3.5	313.15	1156.4
1.0000	4.0	293.15	1179.7
1.0000	4.0	303.15	1174.7
1.0000	4.0	313.15	1169.4
1.2	1.2	298.15	1106.7
1.2	1.2	303.15	1104.6
1.2	1.2	308.15	1102.4
1.2	2.2	298.15	1135.9
1.2	2.2	303.15	1133.6
1.2	2.2	308.15	1131.3
1.2	3.2	298.15	1163.5
1.2	3.2	303.15	1161.0
1.2	3.2	308.15	1158.5
1.2	3.8	298.15	1179.1
1.2	3.8	303.15	1176.6
1.2	3.8	308.15	1174.0
1.5	0.5000	293.15	1101.2
1.5	0.5000	303.15	1097.3
1.5	0.5000	313.15	1092.8
1.5	1.0000	293.15	1116.2
1.5	1.0000	303.15	1112.2
1.5	1.0000	313.15	1107.4
1.5	1.5	293.15	1131.4
1.5	1.5	303.15	1127.1
1.5	1.5	313.15	1122.3
1.5	2.0	293.15	1144.8
1.5	2.0	303.15	1140.3
1.5	2.0	313.15	1135.4
1.5	2.5	293.15	1158.4
1.5	2.5	303.15	1153.8
1.5	2.5	313.15	1148.8
1.5	3.0	293.15	1171.1
1.5	3.0	303.15	1166.3
1.5	3.0	313.15	1161.2
1.5	3.5	293.15	1184.4
1.5	3.5	303.15	1179.4
1.5	3.5	313.15	1174.2
1.5	4.0	293.15	1196.8
1.5	4.0	303.15	1191.7
1.5	4.0	313.15	1186.4
1.8	1.2	298.15	1133.1
1.8	1.2	303.15	1130.9
1.8	1.2	308.15	1128.5
1.8	2.2	298.15	1159.4
1.8	2.2	303.15	1157.1
1.8	2.2	308.15	1154.6
1.8	3.2	298.15	1184.8
1.8	3.2	303.15	1182.3
1.8	3.2	308.15	1179.7
1.8	3.8	298.15	1199.3
1.8	3.8	303.15	1196.8
1.8	3.8	308.15	1194.1
2.0	0.5000	293.15	1123.3
2.0	0.5000	303.15	1119.2
2.0	0.5000	313.15	1114.4
2.0	1.0000	293.15	1137.3
2.0	1.0000	303.15	1133.0
2.0	1.0000	313.15	1128.2
2.0	1.5	293.15	1150.9
2.0	1.5	303.15	1146.5
2.0	1.5	313.15	1141.6
2.0	2.0	293.15	1163.9
2.0	2.0	303.15	1159.3
2.0	2.0	313.15	1154.3
2.0	2.5	293.15	1176.6
2.0	2.5	303.15	1171.8
2.0	2.5	313.15	1166.7
2.0	3.0	293.15	1189.0
2.0	3.0	303.15	1184.1
2.0	3.0	313.15	1178.9
2.0	3.5	293.15	1200.9
2.0	3.5	303.15	1195.8
2.0	3.5	313.15	1190.6
2.0	4.0	293.15	1212.4
2.0	4.0	303.15	1207.3
2.0	4.0	313.15	1201.9
2.5	0.5000	293.15	1143.3
2.5	0.5000	303.15	1139.1
2.5	0.5000	313.15	1134.3
2.5	1.0000	293.15	1156.4
2.5	1.0000	303.15	1152.0
2.5	1.0000	313.15	1147.2
2.5	1.5	293.15	1169.0
2.5	1.5	303.15	1164.4
2.5	1.5	313.15	1159.4
2.5	2.0	293.15	1181.2
2.5	2.0	303.15	1176.5
2.5	2.0	313.15	1171.4
2.5	2.5	293.15	1193.1
2.5	2.5	303.15	1188.2
2.5	2.5	313.15	1183.1
2.5	3.0	293.15	1204.6
2.5	3.0	303.15	1199.6
2.5	3.0	313.15	1194.4
2.5	3.5	293.15	1215.8
2.5	3.5	303.15	1210.7
2.5	3.5	313.15	1205.4
2.5	4.0	293.15	1226.8
2.5	4.0	303.15	1221.6
2.5	4.0	313.15	1216.2
2.7	1.2	298.15	1166.3
2.7	1.2	303.15	1164.0
2.7	1.2	308.15	1161.6
2.7	2.2	298.15	1190.1
2.7	2.2	303.15	1187.6
2.7	2.2	308.15	1185.1
2.7	3.2	298.15	1212.5
2.7	3.2	303.15	1209.9
2.7	3.2	308.15	1207.3
2.7	3.8	298.15	1225.3
2.7	3.8	303.15	1222.7
2.7	3.8	308.15	1220.0
3.0	0.5000	293.15	1161.6
3.0	0.5000	303.15	1157.2
3.0	0.5000	313.15	1152.4
3.0	1.0000	293.15	1173.8
3.0	1.0000	303.15	1169.3
3.0	1.0000	313.15	1164.3
3.0	1.5	293.15	1185.7
3.0	1.5	303.15	1181.0
3.0	1.5	313.15	1175.9
3.0	2.0	293.15	1197.1
3.0	2.0	303.15	1192.3
3.0	2.0	313.15	1187.2
3.0	2.5	293.15	1208.2
3.0	2.5	303.15	1203.2
3.0	2.5	313.15	1198.0
3.0	3.0	293.15	1219.0
3.0	3.0	303.15	1214.0
3.0	3.0	313.15	1208.7
3.0	3.5	293.15	1229.6
3.0	3.5	303.15	1224.5
3.0	3.5	313.15	1219.1
3.0	4.0	293.15	1239.9
3.0	4.0	303.15	1234.7
3.0	4.0	313.15	1229.2
3.2	1.2	298.15	1182.6
3.2	1.2	303.15	1180.2
3.2	1.2	308.15	1177.7
3.2	2.2	298.15	1205.0
3.2	2.2	303.15	1202.5
3.2	2.2	308.15	1199.9
3.2	3.2	298.15	1226.0
3.2	3.2	303.15	1223.4
3.2	3.2	308.15	1220.8
3.2	3.8	298.15	1238.2
3.2	3.8	303.15	1235.5
3.2	3.8	308.15	1232.8
3.5	0.5000	293.15	1178.1
3.5	0.5000	303.15	1173.6
3.5	0.5000	313.15	1168.7
3.5	1.0000	293.15	1189.7
3.5	1.0000	303.15	1185.0
3.5	1.0000	313.15	1180.0
3.5	1.5	293.15	1200.7
3.5	1.5	303.15	1195.9
3.5	1.5	313.15	1190.8
3.5	2.0	293.15	1211.6
3.5	2.0	303.15	1206.7
3.5	2.0	313.15	1201.5
3.5	2.5	293.15	1221.9
3.5	2.5	303.15	1216.9
3.5	2.5	313.15	1211.6
3.5	3.0	293.15	1232.2
3.5	3.0	303.15	1227.1
3.5	3.0	313.15	1221.8
3.5	3.5	293.15	1242.1
3.5	3.5	303.15	1236.9
3.5	3.5	313.15	1231.5
3.5	4.0	293.15	1251.8
3.5	4.0	303.15	1246.5
3.5	4.0	313.15	1241.1
4.0	0.5000	293.15	1193.3
4.0	0.5000	303.15	1188.7
4.0	0.5000	313.15	1183.6
4.0	1.0000	293.15	1204.1
4.0	1.0000	303.15	1199.4
4.0	1.0000	313.15	1194.1
4.0	1.5	293.15	1214.6
4.0	1.5	303.15	1209.8
4.0	1.5	313.15	1204.6
4.0	2.0	293.15	1224.7
4.0	2.0	303.15	1219.7
4.0	2.0	313.15	1214.5
4.0	2.5	293.15	1234.6
4.0	2.5	303.15	1229.5
4.0	2.5	313.15	1224.2
4.0	3.0	293.15	1244.2
4.0	3.0	303.15	1239.1
4.0	3.0	313.15	1233.7
4.0	3.5	293.15	1253.7
4.0	3.5	303.15	1248.5
4.0	3.5	313.15	1243.0
4.0	4.0	293.15	1262.9
4.0	4.0	303.15	1257.6
4.0	4.0	313.15	1252.1

Sources

• Densities and Viscosities of Ternary Systems of Water + Glucose + Sodium Chloride at Several Temperatures