Volumetric properties for binary and ternary systems consist of 1-chlorobutane, n-butylamine and isobutanol at 298.15 K with application of the Prigogine-Flory-Patterson theory and ERAS-Model Iloukhani, H.; Khanlarzadeh, K.; Thermochimica Acta 2010, 502, 77-84
Data
T = 298.15 K, P = 101 kPa
x (mol mol-1) x (mol mol-1) ρ (kg m-3)
0.0491 0.4931 777.52
0.0977 0.8606 750.7
0.0990 0.6630 766.65
0.1009 0.0509 805.74
0.1010 0.2553 797.97
0.1048 0.4544 784.72
0.1977 0.6566 773.59
0.1978 0.5590 781.68
0.1989 0.7610 764.92
0.1990 0.3567 800.05
0.2005 0.4563 791.6
0.0501 0.9116 743.29
0.2011 0.2520 807.71
0.3029 0.6566 780.75
0.3626 0.5508 794.09
0.3976 0.4561 805.68
0.4011 0.5559 795.82
0.4017 0.2523 825.15
0.4019 0.3529 816.25
0.4145 0.1506 832.15
0.4210 0.4988 802.65
0.4481 0.0454 836.37
0.0503 0.0575 800.5
0.4642 0.3727 818.15
0.4792 0.4020 815.8
0.5007 0.2531 831.75
0.5282 0.4298 814.82
0.5979 0.2561 836.72
0.5995 0.3540 825.82
0.7016 0.2526 840.83
0.7146 0.1098 853.98
0.8491 0.0493 865.4
0.8505 0.1010 861.45
0.0515 0.7085 759.96
0.9002 0.0512 867.71
0.0519 0.2995 789.85
0.0523 0.2506 793.37
0.0523 0.4516 780.61
0.0526 0.1006 800.21
0.0570 0.6507 765.25
27895; 2-methyl-1-propanol + 1-chlorobutane + 1-butanamine; 00001:00147:00336