Mixture of 1-Heptanol + Cyclohexylamine

Datasets

1. η - Viscosity, Pa*s
2. n₀ - Refractive index (Na D-line)
3. ρ_l - Mass density, kg/m3

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of 1-Heptanol (1) - Liquid	Viscosity, Pa*s - Liquid
293.15	0.1018	0.0025
293.15	0.1499	0.0026
293.15	0.1996	0.0028
293.15	0.2982	0.0033
293.15	0.3979	0.0038
293.15	0.4465	0.0041
293.15	0.4931	0.0044
293.15	0.5432	0.0047
293.15	0.6008	0.0050
293.15	0.6598	0.0053
293.15	0.7019	0.0055
293.15	0.7479	0.0057
293.15	0.7967	0.0059
293.15	0.8466	0.0062
293.15	0.8935	0.0064
293.15	0.9432	0.0067
298.15	0.1018	0.0022
298.15	0.1499	0.0023
298.15	0.1996	0.0025
298.15	0.2982	0.0029
298.15	0.3979	0.0033
298.15	0.4565	0.0036
298.15	0.4931	0.0038
298.15	0.5432	0.0040
298.15	0.6008	0.0043
298.15	0.6598	0.0045
298.15	0.7019	0.0047
298.15	0.7479	0.0048
298.15	0.7967	0.0051
298.15	0.8466	0.0052
298.15	0.8935	0.0054
298.15	0.9432	0.0057
303.15	0.1018	0.0019
303.15	0.1499	0.0021
303.15	0.1996	0.0022
303.15	0.2982	0.0025
303.15	0.3979	0.0029
303.15	0.4465	0.0031
303.15	0.4931	0.0033
303.15	0.5432	0.0034
303.15	0.6008	0.0037
303.15	0.6598	0.0037
303.15	0.7019	0.0040
303.15	0.7479	0.0040
303.15	0.7967	0.0043
303.15	0.8466	0.0043
303.15	0.8935	0.0044
303.15	0.9432	0.0046

Refractive index (Na D-line) [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of 1-Heptanol (1) - Liquid	Refractive index (Na D-line) - Liquid
293.15	0.1499	1.4546
293.15	0.1996	1.453
293.15	0.2982	1.4499
293.15	0.3979	1.4467
293.15	0.4004	1.4466
293.15	0.4465	1.4452
293.15	0.4931	1.4437
293.15	0.5432	1.4419
293.15	0.6008	1.4399
293.15	0.6598	1.4378
293.15	0.6969	1.4364
293.15	0.7479	1.4344
293.15	0.7967	1.4324
293.15	0.8466	1.4305
293.15	0.8935	1.4287
293.15	0.9432	1.4266
298.15	0.1018	1.4536
298.15	0.1499	1.4522
298.15	0.1996	1.4505
298.15	0.2982	1.4476
298.15	0.4004	1.4444
298.15	0.4465	1.443
298.15	0.4931	1.4414
298.15	0.5432	1.4398
298.15	0.5946	1.438
298.15	0.6598	1.4356
298.15	0.7019	1.434
298.15	0.7479	1.4324
298.15	0.7967	1.4305
298.15	0.8466	1.4285
298.15	0.8935	1.4267
298.15	0.9432	1.4248
303.15	0.1018	1.451
303.15	0.1499	1.4496
303.15	0.1996	1.4481
303.15	0.2982	1.4452
303.15	0.3979	1.4422
303.15	0.4465	1.4407
303.15	0.4931	1.4392
303.15	0.5432	1.4375
303.15	0.5946	1.4358
303.15	0.6008	1.4355
303.15	0.6598	1.4336
303.15	0.7019	1.432
303.15	0.7479	1.4304
303.15	0.7967	1.4284
303.15	0.8466	1.4266
303.15	0.8935	1.4245
303.15	0.9432	1.4226

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of 1-Heptanol (1) - Liquid	Mass density, kg/m3 - Liquid
293.15	0.1018	863.57
293.15	0.1499	861.92
293.15	0.1996	860.22
293.15	0.2982	856.82
293.15	0.3979	853.09
293.15	0.4465	851.2
293.15	0.4931	849.3
293.15	0.5432	847.06
293.15	0.6008	844.43
293.15	0.6598	841.57
293.15	0.7019	839.35
293.15	0.7479	836.94
293.15	0.7967	834.16
293.15	0.8466	831.39
293.15	0.8935	828.7
293.15	0.9432	825.75
298.15	0.1018	859.27
298.15	0.1499	857.64
298.15	0.1996	856.01
298.15	0.2982	852.71
298.15	0.3979	849.06
298.15	0.4565	847.21
298.15	0.4931	845.34
298.15	0.5432	843.14
298.15	0.6008	840.57
298.15	0.6598	837.76
298.15	0.7019	835.59
298.15	0.7479	833.22
298.15	0.7967	830.49
298.15	0.8466	827.78
298.15	0.8935	825.11
298.15	0.9432	822.21
303.15	0.1018	854.9
303.15	0.1499	853.33
303.15	0.1996	851.74
303.15	0.2982	848.55
303.15	0.3979	845.0
303.15	0.4465	843.2
303.15	0.4931	841.35
303.15	0.5432	839.17
303.15	0.6008	836.68
303.15	0.6598	833.93
303.15	0.7019	831.8
303.15	0.7479	829.48
303.15	0.7967	826.8
303.15	0.8466	824.12
303.15	0.8935	821.5
303.15	0.9432	818.64

Sources

• Thermodynamics of mixtures with strongly negative deviations from Raoult s law. XII. Densities, viscosities and refractive indices at T = (293.15 to 303.15) K for (1-heptanol, or 1-decanol + cyclohexylamine) systems. Application of the ERAS model to (1-alkanol + cyclohexylamine) mixtures

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