Phase equilibria and excess molar enthalpies study of the binary systems (pyrrole + hydrocarbon, or an alcohol) and modeling Domań„ska, U.; Zawadzki, M.; Królikowski, M.; González, J.; Fluid Phase Equilibria 2014, 361, 116-129
Data
P = 101 kPa, T = 298.15 K
x (mol mol-1) HmE (kJ mol-1)
0.0300 -0.1948
0.2994 -2.1148
0.3295 -2.2637
0.3594 -2.3918
0.3895 -2.4974
0.4195 -2.5776
0.4495 -2.6305
0.4795 -2.6546
0.4832 -2.6636
0.4902 -2.6639
0.5095 -2.649
0.0600 -0.4438
0.5202 -2.6469
0.5396 -2.6141
0.5502 -2.6006
0.5696 -2.551
0.5802 -2.5267
0.5906 -2.4912
0.6102 -2.4273
0.6402 -2.3051
0.6702 -2.163
0.7002 -2.0038
0.0898 -0.685
0.7302 -1.8301
0.7602 -1.6452
0.7901 -1.4506
0.8201 -1.2484
0.8501 -1.0409
0.8801 -0.8293
0.9101 -0.6146
0.9401 -0.3986
0.9701 -0.1806
0.1197 -0.9191
0.1497 -1.1459
0.1797 -1.3635
0.2096 -1.5703
0.2395 -1.7662
0.2695 -1.9483
29312; pyrrole + pyridine; 01478:02640