Investigation of the isothermal (vapour + liquid) equilibria of aqueous 2-amino-2-methyl-1-propanol (AMP), N-benzylethanolamine, or 3-dimethylamino-1-propanol solutions at several temperatures Belabbaci, A.; Chiali-Baba Ahmed, N.; Mokbel, I.; Negadi, L.; The Journal of Chemical Thermodynamics 2010, 42, 1158-1162
Data
T (K) x (mol mol-1) P (kPa)
283.15 0 1.1995
293.15 0 2.2838
293.15 0.0501 2.1704
293.15 0.1005 2.0696
293.15 0.2599 1.6884
293.15 0.3602 1.4182
293.15 0.4998 1.1314
293.15 0.7189 0.651
293.15 0.8119 0.5163
293.15 1 0.016
303.15 0 4.1478
283.15 0.0501 1.1288
303.15 0.0501 3.9719
303.15 0.1005 3.798
303.15 0.2599 3.1272
303.15 0.3602 2.6069
303.15 0.4998 2.1465
303.15 0.7189 1.2137
303.15 0.8119 1.0206
303.15 1 0.0346
313.15 0 7.2219
313.15 0.0501 6.9561
283.15 0.1005 1.0745
313.15 0.1005 6.6752
313.15 0.2599 5.5479
313.15 0.3602 4.613
313.15 0.4998 3.8649
313.15 0.7189 2.1637
313.15 0.8119 1.8315
313.15 1 0.0712
323.15 0 12.107
323.15 0.0501 11.7119
323.15 0.1005 11.2862
283.15 0.2599 0.8687
323.15 0.2599 9.4688
323.15 0.3602 7.8849
323.15 0.4998 6.6449
323.15 0.7189 3.7059
323.15 0.8119 3.0416
323.15 1 0.1396
333.15 0 19.6156
333.15 0.0501 19.0343
333.15 0.1005 18.4285
333.15 0.2599 15.6059
283.15 0.3602 0.7398
333.15 0.3602 13.0589
333.15 0.4998 10.9668
333.15 0.7189 6.1227
333.15 0.8119 4.7426
333.15 1 0.2627
343.15 0 30.8153
343.15 0.0501 29.9641
343.15 0.1005 29.1571
343.15 0.2599 24.9205
343.15 0.3602 21.013
283.15 0.4998 0.5619
343.15 0.4998 17.4516
343.15 0.7189 9.7921
343.15 0.8119 7.0204
343.15 1 0.476
353.15 0 47.0737
353.15 0.0501 45.8291
353.15 0.1005 44.8321
353.15 0.2599 38.6685
353.15 0.3602 32.9293
353.15 0.4998 26.8798
283.15 0.7189 0.3322
353.15 0.7189 15.206
353.15 0.8119 9.9512
353.15 1 0.8328
363.15 0 70.1021
363.15 0.0501 68.2833
363.15 0.1005 67.166
363.15 0.2599 58.4529
363.15 0.3602 50.3645
363.15 0.4998 40.2065
363.15 0.7189 22.9894
283.15 0.8119 0.231
363.15 0.8119 13.5994
363.15 1 1.4116
283.15 1 0.007
28256; 3-dimethylamino-1-propanol + water; 00004:00681