Mixture of Semicarbazide, hydrochloride + D-Valine + Water

Datasets

1. η - Viscosity, Pa*s (2)
2. ρ_l - Mass density, kg/m3 (2)
3. c_sound,fluid - Speed of Sound, m/s (2)

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed			Measured
Solvent: Mass fraction of Semicarbazide, hydrochloride (1) - Liquid	Temperature, K - Liquid	Molality, mol/kg of D-Valine (2) - Liquid	Viscosity, Pa*s - Liquid
0.0100	293.15	0.0000	0.0010
0.0100	293.15	0.0250	0.0010
0.0100	293.15	0.0498	0.0010
0.0100	293.15	0.0753	0.0010
0.0100	293.15	0.0998	0.0011
0.0100	293.15	0.1239	0.0011
0.0100	293.15	0.1502	0.0011
0.0100	298.15	0.0000	0.0009
0.0100	298.15	0.0250	0.0009
0.0100	298.15	0.0498	0.0009
0.0100	298.15	0.0753	0.0009
0.0100	298.15	0.0998	0.0009
0.0100	298.15	0.1239	0.0009
0.0100	298.15	0.1502	0.0010
0.0100	303.15	0.0000	0.0008
0.0100	303.15	0.0250	0.0008
0.0100	303.15	0.0498	0.0008
0.0100	303.15	0.0753	0.0008
0.0100	303.15	0.0998	0.0008
0.0100	303.15	0.1239	0.0008
0.0100	303.15	0.1502	0.0009
0.0100	308.15	0.0000	0.0007
0.0100	308.15	0.0250	0.0007
0.0100	308.15	0.0498	0.0007
0.0100	308.15	0.0753	0.0007
0.0100	308.15	0.0998	0.0008
0.0100	308.15	0.1239	0.0008
0.0100	308.15	0.1502	0.0008
0.0100	313.15	0.0000	0.0007
0.0100	313.15	0.0250	0.0007
0.0100	313.15	0.0498	0.0007
0.0100	313.15	0.0753	0.0007
0.0100	313.15	0.0998	0.0007
0.0100	313.15	0.1239	0.0007
0.0100	313.15	0.1502	0.0007
0.0100	318.15	0.0000	0.0006
0.0100	318.15	0.0250	0.0006
0.0100	318.15	0.0498	0.0006
0.0100	318.15	0.0753	0.0006
0.0100	318.15	0.0998	0.0006
0.0100	318.15	0.1239	0.0006
0.0100	318.15	0.1502	0.0006
0.0200	293.15	0.0000	0.0010
0.0200	293.15	0.0249	0.0010
0.0200	293.15	0.0499	0.0010
0.0200	293.15	0.0752	0.0011
0.0200	293.15	0.0993	0.0011
0.0200	293.15	0.1240	0.0011
0.0200	293.15	0.1497	0.0011
0.0200	298.15	0.0000	0.0009
0.0200	298.15	0.0249	0.0009
0.0200	298.15	0.0499	0.0009
0.0200	298.15	0.0752	0.0009
0.0200	298.15	0.0993	0.0009
0.0200	298.15	0.1240	0.0010
0.0200	298.15	0.1497	0.0010
0.0200	303.15	0.0000	0.0008
0.0200	303.15	0.0249	0.0008
0.0200	303.15	0.0499	0.0008
0.0200	303.15	0.0752	0.0008
0.0200	303.15	0.0993	0.0008
0.0200	303.15	0.1240	0.0009
0.0200	303.15	0.1497	0.0009
0.0200	308.15	0.0000	0.0007
0.0200	308.15	0.0249	0.0007
0.0200	308.15	0.0499	0.0007
0.0200	308.15	0.0752	0.0008
0.0200	308.15	0.0993	0.0008
0.0200	308.15	0.1240	0.0008
0.0200	308.15	0.1497	0.0008
0.0200	313.15	0.0000	0.0007
0.0200	313.15	0.0249	0.0007
0.0200	313.15	0.0499	0.0007
0.0200	313.15	0.0752	0.0007
0.0200	313.15	0.0993	0.0007
0.0200	313.15	0.1240	0.0007
0.0200	313.15	0.1497	0.0007
0.0200	318.15	0.0000	0.0006
0.0200	318.15	0.0249	0.0006
0.0200	318.15	0.0499	0.0006
0.0200	318.15	0.0752	0.0006
0.0200	318.15	0.0993	0.0006
0.0200	318.15	0.1240	0.0006
0.0200	318.15	0.1497	0.0006

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed			Measured
Solvent: Mass fraction of Semicarbazide, hydrochloride (1) - Liquid	Temperature, K - Liquid	Molality, mol/kg of D-Valine (2) - Liquid	Viscosity, Pa*s - Liquid
0.0100	293.15	0.0000	0.0010
0.0100	293.15	0.0250	0.0010
0.0100	293.15	0.0498	0.0010
0.0100	293.15	0.0753	0.0010
0.0100	293.15	0.0998	0.0011
0.0100	293.15	0.1239	0.0011
0.0100	293.15	0.1502	0.0011
0.0100	298.15	0.0000	0.0009
0.0100	298.15	0.0250	0.0009
0.0100	298.15	0.0498	0.0009
0.0100	298.15	0.0753	0.0009
0.0100	298.15	0.0998	0.0009
0.0100	298.15	0.1239	0.0009
0.0100	298.15	0.1502	0.0010
0.0100	303.15	0.0000	0.0008
0.0100	303.15	0.0250	0.0008
0.0100	303.15	0.0498	0.0008
0.0100	303.15	0.0753	0.0008
0.0100	303.15	0.0998	0.0008
0.0100	303.15	0.1239	0.0008
0.0100	303.15	0.1502	0.0009
0.0100	308.15	0.0000	0.0007
0.0100	308.15	0.0250	0.0007
0.0100	308.15	0.0498	0.0007
0.0100	308.15	0.0753	0.0007
0.0100	308.15	0.0998	0.0008
0.0100	308.15	0.1239	0.0008
0.0100	308.15	0.1502	0.0008
0.0100	313.15	0.0000	0.0007
0.0100	313.15	0.0250	0.0007
0.0100	313.15	0.0498	0.0007
0.0100	313.15	0.0753	0.0007
0.0100	313.15	0.0998	0.0007
0.0100	313.15	0.1239	0.0007
0.0100	313.15	0.1502	0.0007
0.0100	318.15	0.0000	0.0006
0.0100	318.15	0.0250	0.0006
0.0100	318.15	0.0498	0.0006
0.0100	318.15	0.0753	0.0006
0.0100	318.15	0.0998	0.0006
0.0100	318.15	0.1239	0.0006
0.0100	318.15	0.1502	0.0006
0.0200	293.15	0.0000	0.0010
0.0200	293.15	0.0249	0.0010
0.0200	293.15	0.0499	0.0010
0.0200	293.15	0.0752	0.0011
0.0200	293.15	0.0993	0.0011
0.0200	293.15	0.1240	0.0011
0.0200	293.15	0.1497	0.0011
0.0200	298.15	0.0000	0.0009
0.0200	298.15	0.0249	0.0009
0.0200	298.15	0.0499	0.0009
0.0200	298.15	0.0752	0.0009
0.0200	298.15	0.0993	0.0009
0.0200	298.15	0.1240	0.0010
0.0200	298.15	0.1497	0.0010
0.0200	303.15	0.0000	0.0008
0.0200	303.15	0.0249	0.0008
0.0200	303.15	0.0499	0.0008
0.0200	303.15	0.0752	0.0008
0.0200	303.15	0.0993	0.0008
0.0200	303.15	0.1240	0.0009
0.0200	303.15	0.1497	0.0009
0.0200	308.15	0.0000	0.0007
0.0200	308.15	0.0249	0.0007
0.0200	308.15	0.0499	0.0007
0.0200	308.15	0.0752	0.0008
0.0200	308.15	0.0993	0.0008
0.0200	308.15	0.1240	0.0008
0.0200	308.15	0.1497	0.0008
0.0200	313.15	0.0000	0.0007
0.0200	313.15	0.0249	0.0007
0.0200	313.15	0.0499	0.0007
0.0200	313.15	0.0752	0.0007
0.0200	313.15	0.0993	0.0007
0.0200	313.15	0.1240	0.0007
0.0200	313.15	0.1497	0.0007
0.0200	318.15	0.0000	0.0006
0.0200	318.15	0.0249	0.0006
0.0200	318.15	0.0499	0.0006
0.0200	318.15	0.0752	0.0006
0.0200	318.15	0.0993	0.0006
0.0200	318.15	0.1240	0.0006
0.0200	318.15	0.1497	0.0006

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed			Measured
Solvent: Mass fraction of Semicarbazide, hydrochloride (1) - Liquid	Temperature, K - Liquid	Molality, mol/kg of D-Valine (2) - Liquid	Mass density, kg/m3 - Liquid
0.0100	293.15	0.0000	1002.51
0.0100	293.15	0.0250	1003.145
0.0100	293.15	0.0498	1003.753
0.0100	293.15	0.0753	1004.358
0.0100	293.15	0.0998	1004.917
0.0100	293.15	0.1239	1005.45
0.0100	293.15	0.1502	1006.01
0.0100	298.15	0.0000	1001.29
0.0100	298.15	0.0250	1001.922
0.0100	298.15	0.0498	1002.528
0.0100	298.15	0.0753	1003.13
0.0100	298.15	0.0998	1003.687
0.0100	298.15	0.1239	1004.217
0.0100	298.15	0.1502	1004.773
0.0100	303.15	0.0000	999.819
0.0100	303.15	0.0250	1000.449
0.0100	303.15	0.0498	1001.053
0.0100	303.15	0.0753	1001.652
0.0100	303.15	0.0998	1002.206
0.0100	303.15	0.1239	1002.732
0.0100	303.15	0.1502	1003.286
0.0100	308.15	0.0000	998.185
0.0100	308.15	0.0250	998.814
0.0100	308.15	0.0498	999.416
0.0100	308.15	0.0753	1000.014
0.0100	308.15	0.0998	1000.566
0.0100	308.15	0.1239	1001.09
0.0100	308.15	0.1502	1001.639
0.0100	313.15	0.0000	996.304
0.0100	313.15	0.0250	996.933
0.0100	313.15	0.0498	997.535
0.0100	313.15	0.0753	998.132
0.0100	313.15	0.0998	998.683
0.0100	313.15	0.1239	999.206
0.0100	313.15	0.1502	999.754
0.0100	318.15	0.0000	994.429
0.0100	318.15	0.0250	995.059
0.0100	318.15	0.0498	995.66
0.0100	318.15	0.0753	996.257
0.0100	318.15	0.0998	996.807
0.0100	318.15	0.1239	997.329
0.0100	318.15	0.1502	997.877
0.0200	293.15	0.0000	1006.71
0.0200	293.15	0.0249	1007.319
0.0200	293.15	0.0499	1007.911
0.0200	293.15	0.0752	1008.489
0.0200	293.15	0.0993	1009.021
0.0200	293.15	0.1240	1009.545
0.0200	293.15	0.1497	1010.071
0.0200	298.15	0.0000	1005.43
0.0200	298.15	0.0249	1006.037
0.0200	298.15	0.0499	1006.626
0.0200	298.15	0.0752	1007.202
0.0200	298.15	0.0993	1007.732
0.0200	298.15	0.1240	1008.255
0.0200	298.15	0.1497	1008.778
0.0200	303.15	0.0000	1003.99
0.0200	303.15	0.0249	1004.595
0.0200	303.15	0.0499	1005.182
0.0200	303.15	0.0752	1005.755
0.0200	303.15	0.0993	1006.282
0.0200	303.15	0.1240	1006.802
0.0200	303.15	0.1497	1007.321
0.0200	308.15	0.0000	1002.31
0.0200	308.15	0.0249	1002.914
0.0200	308.15	0.0499	1003.5
0.0200	308.15	0.0752	1004.071
0.0200	308.15	0.0993	1004.595
0.0200	308.15	0.1240	1005.113
0.0200	308.15	0.1497	1005.629
0.0200	313.15	0.0000	1000.34
0.0200	313.15	0.0249	1000.944
0.0200	313.15	0.0499	1001.529
0.0200	313.15	0.0752	1002.1
0.0200	313.15	0.0993	1002.622
0.0200	313.15	0.1240	1003.138
0.0200	313.15	0.1497	1003.65
0.0200	318.15	0.0000	998.472
0.0200	318.15	0.0249	999.076
0.0200	318.15	0.0499	999.661
0.0200	318.15	0.0752	1000.231
0.0200	318.15	0.0993	1000.753
0.0200	318.15	0.1240	1001.265
0.0200	318.15	0.1497	1001.778

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed			Measured
Solvent: Mass fraction of Semicarbazide, hydrochloride (1) - Liquid	Temperature, K - Liquid	Molality, mol/kg of D-Valine (2) - Liquid	Mass density, kg/m3 - Liquid
0.0100	293.15	0.0000	1002.51
0.0100	293.15	0.0250	1003.145
0.0100	293.15	0.0498	1003.753
0.0100	293.15	0.0753	1004.358
0.0100	293.15	0.0998	1004.917
0.0100	293.15	0.1239	1005.45
0.0100	293.15	0.1502	1006.01
0.0100	298.15	0.0000	1001.29
0.0100	298.15	0.0250	1001.922
0.0100	298.15	0.0498	1002.528
0.0100	298.15	0.0753	1003.13
0.0100	298.15	0.0998	1003.687
0.0100	298.15	0.1239	1004.217
0.0100	298.15	0.1502	1004.773
0.0100	303.15	0.0000	999.819
0.0100	303.15	0.0250	1000.449
0.0100	303.15	0.0498	1001.053
0.0100	303.15	0.0753	1001.652
0.0100	303.15	0.0998	1002.206
0.0100	303.15	0.1239	1002.732
0.0100	303.15	0.1502	1003.286
0.0100	308.15	0.0000	998.185
0.0100	308.15	0.0250	998.814
0.0100	308.15	0.0498	999.416
0.0100	308.15	0.0753	1000.014
0.0100	308.15	0.0998	1000.566
0.0100	308.15	0.1239	1001.09
0.0100	308.15	0.1502	1001.639
0.0100	313.15	0.0000	996.304
0.0100	313.15	0.0250	996.933
0.0100	313.15	0.0498	997.535
0.0100	313.15	0.0753	998.132
0.0100	313.15	0.0998	998.683
0.0100	313.15	0.1239	999.206
0.0100	313.15	0.1502	999.754
0.0100	318.15	0.0000	994.429
0.0100	318.15	0.0250	995.059
0.0100	318.15	0.0498	995.66
0.0100	318.15	0.0753	996.257
0.0100	318.15	0.0998	996.807
0.0100	318.15	0.1239	997.329
0.0100	318.15	0.1502	997.877
0.0200	293.15	0.0000	1006.71
0.0200	293.15	0.0249	1007.319
0.0200	293.15	0.0499	1007.911
0.0200	293.15	0.0752	1008.489
0.0200	293.15	0.0993	1009.021
0.0200	293.15	0.1240	1009.545
0.0200	293.15	0.1497	1010.071
0.0200	298.15	0.0000	1005.43
0.0200	298.15	0.0249	1006.037
0.0200	298.15	0.0499	1006.626
0.0200	298.15	0.0752	1007.202
0.0200	298.15	0.0993	1007.732
0.0200	298.15	0.1240	1008.255
0.0200	298.15	0.1497	1008.778
0.0200	303.15	0.0000	1003.99
0.0200	303.15	0.0249	1004.595
0.0200	303.15	0.0499	1005.182
0.0200	303.15	0.0752	1005.755
0.0200	303.15	0.0993	1006.282
0.0200	303.15	0.1240	1006.802
0.0200	303.15	0.1497	1007.321
0.0200	308.15	0.0000	1002.31
0.0200	308.15	0.0249	1002.914
0.0200	308.15	0.0499	1003.5
0.0200	308.15	0.0752	1004.071
0.0200	308.15	0.0993	1004.595
0.0200	308.15	0.1240	1005.113
0.0200	308.15	0.1497	1005.629
0.0200	313.15	0.0000	1000.34
0.0200	313.15	0.0249	1000.944
0.0200	313.15	0.0499	1001.529
0.0200	313.15	0.0752	1002.1
0.0200	313.15	0.0993	1002.622
0.0200	313.15	0.1240	1003.138
0.0200	313.15	0.1497	1003.65
0.0200	318.15	0.0000	998.472
0.0200	318.15	0.0249	999.076
0.0200	318.15	0.0499	999.661
0.0200	318.15	0.0752	1000.231
0.0200	318.15	0.0993	1000.753
0.0200	318.15	0.1240	1001.265
0.0200	318.15	0.1497	1001.778

Speed of sound, m/s [ref]

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Frequency, MHz = 3 (Liquid)

Fixed			Measured
Solvent: Mass fraction of Semicarbazide, hydrochloride (1) - Liquid	Temperature, K - Liquid	Molality, mol/kg of D-Valine (2) - Liquid	Speed of sound, m/s - Liquid
0.0100	293.15	0.0000	1490.02
0.0100	293.15	0.0250	1490.39
0.0100	293.15	0.0498	1491.16
0.0100	293.15	0.0753	1492.36
0.0100	293.15	0.0998	1493.94
0.0100	293.15	0.1239	1495.9
0.0100	293.15	0.1502	1498.5
0.0100	298.15	0.0000	1503.02
0.0100	298.15	0.0250	1503.36
0.0100	298.15	0.0498	1504.12
0.0100	298.15	0.0753	1505.31
0.0100	298.15	0.0998	1506.86
0.0100	298.15	0.1239	1508.8
0.0100	298.15	0.1502	1511.36
0.0100	303.15	0.0000	1515.12
0.0100	303.15	0.0250	1515.43
0.0100	303.15	0.0498	1516.16
0.0100	303.15	0.0753	1517.33
0.0100	303.15	0.0998	1518.84
0.0100	303.15	0.1239	1520.75
0.0100	303.15	0.1502	1523.28
0.0100	308.15	0.0000	1525.57
0.0100	308.15	0.0250	1525.85
0.0100	308.15	0.0498	1526.55
0.0100	308.15	0.0753	1527.7
0.0100	308.15	0.0998	1529.2
0.0100	308.15	0.1239	1531.1
0.0100	308.15	0.1502	1533.61
0.0100	313.15	0.0000	1534.28
0.0100	313.15	0.0250	1534.53
0.0100	313.15	0.0498	1535.18
0.0100	313.15	0.0753	1536.3
0.0100	313.15	0.0998	1537.77
0.0100	313.15	0.1239	1539.66
0.0100	313.15	0.1502	1542.17
0.0100	318.15	0.0000	1540.68
0.0100	318.15	0.0250	1540.88
0.0100	318.15	0.0498	1541.5
0.0100	318.15	0.0753	1542.57
0.0100	318.15	0.0998	1544.02
0.0100	318.15	0.1239	1545.84
0.0100	318.15	0.1502	1548.26
0.0200	293.15	0.0000	1495.82
0.0200	293.15	0.0249	1496.18
0.0200	293.15	0.0499	1496.97
0.0200	293.15	0.0752	1498.2
0.0200	293.15	0.0993	1499.78
0.0200	293.15	0.1240	1501.83
0.0200	293.15	0.1497	1504.41
0.0200	298.15	0.0000	1508.98
0.0200	298.15	0.0249	1509.31
0.0200	298.15	0.0499	1510.07
0.0200	298.15	0.0752	1511.28
0.0200	298.15	0.0993	1512.83
0.0200	298.15	0.1240	1514.83
0.0200	298.15	0.1497	1517.39
0.0200	303.15	0.0000	1520.88
0.0200	303.15	0.0249	1521.18
0.0200	303.15	0.0499	1521.91
0.0200	303.15	0.0752	1523.08
0.0200	303.15	0.0993	1524.62
0.0200	303.15	0.1240	1526.61
0.0200	303.15	0.1497	1529.13
0.0200	308.15	0.0000	1531.22
0.0200	308.15	0.0249	1531.48
0.0200	308.15	0.0499	1532.18
0.0200	308.15	0.0752	1533.32
0.0200	308.15	0.0993	1534.82
0.0200	308.15	0.1240	1536.77
0.0200	308.15	0.1497	1539.24
0.0200	313.15	0.0000	1540.05
0.0200	313.15	0.0249	1540.27
0.0200	313.15	0.0499	1540.93
0.0200	313.15	0.0752	1542.03
0.0200	313.15	0.0993	1543.5
0.0200	313.15	0.1240	1545.41
0.0200	313.15	0.1497	1547.86
0.0200	318.15	0.0000	1546.72
0.0200	318.15	0.0249	1546.9
0.0200	318.15	0.0499	1547.5
0.0200	318.15	0.0752	1548.54
0.0200	318.15	0.0993	1549.96
0.0200	318.15	0.1240	1551.84
0.0200	318.15	0.1497	1554.24

Speed of sound, m/s [ref]

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Frequency, MHz = 3 (Liquid)

Fixed			Measured
Solvent: Mass fraction of Semicarbazide, hydrochloride (1) - Liquid	Temperature, K - Liquid	Molality, mol/kg of D-Valine (2) - Liquid	Speed of sound, m/s - Liquid
0.0100	293.15	0.0000	1490.02
0.0100	293.15	0.0250	1490.39
0.0100	293.15	0.0498	1491.16
0.0100	293.15	0.0753	1492.36
0.0100	293.15	0.0998	1493.94
0.0100	293.15	0.1239	1495.9
0.0100	293.15	0.1502	1498.5
0.0100	298.15	0.0000	1503.02
0.0100	298.15	0.0250	1503.36
0.0100	298.15	0.0498	1504.12
0.0100	298.15	0.0753	1505.31
0.0100	298.15	0.0998	1506.86
0.0100	298.15	0.1239	1508.8
0.0100	298.15	0.1502	1511.36
0.0100	303.15	0.0000	1515.12
0.0100	303.15	0.0250	1515.43
0.0100	303.15	0.0498	1516.16
0.0100	303.15	0.0753	1517.33
0.0100	303.15	0.0998	1518.84
0.0100	303.15	0.1239	1520.75
0.0100	303.15	0.1502	1523.28
0.0100	308.15	0.0000	1525.57
0.0100	308.15	0.0250	1525.85
0.0100	308.15	0.0498	1526.55
0.0100	308.15	0.0753	1527.7
0.0100	308.15	0.0998	1529.2
0.0100	308.15	0.1239	1531.1
0.0100	308.15	0.1502	1533.61
0.0100	313.15	0.0000	1534.28
0.0100	313.15	0.0250	1534.53
0.0100	313.15	0.0498	1535.18
0.0100	313.15	0.0753	1536.3
0.0100	313.15	0.0998	1537.77
0.0100	313.15	0.1239	1539.66
0.0100	313.15	0.1502	1542.17
0.0100	318.15	0.0000	1540.68
0.0100	318.15	0.0250	1540.88
0.0100	318.15	0.0498	1541.5
0.0100	318.15	0.0753	1542.57
0.0100	318.15	0.0998	1544.02
0.0100	318.15	0.1239	1545.84
0.0100	318.15	0.1502	1548.26
0.0200	293.15	0.0000	1495.82
0.0200	293.15	0.0249	1496.18
0.0200	293.15	0.0499	1496.97
0.0200	293.15	0.0752	1498.2
0.0200	293.15	0.0993	1499.78
0.0200	293.15	0.1240	1501.83
0.0200	293.15	0.1497	1504.41
0.0200	298.15	0.0000	1508.98
0.0200	298.15	0.0249	1509.31
0.0200	298.15	0.0499	1510.07
0.0200	298.15	0.0752	1511.28
0.0200	298.15	0.0993	1512.83
0.0200	298.15	0.1240	1514.83
0.0200	298.15	0.1497	1517.39
0.0200	303.15	0.0000	1520.88
0.0200	303.15	0.0249	1521.18
0.0200	303.15	0.0499	1521.91
0.0200	303.15	0.0752	1523.08
0.0200	303.15	0.0993	1524.62
0.0200	303.15	0.1240	1526.61
0.0200	303.15	0.1497	1529.13
0.0200	308.15	0.0000	1531.22
0.0200	308.15	0.0249	1531.48
0.0200	308.15	0.0499	1532.18
0.0200	308.15	0.0752	1533.32
0.0200	308.15	0.0993	1534.82
0.0200	308.15	0.1240	1536.77
0.0200	308.15	0.1497	1539.24
0.0200	313.15	0.0000	1540.05
0.0200	313.15	0.0249	1540.27
0.0200	313.15	0.0499	1540.93
0.0200	313.15	0.0752	1542.03
0.0200	313.15	0.0993	1543.5
0.0200	313.15	0.1240	1545.41
0.0200	313.15	0.1497	1547.86
0.0200	318.15	0.0000	1546.72
0.0200	318.15	0.0249	1546.9
0.0200	318.15	0.0499	1547.5
0.0200	318.15	0.0752	1548.54
0.0200	318.15	0.0993	1549.96
0.0200	318.15	0.1240	1551.84
0.0200	318.15	0.1497	1554.24

Sources

• Effect of concentration and temperature on apparent molar properties of homologous alpha-amino acids in aqueous-semicarbazide hydrochloride solutions: A quest on the concept of kosmotropic/chaotropic behaviour of amino acids