Mixture of Cyclohexane, octyl- + Dodecane

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 = 102 (Liquid)

Fixed		Measured
Mole fraction of Cyclohexane, octyl- (1) - Liquid	Temperature, K - Liquid	Viscosity, Pa*s - Liquid
0.0000	293.15	0.0015
0.1000	293.15	0.0016
0.1998	293.15	0.0017
0.3002	293.15	0.0019
0.3998	293.15	0.0021
0.4948	293.15	0.0022
0.5997	293.15	0.0024
0.6996	293.15	0.0027
0.7999	293.15	0.0029
0.9000	293.15	0.0032
1.0000	293.15	0.0035
0.0000	303.15	0.0013
0.1000	303.15	0.0014
0.1998	303.15	0.0015
0.3002	303.15	0.0016
0.3998	303.15	0.0017
0.4948	303.15	0.0018
0.5997	303.15	0.0020
0.6996	303.15	0.0022
0.7999	303.15	0.0023
0.9000	303.15	0.0026
1.0000	303.15	0.0028
0.0000	313.15	0.0011
0.1000	313.15	0.0012
0.1998	313.15	0.0012
0.3002	313.15	0.0013
0.3998	313.15	0.0014
0.4948	313.15	0.0015
0.5997	313.15	0.0016
0.6996	313.15	0.0018
0.7999	313.15	0.0019
0.9000	313.15	0.0021
1.0000	313.15	0.0023
0.0000	323.15	0.0009
0.1000	323.15	0.0010
0.1998	323.15	0.0011
0.3002	323.15	0.0011
0.3998	323.15	0.0012
0.4948	323.15	0.0013
0.5997	323.15	0.0014
0.6996	323.15	0.0015
0.7999	323.15	0.0016
0.9000	323.15	0.0017
1.0000	323.15	0.0019
0.0000	333.15	0.0008
0.1000	333.15	0.0009
0.1998	333.15	0.0009
0.3002	333.15	0.0010
0.3998	333.15	0.0011
0.4948	333.15	0.0011
0.5997	333.15	0.0012
0.6996	333.15	0.0013
0.7999	333.15	0.0014
0.9000	333.15	0.0015
1.0000	333.15	0.0016

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 102 (Liquid)

Fixed		Measured
Mole fraction of Cyclohexane, octyl- (1) - Liquid	Temperature, K - Liquid	Viscosity, Pa*s - Liquid
0.0000	293.15	0.0015
0.1000	293.15	0.0016
0.1998	293.15	0.0017
0.3002	293.15	0.0019
0.3998	293.15	0.0021
0.4948	293.15	0.0022
0.5997	293.15	0.0024
0.6996	293.15	0.0027
0.7999	293.15	0.0029
0.9000	293.15	0.0032
1.0000	293.15	0.0035
0.0000	303.15	0.0013
0.1000	303.15	0.0014
0.1998	303.15	0.0015
0.3002	303.15	0.0016
0.3998	303.15	0.0017
0.4948	303.15	0.0018
0.5997	303.15	0.0020
0.6996	303.15	0.0022
0.7999	303.15	0.0023
0.9000	303.15	0.0026
1.0000	303.15	0.0028
0.0000	313.15	0.0011
0.1000	313.15	0.0012
0.1998	313.15	0.0012
0.3002	313.15	0.0013
0.3998	313.15	0.0014
0.4948	313.15	0.0015
0.5997	313.15	0.0016
0.6996	313.15	0.0018
0.7999	313.15	0.0019
0.9000	313.15	0.0021
1.0000	313.15	0.0023
0.0000	323.15	0.0009
0.1000	323.15	0.0010
0.1998	323.15	0.0011
0.3002	323.15	0.0011
0.3998	323.15	0.0012
0.4948	323.15	0.0013
0.5997	323.15	0.0014
0.6996	323.15	0.0015
0.7999	323.15	0.0016
0.9000	323.15	0.0017
1.0000	323.15	0.0019
0.0000	333.15	0.0008
0.1000	333.15	0.0009
0.1998	333.15	0.0009
0.3002	333.15	0.0010
0.3998	333.15	0.0011
0.4948	333.15	0.0011
0.5997	333.15	0.0012
0.6996	333.15	0.0013
0.7999	333.15	0.0014
0.9000	333.15	0.0015
1.0000	333.15	0.0016

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 102 (Liquid)

Fixed		Measured
Mole fraction of Cyclohexane, octyl- (1) - Liquid	Temperature, K - Liquid	Mass density, kg/m3 - Liquid
0.0000	288.15	752.35
0.0000	293.15	748.72
0.0000	298.15	745.09
0.0000	303.15	741.46
0.0000	313.15	734.19
0.0000	323.15	726.88
0.0000	333.15	719.53
0.1000	288.15	759.33
0.1000	293.15	755.72
0.1000	298.15	752.11
0.1000	303.15	748.5
0.1000	313.15	741.26
0.1000	323.15	734.0
0.1000	333.15	726.7
0.1998	288.15	766.24
0.1998	293.15	762.65
0.1998	298.15	759.06
0.1998	303.15	755.45
0.1998	313.15	748.26
0.1998	323.15	741.03
0.1998	333.15	733.78
0.3002	288.15	772.95
0.3002	293.15	769.38
0.3002	298.15	765.81
0.3002	303.15	762.24
0.3002	313.15	755.08
0.3002	323.15	747.89
0.3002	333.15	740.68
0.3998	288.15	779.63
0.3998	293.15	776.08
0.3998	298.15	772.53
0.3998	303.15	768.97
0.3998	313.15	761.84
0.3998	323.15	754.69
0.3998	333.15	747.52
0.4948	288.15	785.9
0.4948	293.15	782.36
0.4948	298.15	778.83
0.4948	303.15	775.29
0.4948	313.15	768.19
0.4948	323.15	761.08
0.4948	333.15	753.94
0.5997	288.15	792.69
0.5997	293.15	789.17
0.5997	298.15	785.65
0.5997	303.15	782.13
0.5997	313.15	775.07
0.5997	323.15	768.0
0.5997	333.15	760.9
0.6996	288.15	798.98
0.6996	293.15	795.48
0.6996	298.15	791.98
0.6996	303.15	788.47
0.6996	313.15	781.45
0.6996	323.15	774.42
0.6996	333.15	767.37
0.7999	288.15	805.34
0.7999	293.15	801.86
0.7999	298.15	798.37
0.7999	303.15	794.88
0.7999	313.15	787.89
0.7999	323.15	780.88
0.7999	333.15	773.86
0.9000	288.15	811.48
0.9000	293.15	808.01
0.9000	298.15	804.53
0.9000	303.15	801.06
0.9000	313.15	794.1
0.9000	323.15	787.14
0.9000	333.15	780.16
1.0000	288.15	817.58
1.0000	293.15	814.13
1.0000	298.15	810.67
1.0000	303.15	807.2
1.0000	313.15	800.28
1.0000	323.15	793.35
1.0000	333.15	786.41

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 102 (Liquid)

Fixed		Measured
Mole fraction of Cyclohexane, octyl- (1) - Liquid	Temperature, K - Liquid	Mass density, kg/m3 - Liquid
0.0000	288.15	752.35
0.0000	293.15	748.72
0.0000	298.15	745.09
0.0000	303.15	741.46
0.0000	313.15	734.19
0.0000	323.15	726.88
0.0000	333.15	719.53
0.1000	288.15	759.33
0.1000	293.15	755.72
0.1000	298.15	752.11
0.1000	303.15	748.5
0.1000	313.15	741.26
0.1000	323.15	734.0
0.1000	333.15	726.7
0.1998	288.15	766.24
0.1998	293.15	762.65
0.1998	298.15	759.06
0.1998	303.15	755.45
0.1998	313.15	748.26
0.1998	323.15	741.03
0.1998	333.15	733.78
0.3002	288.15	772.95
0.3002	293.15	769.38
0.3002	298.15	765.81
0.3002	303.15	762.24
0.3002	313.15	755.08
0.3002	323.15	747.89
0.3002	333.15	740.68
0.3998	288.15	779.63
0.3998	293.15	776.08
0.3998	298.15	772.53
0.3998	303.15	768.97
0.3998	313.15	761.84
0.3998	323.15	754.69
0.3998	333.15	747.52
0.4948	288.15	785.9
0.4948	293.15	782.36
0.4948	298.15	778.83
0.4948	303.15	775.29
0.4948	313.15	768.19
0.4948	323.15	761.08
0.4948	333.15	753.94
0.5997	288.15	792.69
0.5997	293.15	789.17
0.5997	298.15	785.65
0.5997	303.15	782.13
0.5997	313.15	775.07
0.5997	323.15	768.0
0.5997	333.15	760.9
0.6996	288.15	798.98
0.6996	293.15	795.48
0.6996	298.15	791.98
0.6996	303.15	788.47
0.6996	313.15	781.45
0.6996	323.15	774.42
0.6996	333.15	767.37
0.7999	288.15	805.34
0.7999	293.15	801.86
0.7999	298.15	798.37
0.7999	303.15	794.88
0.7999	313.15	787.89
0.7999	323.15	780.88
0.7999	333.15	773.86
0.9000	288.15	811.48
0.9000	293.15	808.01
0.9000	298.15	804.53
0.9000	303.15	801.06
0.9000	313.15	794.1
0.9000	323.15	787.14
0.9000	333.15	780.16
1.0000	288.15	817.58
1.0000	293.15	814.13
1.0000	298.15	810.67
1.0000	303.15	807.2
1.0000	313.15	800.28
1.0000	323.15	793.35
1.0000	333.15	786.41

Speed of sound, m/s [ref]

Operational conditions:

• Pressure, kPa = 102 (Liquid)
• Frequency, MHz = 3 (Liquid)

Fixed		Measured
Mole fraction of Cyclohexane, octyl- (1) - Liquid	Temperature, K - Liquid	Speed of sound, m/s - Liquid
0.0000	288.15	1317.2
0.0000	293.15	1297.7
0.0000	298.15	1278.2
0.0000	303.15	1259.0
0.0000	313.15	1221.1
0.0000	323.15	1184.0
0.0000	333.15	1147.8
0.1000	288.15	1326.2
0.1000	293.15	1306.9
0.1000	298.15	1287.6
0.1000	303.15	1268.4
0.1000	313.15	1230.7
0.1000	323.15	1193.7
0.1000	333.15	1157.6
0.1998	288.15	1335.1
0.1998	293.15	1315.8
0.1998	298.15	1296.5
0.1998	303.15	1277.3
0.1998	313.15	1239.6
0.1998	323.15	1202.7
0.1998	333.15	1166.9
0.3002	288.15	1344.1
0.3002	293.15	1324.8
0.3002	298.15	1305.5
0.3002	303.15	1286.4
0.3002	313.15	1248.9
0.3002	323.15	1212.2
0.3002	333.15	1176.4
0.3998	288.15	1353.1
0.3998	293.15	1333.9
0.3998	298.15	1314.8
0.3998	303.15	1295.9
0.3998	313.15	1258.6
0.3998	323.15	1221.9
0.3998	333.15	1186.0
0.4948	288.15	1361.6
0.4948	293.15	1342.3
0.4948	298.15	1323.4
0.4948	303.15	1304.4
0.4948	313.15	1267.1
0.4948	323.15	1230.5
0.4948	333.15	1194.8
0.5997	288.15	1370.8
0.5997	293.15	1351.6
0.5997	298.15	1332.6
0.5997	303.15	1313.8
0.5997	313.15	1276.7
0.5997	323.15	1240.1
0.5997	333.15	1204.5
0.6996	288.15	1379.4
0.6996	293.15	1360.3
0.6996	298.15	1341.2
0.6996	303.15	1322.2
0.6996	313.15	1285.1
0.6996	323.15	1248.7
0.6996	333.15	1213.3
0.7999	288.15	1388.2
0.7999	293.15	1369.1
0.7999	298.15	1350.2
0.7999	303.15	1331.4
0.7999	313.15	1294.4
0.7999	323.15	1258.1
0.7999	333.15	1222.7
0.9000	288.15	1396.9
0.9000	293.15	1377.8
0.9000	298.15	1358.7
0.9000	303.15	1339.9
0.9000	313.15	1302.8
0.9000	323.15	1266.6
0.9000	333.15	1231.5
1.0000	288.15	1405.5
1.0000	293.15	1386.4
1.0000	298.15	1367.4
1.0000	303.15	1348.6
1.0000	313.15	1311.6
1.0000	323.15	1275.5
1.0000	333.15	1240.3

Speed of sound, m/s [ref]

Operational conditions:

• Pressure, kPa = 102 (Liquid)
• Frequency, MHz = 3 (Liquid)

Fixed		Measured
Mole fraction of Cyclohexane, octyl- (1) - Liquid	Temperature, K - Liquid	Speed of sound, m/s - Liquid
0.0000	288.15	1317.2
0.0000	293.15	1297.7
0.0000	298.15	1278.2
0.0000	303.15	1259.0
0.0000	313.15	1221.1
0.0000	323.15	1184.0
0.0000	333.15	1147.8
0.1000	288.15	1326.2
0.1000	293.15	1306.9
0.1000	298.15	1287.6
0.1000	303.15	1268.4
0.1000	313.15	1230.7
0.1000	323.15	1193.7
0.1000	333.15	1157.6
0.1998	288.15	1335.1
0.1998	293.15	1315.8
0.1998	298.15	1296.5
0.1998	303.15	1277.3
0.1998	313.15	1239.6
0.1998	323.15	1202.7
0.1998	333.15	1166.9
0.3002	288.15	1344.1
0.3002	293.15	1324.8
0.3002	298.15	1305.5
0.3002	303.15	1286.4
0.3002	313.15	1248.9
0.3002	323.15	1212.2
0.3002	333.15	1176.4
0.3998	288.15	1353.1
0.3998	293.15	1333.9
0.3998	298.15	1314.8
0.3998	303.15	1295.9
0.3998	313.15	1258.6
0.3998	323.15	1221.9
0.3998	333.15	1186.0
0.4948	288.15	1361.6
0.4948	293.15	1342.3
0.4948	298.15	1323.4
0.4948	303.15	1304.4
0.4948	313.15	1267.1
0.4948	323.15	1230.5
0.4948	333.15	1194.8
0.5997	288.15	1370.8
0.5997	293.15	1351.6
0.5997	298.15	1332.6
0.5997	303.15	1313.8
0.5997	313.15	1276.7
0.5997	323.15	1240.1
0.5997	333.15	1204.5
0.6996	288.15	1379.4
0.6996	293.15	1360.3
0.6996	298.15	1341.2
0.6996	303.15	1322.2
0.6996	313.15	1285.1
0.6996	323.15	1248.7
0.6996	333.15	1213.3
0.7999	288.15	1388.2
0.7999	293.15	1369.1
0.7999	298.15	1350.2
0.7999	303.15	1331.4
0.7999	313.15	1294.4
0.7999	323.15	1258.1
0.7999	333.15	1222.7
0.9000	288.15	1396.9
0.9000	293.15	1377.8
0.9000	298.15	1358.7
0.9000	303.15	1339.9
0.9000	313.15	1302.8
0.9000	323.15	1266.6
0.9000	333.15	1231.5
1.0000	288.15	1405.5
1.0000	293.15	1386.4
1.0000	298.15	1367.4
1.0000	303.15	1348.6
1.0000	313.15	1311.6
1.0000	323.15	1275.5
1.0000	333.15	1240.3

Sources

• Thermophysical Properties of Binary Mixtures of n-Dodecane with n-Alkylcyclohexanes: Experimental Measurements and Molecular Dynamics Simulations