Mixture of Aniline, N-methyl- + Cyclohexane

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Aniline, N-methyl-

Name
Aniline, N-methyl-
InChI
InChI=1S/C7H9N/c1-8-7-5-3-2-4-6-7/h2-6,8H,1H3
InChI Key
AFBPFSWMIHJQDM-UHFFFAOYSA-N
Formula
C7H9N
SMILES
CNc1ccccc1
Mol. Weight (g/mol)
107.15
CAS
100-61-8

Cyclohexane

Name
Cyclohexane
InChI
InChI=1S/C6H12/c1-2-4-6-5-3-1/h1-6H2
InChI Key
XDTMQSROBMDMFD-UHFFFAOYSA-N
Formula
C6H12
SMILES
C1CCCCC1
Mol. Weight (g/mol)
84.16
CAS
110-82-7
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Datasets

  1. Excess molar enthalpy (molar enthalpy (2)
  2. ρl - Mass density, kg/m3 (2)
  3. csound,fluid - Speed of Sound, m/s (2)

Excess molar enthalpy (molar enthalpy of mixing), kJ/mol [ref]

Operational conditions:

Mole fraction of Aniline, N-methyl- (1) - Liquid Excess molar enthalpy (molar enthalpy of mixing), kJ/mol - Liquid
0.0978 0.8260
0.1987 1.296
0.2934 1.521
0.4002 1.611
0.4937 1.628
0.5934 1.538
0.6935 1.308
0.7953 0.9720
0.8938 0.5680

Excess molar enthalpy (molar enthalpy of mixing), kJ/mol [ref]

Operational conditions:

Mole fraction of Aniline, N-methyl- (1) - Liquid Excess molar enthalpy (molar enthalpy of mixing), kJ/mol - Liquid
0.0978 0.8260
0.1987 1.296
0.2934 1.521
0.4002 1.611
0.4937 1.628
0.5934 1.538
0.6935 1.308
0.7953 0.9720
0.8938 0.5680

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Aniline, N-methyl- (1) - Liquid Mass density, kg/m3 - Liquid
293.15 0.0516 787.947
293.15 0.1047 798.075
293.15 0.1522 807.416
293.15 0.2023 817.479
293.15 0.2482 826.755
293.15 0.3018 837.718
293.15 0.3462 846.906
293.15 0.4049 859.091
293.15 0.4478 868.011
293.15 0.4972 878.435
293.15 0.5444 888.383
293.15 0.5942 898.936
293.15 0.6445 909.64
293.15 0.6931 920.029
293.15 0.7564 933.633
293.15 0.7917 941.225
293.15 0.8372 951.07
293.15 0.8900 962.5
293.15 0.9446 974.383
298.15 0.0673 786.236
298.15 0.1073 793.946
298.15 0.1609 804.548
298.15 0.2065 813.772
298.15 0.2536 823.353
298.15 0.2963 832.165
298.15 0.3554 844.401
298.15 0.3981 853.363
298.15 0.4479 863.765
298.15 0.5055 875.962
298.15 0.5537 886.222
298.15 0.5968 895.414
298.15 0.6482 906.388
298.15 0.6939 916.254
298.15 0.7530 928.945
298.15 0.7950 938.08
298.15 0.8347 946.748
298.15 0.8896 958.645
298.15 0.9399 969.599
303.15 0.0581 779.854
303.15 0.1038 788.651
303.15 0.1557 798.906
303.15 0.2015 808.134
303.15 0.2526 818.565
303.15 0.2975 827.884
303.15 0.3479 838.328
303.15 0.3974 848.695
303.15 0.4510 859.961
303.15 0.5005 870.442
303.15 0.5512 881.294
303.15 0.5922 890.064
303.15 0.6575 904.033
303.15 0.6956 912.351
303.15 0.7501 924.185
303.15 0.7995 934.921
303.15 0.8447 944.844
303.15 0.8956 955.901
303.15 0.9411 965.875

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Aniline, N-methyl- (1) - Liquid Mass density, kg/m3 - Liquid
293.15 0.0516 787.947
293.15 0.1047 798.075
293.15 0.1522 807.416
293.15 0.2023 817.479
293.15 0.2482 826.755
293.15 0.3018 837.718
293.15 0.3462 846.906
293.15 0.4049 859.091
293.15 0.4478 868.011
293.15 0.4972 878.435
293.15 0.5444 888.383
293.15 0.5942 898.936
293.15 0.6445 909.64
293.15 0.6931 920.029
293.15 0.7564 933.633
293.15 0.7917 941.225
293.15 0.8372 951.07
293.15 0.8900 962.5
293.15 0.9446 974.383
298.15 0.0673 786.236
298.15 0.1073 793.946
298.15 0.1609 804.548
298.15 0.2065 813.772
298.15 0.2536 823.353
298.15 0.2963 832.165
298.15 0.3554 844.401
298.15 0.3981 853.363
298.15 0.4479 863.765
298.15 0.5055 875.962
298.15 0.5537 886.222
298.15 0.5968 895.414
298.15 0.6482 906.388
298.15 0.6939 916.254
298.15 0.7530 928.945
298.15 0.7950 938.08
298.15 0.8347 946.748
298.15 0.8896 958.645
298.15 0.9399 969.599
303.15 0.0581 779.854
303.15 0.1038 788.651
303.15 0.1557 798.906
303.15 0.2015 808.134
303.15 0.2526 818.565
303.15 0.2975 827.884
303.15 0.3479 838.328
303.15 0.3974 848.695
303.15 0.4510 859.961
303.15 0.5005 870.442
303.15 0.5512 881.294
303.15 0.5922 890.064
303.15 0.6575 904.033
303.15 0.6956 912.351
303.15 0.7501 924.185
303.15 0.7995 934.921
303.15 0.8447 944.844
303.15 0.8956 955.901
303.15 0.9411 965.875

Speed of sound, m/s [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Aniline, N-methyl- (1) - Liquid Speed of sound, m/s - Liquid
293.15 0.0516 1285.67
293.15 0.1047 1294.42
293.15 0.1522 1303.03
293.15 0.2023 1313.16
293.15 0.2482 1322.87
293.15 0.3018 1335.29
293.15 0.3462 1346.35
293.15 0.4049 1362.01
293.15 0.4478 1374.11
293.15 0.4972 1389.07
293.15 0.5444 1404.09
293.15 0.5942 1420.72
293.15 0.6445 1438.28
293.15 0.6931 1456.03
293.15 0.7564 1480.34
293.15 0.7917 1494.21
293.15 0.8372 1512.7
293.15 0.8900 1534.78
293.15 0.9446 1558.2
298.15 0.0673 1264.5
298.15 0.1073 1271.66
298.15 0.1609 1282.0
298.15 0.2065 1291.75
298.15 0.2536 1302.33
298.15 0.2963 1312.64
298.15 0.3554 1327.8
298.15 0.3981 1339.58
298.15 0.4479 1353.95
298.15 0.5055 1371.78
298.15 0.5537 1387.51
298.15 0.5968 1402.54
298.15 0.6482 1420.6
298.15 0.6939 1437.64
298.15 0.7530 1460.4
298.15 0.7950 1477.24
298.15 0.8347 1493.58
298.15 0.8896 1516.7
298.15 0.9399 1538.51
303.15 0.0581 1239.83
303.15 0.1038 1248.41
303.15 0.1557 1258.84
303.15 0.2015 1268.76
303.15 0.2526 1280.59
303.15 0.2975 1291.71
303.15 0.3479 1304.89
303.15 0.3974 1318.71
303.15 0.4510 1334.45
303.15 0.5005 1351.46
303.15 0.5512 1366.73
303.15 0.5922 1380.83
303.15 0.6575 1404.18
303.15 0.6956 1418.63
303.15 0.7501 1439.86
303.15 0.7995 1459.72
303.15 0.8447 1478.59
303.15 0.8956 1500.05
303.15 0.9411 1520.04

Speed of sound, m/s [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Aniline, N-methyl- (1) - Liquid Speed of sound, m/s - Liquid
293.15 0.0516 1285.67
293.15 0.1047 1294.42
293.15 0.1522 1303.03
293.15 0.2023 1313.16
293.15 0.2482 1322.87
293.15 0.3018 1335.29
293.15 0.3462 1346.35
293.15 0.4049 1362.01
293.15 0.4478 1374.11
293.15 0.4972 1389.07
293.15 0.5444 1404.09
293.15 0.5942 1420.72
293.15 0.6445 1438.28
293.15 0.6931 1456.03
293.15 0.7564 1480.34
293.15 0.7917 1494.21
293.15 0.8372 1512.7
293.15 0.8900 1534.78
293.15 0.9446 1558.2
298.15 0.0673 1264.5
298.15 0.1073 1271.66
298.15 0.1609 1282.0
298.15 0.2065 1291.75
298.15 0.2536 1302.33
298.15 0.2963 1312.64
298.15 0.3554 1327.8
298.15 0.3981 1339.58
298.15 0.4479 1353.95
298.15 0.5055 1371.78
298.15 0.5537 1387.51
298.15 0.5968 1402.54
298.15 0.6482 1420.6
298.15 0.6939 1437.64
298.15 0.7530 1460.4
298.15 0.7950 1477.24
298.15 0.8347 1493.58
298.15 0.8896 1516.7
298.15 0.9399 1538.51
303.15 0.0581 1239.83
303.15 0.1038 1248.41
303.15 0.1557 1258.84
303.15 0.2015 1268.76
303.15 0.2526 1280.59
303.15 0.2975 1291.71
303.15 0.3479 1304.89
303.15 0.3974 1318.71
303.15 0.4510 1334.45
303.15 0.5005 1351.46
303.15 0.5512 1366.73
303.15 0.5922 1380.83
303.15 0.6575 1404.18
303.15 0.6956 1418.63
303.15 0.7501 1439.86
303.15 0.7995 1459.72
303.15 0.8447 1478.59
303.15 0.8956 1500.05
303.15 0.9411 1520.04

Sources