Mixture of Pyrrolidine + Water

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Pyrrolidine

Name
Pyrrolidine
InChI
InChI=1S/C4H9N/c1-2-4-5-3-1/h5H,1-4H2
InChI Key
RWRDLPDLKQPQOW-UHFFFAOYSA-N
Formula
C4H9N
SMILES
C1CCNC1
Mol. Weight (g/mol)
71.12
CAS
123-75-1

Water

Name
Water
InChI
InChI=1S/H2O/h1H2
InChI Key
XLYOFNOQVPJJNP-UHFFFAOYSA-N
Formula
H2O
SMILES
O
Mol. Weight (g/mol)
18.02
CAS
7732-18-5
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Datasets

  1. Mole fraction (2)
  2. ν - Kinematic viscosity, m2/s (2)
  3. ρl - Mass density, kg/m3 (4)
  4. csound,fluid - Speed of Sound, m/s (2)
  5. γ - Surface tension liquid-gas, N/m (2)
  6. Tboil - Boiling temperature at pressure P, K (2)

Mole fraction of Pyrrolidine (1) [ref]

Operational condition: Pressure, kPa = 101.33 (Gas)

Mole fraction of Pyrrolidine (1) - Liquid Mole fraction of Pyrrolidine (1) - Gas
0.0000 0.0000
0.0060 0.0660
0.0110 0.1160
0.0250 0.1830
0.0550 0.2190
0.0910 0.2470
0.1380 0.2690
0.1380 0.2710
0.1960 0.3060
0.2680 0.3570
0.3630 0.4530
0.4810 0.5750
0.6450 0.6870
1.0000 1.0000

Mole fraction of Pyrrolidine (1) [ref]

Operational condition: Pressure, kPa = 101.33 (Gas)

Mole fraction of Pyrrolidine (1) - Liquid Mole fraction of Pyrrolidine (1) - Gas
0.0000 0.0000
0.0060 0.0660
0.0110 0.1160
0.0250 0.1830
0.0550 0.2190
0.0910 0.2470
0.1380 0.2690
0.1380 0.2710
0.1960 0.3060
0.2680 0.3570
0.3630 0.4530
0.4810 0.5750
0.6450 0.6870
1.0000 1.0000

Kinematic viscosity, m2/s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Kinematic viscosity, m2/s - Liquid
293.15 0.0000 9.8990e-07
293.15 0.0221 1.4380e-06
293.15 0.0678 2.4710e-06
293.15 0.1158 3.5180e-06
293.15 0.2076 4.5280e-06
293.15 0.3039 4.7760e-06
293.15 0.3958 4.3560e-06
293.15 0.4834 3.6390e-06
293.15 0.5671 2.9940e-06
293.15 0.6858 2.1330e-06
293.15 0.8675 1.3120e-06
293.15 1.0000 9.5450e-07
303.15 0.0000 8.1010e-07
303.15 0.0221 1.1210e-06
303.15 0.0678 1.7630e-06
303.15 0.1158 2.4190e-06
303.15 0.2076 3.1540e-06
303.15 0.3039 3.3430e-06
303.15 0.3958 3.1310e-06
303.15 0.4834 2.7330e-06
303.15 0.5671 2.2360e-06
303.15 0.6858 1.7060e-06
303.15 0.8675 1.0670e-06
303.15 1.0000 8.2680e-07
313.15 0.0000 6.6550e-07
313.15 0.0221 8.8050e-07
313.15 0.0678 1.3420e-06
313.15 0.1158 1.7700e-06
313.15 0.2076 2.2720e-06
313.15 0.3039 2.4570e-06
313.15 0.3958 2.3070e-06
313.15 0.4834 2.0850e-06
313.15 0.5671 1.7640e-06
313.15 0.6858 1.3680e-06
313.15 0.8675 9.1340e-07
313.15 1.0000 7.4320e-07
323.15 0.0000 5.6100e-07
323.15 0.0221 7.6290e-07
323.15 0.0678 1.0630e-06
323.15 0.1158 1.3640e-06
323.15 0.2076 1.7280e-06
323.15 0.3039 1.8660e-06
323.15 0.3958 1.7900e-06
323.15 0.4834 1.6050e-06
323.15 0.5671 1.3930e-06
323.15 0.6858 1.1190e-06
323.15 0.8675 7.8420e-07
323.15 1.0000 6.4120e-07

Kinematic viscosity, m2/s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Kinematic viscosity, m2/s - Liquid
293.15 0.0000 9.8990e-07
293.15 0.0221 1.4380e-06
293.15 0.0678 2.4710e-06
293.15 0.1158 3.5180e-06
293.15 0.2076 4.5280e-06
293.15 0.3039 4.7760e-06
293.15 0.3958 4.3560e-06
293.15 0.4834 3.6390e-06
293.15 0.5671 2.9940e-06
293.15 0.6858 2.1330e-06
293.15 0.8675 1.3120e-06
293.15 1.0000 9.5450e-07
303.15 0.0000 8.1010e-07
303.15 0.0221 1.1210e-06
303.15 0.0678 1.7630e-06
303.15 0.1158 2.4190e-06
303.15 0.2076 3.1540e-06
303.15 0.3039 3.3430e-06
303.15 0.3958 3.1310e-06
303.15 0.4834 2.7330e-06
303.15 0.5671 2.2360e-06
303.15 0.6858 1.7060e-06
303.15 0.8675 1.0670e-06
303.15 1.0000 8.2680e-07
313.15 0.0000 6.6550e-07
313.15 0.0221 8.8050e-07
313.15 0.0678 1.3420e-06
313.15 0.1158 1.7700e-06
313.15 0.2076 2.2720e-06
313.15 0.3039 2.4570e-06
313.15 0.3958 2.3070e-06
313.15 0.4834 2.0850e-06
313.15 0.5671 1.7640e-06
313.15 0.6858 1.3680e-06
313.15 0.8675 9.1340e-07
313.15 1.0000 7.4320e-07
323.15 0.0000 5.6100e-07
323.15 0.0221 7.6290e-07
323.15 0.0678 1.0630e-06
323.15 0.1158 1.3640e-06
323.15 0.2076 1.7280e-06
323.15 0.3039 1.8660e-06
323.15 0.3958 1.7900e-06
323.15 0.4834 1.6050e-06
323.15 0.5671 1.3930e-06
323.15 0.6858 1.1190e-06
323.15 0.8675 7.8420e-07
323.15 1.0000 6.4120e-07

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101.325 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Mass density, kg/m3 - Liquid
298.15 0.0000 997.05
298.15 0.0990 976.0
298.15 0.1000 973.9
298.15 0.1990 956.6
298.15 0.2040 952.8
298.15 0.2970 934.7
298.15 0.2990 938.8
298.15 0.3960 925.8
298.15 0.3990 925.4
298.15 0.4970 912.1
298.15 0.4980 911.5
298.15 0.5890 901.1
298.15 0.5960 900.2
298.15 0.6750 893.8
298.15 0.6970 893.4
298.15 0.7860 879.9
298.15 0.7960 877.1
298.15 0.8820 865.3
298.15 0.8880 865.6
298.15 0.9950 852.9
298.15 0.0000 997.05
298.15 0.9950 856.2
323.15 0.0000 988.04
323.15 0.0990 960.0
323.15 0.1000 963.6
323.15 0.1990 941.5
323.15 0.2040 937.2
323.15 0.2970 921.2
323.15 0.2990 924.5
323.15 0.3960 904.0
323.15 0.3990 907.4
323.15 0.4970 891.1
323.15 0.4980 891.2
323.15 0.5890 883.5
323.15 0.5960 879.9
323.15 0.6750 871.3
323.15 0.6970 868.5
323.15 0.7860 858.3
323.15 0.7960 858.6
323.15 0.8820 843.5
323.15 0.8880 845.6
323.15 0.9950 834.6
323.15 0.0000 988.04
323.15 0.9950 832.8

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Mass density, kg/m3 - Liquid
293.15 0.0000 998.21
293.15 0.0057 997.13
293.15 0.0101 996.33
293.15 0.0221 994.47
293.15 0.0678 989.46
293.15 0.1158 980.95
293.15 0.2076 962.31
293.15 0.3039 943.39
293.15 0.3958 928.64
293.15 0.4834 917.04
293.15 0.5671 906.1
293.15 0.6858 893.17
293.15 0.8675 872.39
293.15 1.0000 859.87
303.15 0.0000 995.65
303.15 0.0057 994.41
303.15 0.0101 993.49
303.15 0.0221 991.12
303.15 0.0678 983.41
303.15 0.1158 973.19
303.15 0.2076 953.57
303.15 0.3039 934.33
303.15 0.3958 919.34
303.15 0.4834 907.58
303.15 0.5671 896.0
303.15 0.6858 883.53
303.15 0.8675 862.69
303.15 1.0000 850.11
313.15 0.0000 992.21
313.15 0.0057 990.83
313.15 0.0101 989.78
313.15 0.0221 986.92
313.15 0.0678 976.91
313.15 0.1158 965.26
313.15 0.2076 944.65
313.15 0.3039 925.06
313.15 0.3958 909.83
313.15 0.4834 897.92
313.15 0.5671 886.2
313.15 0.6858 873.7
313.15 0.8675 852.81
313.15 1.0000 840.24
323.15 0.0000 988.02
323.15 0.0057 986.46
323.15 0.0101 985.31
323.15 0.0221 982.0
323.15 0.0678 970.03
323.15 0.1158 957.15
323.15 0.2076 935.51
323.15 0.3039 915.6
323.15 0.3958 900.11
323.15 0.4834 888.05
323.15 0.5671 877.7
323.15 0.6858 863.68
323.15 0.8675 846.3
323.15 1.0000 833.88

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101.325 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Mass density, kg/m3 - Liquid
298.15 0.0000 997.05
298.15 0.0990 976.0
298.15 0.1000 973.9
298.15 0.1990 956.6
298.15 0.2040 952.8
298.15 0.2970 934.7
298.15 0.2990 938.8
298.15 0.3960 925.8
298.15 0.3990 925.4
298.15 0.4970 912.1
298.15 0.4980 911.5
298.15 0.5890 901.1
298.15 0.5960 900.2
298.15 0.6750 893.8
298.15 0.6970 893.4
298.15 0.7860 879.9
298.15 0.7960 877.1
298.15 0.8820 865.3
298.15 0.8880 865.6
298.15 0.9950 852.9
298.15 0.0000 997.05
298.15 0.9950 856.2
323.15 0.0000 988.04
323.15 0.0990 960.0
323.15 0.1000 963.6
323.15 0.1990 941.5
323.15 0.2040 937.2
323.15 0.2970 921.2
323.15 0.2990 924.5
323.15 0.3960 904.0
323.15 0.3990 907.4
323.15 0.4970 891.1
323.15 0.4980 891.2
323.15 0.5890 883.5
323.15 0.5960 879.9
323.15 0.6750 871.3
323.15 0.6970 868.5
323.15 0.7860 858.3
323.15 0.7960 858.6
323.15 0.8820 843.5
323.15 0.8880 845.6
323.15 0.9950 834.6
323.15 0.0000 988.04
323.15 0.9950 832.8

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Mass density, kg/m3 - Liquid
293.15 0.0000 998.21
293.15 0.0057 997.13
293.15 0.0101 996.33
293.15 0.0221 994.47
293.15 0.0678 989.46
293.15 0.1158 980.95
293.15 0.2076 962.31
293.15 0.3039 943.39
293.15 0.3958 928.64
293.15 0.4834 917.04
293.15 0.5671 906.1
293.15 0.6858 893.17
293.15 0.8675 872.39
293.15 1.0000 859.87
303.15 0.0000 995.65
303.15 0.0057 994.41
303.15 0.0101 993.49
303.15 0.0221 991.12
303.15 0.0678 983.41
303.15 0.1158 973.19
303.15 0.2076 953.57
303.15 0.3039 934.33
303.15 0.3958 919.34
303.15 0.4834 907.58
303.15 0.5671 896.0
303.15 0.6858 883.53
303.15 0.8675 862.69
303.15 1.0000 850.11
313.15 0.0000 992.21
313.15 0.0057 990.83
313.15 0.0101 989.78
313.15 0.0221 986.92
313.15 0.0678 976.91
313.15 0.1158 965.26
313.15 0.2076 944.65
313.15 0.3039 925.06
313.15 0.3958 909.83
313.15 0.4834 897.92
313.15 0.5671 886.2
313.15 0.6858 873.7
313.15 0.8675 852.81
313.15 1.0000 840.24
323.15 0.0000 988.02
323.15 0.0057 986.46
323.15 0.0101 985.31
323.15 0.0221 982.0
323.15 0.0678 970.03
323.15 0.1158 957.15
323.15 0.2076 935.51
323.15 0.3039 915.6
323.15 0.3958 900.11
323.15 0.4834 888.05
323.15 0.5671 877.7
323.15 0.6858 863.68
323.15 0.8675 846.3
323.15 1.0000 833.88

Speed of sound, m/s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Speed of sound, m/s - Liquid
293.00 0.0000 1482.6
293.00 0.0060 1501.6
293.00 0.0100 1517.1
293.00 0.0220 1557.9
293.00 0.0680 1650.5
293.00 0.1160 1654.8
293.00 0.2080 1626.3
293.00 0.3040 1589.8
293.00 0.3960 1556.7
293.00 0.4830 1528.8
293.00 0.5670 1500.3
293.00 0.6860 1467.5
293.00 0.8680 1416.6
293.00 1.0000 1389.4
303.00 0.0000 1509.2
303.00 0.0060 1525.2
303.00 0.0100 1537.1
303.00 0.0220 1569.8
303.00 0.0680 1635.1
303.00 0.1160 1631.8
303.00 0.2080 1596.4
303.00 0.3040 1555.3
303.00 0.3960 1519.5
303.00 0.4830 1489.9
303.00 0.5670 1458.9
303.00 0.6860 1426.8
303.00 0.8680 1375.5
303.00 1.0000 1348.0
313.00 0.0000 1529.0
313.00 0.0060 1541.5
313.00 0.0100 1551.1
313.00 0.0220 1576.6
313.00 0.0680 1619.3
313.00 0.1160 1608.0
313.00 0.2080 1565.5
313.00 0.3040 1520.0
313.00 0.3960 1481.6
313.00 0.4830 1450.5
313.00 0.5670 1422.2
313.00 0.6860 1385.6
313.00 0.8680 1333.8
313.00 1.0000 1305.8
323.00 0.0000 1542.6
323.00 0.0060 1552.2
323.00 0.0100 1559.7
323.00 0.0220 1578.7
323.00 0.0680 1602.3
323.00 0.1160 1583.2
323.00 0.2080 1533.5
323.00 0.3040 1483.9
323.00 0.3960 1443.0
323.00 0.4830 1410.5
323.00 0.5670 1377.7
323.00 0.6860 1344.0
323.00 0.8680 1291.7
323.00 1.0000 1263.0

Speed of sound, m/s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Speed of sound, m/s - Liquid
293.00 0.0000 1482.6
293.00 0.0060 1501.6
293.00 0.0100 1517.1
293.00 0.0220 1557.9
293.00 0.0680 1650.5
293.00 0.1160 1654.8
293.00 0.2080 1626.3
293.00 0.3040 1589.8
293.00 0.3960 1556.7
293.00 0.4830 1528.8
293.00 0.5670 1500.3
293.00 0.6860 1467.5
293.00 0.8680 1416.6
293.00 1.0000 1389.4
303.00 0.0000 1509.2
303.00 0.0060 1525.2
303.00 0.0100 1537.1
303.00 0.0220 1569.8
303.00 0.0680 1635.1
303.00 0.1160 1631.8
303.00 0.2080 1596.4
303.00 0.3040 1555.3
303.00 0.3960 1519.5
303.00 0.4830 1489.9
303.00 0.5670 1458.9
303.00 0.6860 1426.8
303.00 0.8680 1375.5
303.00 1.0000 1348.0
313.00 0.0000 1529.0
313.00 0.0060 1541.5
313.00 0.0100 1551.1
313.00 0.0220 1576.6
313.00 0.0680 1619.3
313.00 0.1160 1608.0
313.00 0.2080 1565.5
313.00 0.3040 1520.0
313.00 0.3960 1481.6
313.00 0.4830 1450.5
313.00 0.5670 1422.2
313.00 0.6860 1385.6
313.00 0.8680 1333.8
313.00 1.0000 1305.8
323.00 0.0000 1542.6
323.00 0.0060 1552.2
323.00 0.0100 1559.7
323.00 0.0220 1578.7
323.00 0.0680 1602.3
323.00 0.1160 1583.2
323.00 0.2080 1533.5
323.00 0.3040 1483.9
323.00 0.3960 1443.0
323.00 0.4830 1410.5
323.00 0.5670 1377.7
323.00 0.6860 1344.0
323.00 0.8680 1291.7
323.00 1.0000 1263.0

Surface tension liquid-gas, N/m [ref]

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Surface tension liquid-gas, N/m - Liquid
293.15 0.0000 0.0727
293.15 0.0156 0.0556
293.15 0.0564 0.0461
293.15 0.1082 0.0417
293.15 0.1792 0.0397
293.15 0.3039 0.0375
293.15 0.4212 0.0360
293.15 0.5219 0.0349
293.15 0.6093 0.0339
293.15 0.6858 0.0330
293.15 0.7844 0.0321
293.15 0.9161 0.0311
293.15 1.0000 0.0303
298.15 0.0000 0.0721
298.15 0.0156 0.0553
298.15 0.0564 0.0456
298.15 0.1082 0.0412
298.15 0.1792 0.0397
298.15 0.3039 0.0371
298.15 0.4212 0.0355
298.15 0.5219 0.0344
298.15 0.6093 0.0335
298.15 0.6858 0.0326
298.15 0.7844 0.0314
298.15 0.9161 0.0304
298.15 1.0000 0.0297
303.15 0.0000 0.0713
303.15 0.0156 0.0550
303.15 0.0564 0.0452
303.15 0.1082 0.0409
303.15 0.1792 0.0390
303.15 0.3039 0.0367
303.15 0.4212 0.0351
303.15 0.5219 0.0340
303.15 0.6093 0.0331
303.15 0.6858 0.0324
303.15 0.7844 0.0313
303.15 0.9161 0.0301
303.15 1.0000 0.0290
313.15 0.0000 0.0693
313.15 0.0156 0.0541
313.15 0.0564 0.0448
313.15 0.1082 0.0402
313.15 0.1792 0.0380
313.15 0.3039 0.0357
313.15 0.4212 0.0344
313.15 0.5219 0.0330
313.15 0.6093 0.0319
313.15 0.6858 0.0311
313.15 0.7844 0.0304
313.15 0.9161 0.0290
313.15 1.0000 0.0279
323.15 0.0000 0.0679
323.15 0.0156 0.0533
323.15 0.0564 0.0439
323.15 0.1082 0.0392
323.15 0.1792 0.0373
323.15 0.3039 0.0347
323.15 0.4212 0.0331
323.15 0.5219 0.0321
323.15 0.6093 0.0311
323.15 0.6858 0.0302
323.15 0.7844 0.0292
323.15 0.9161 0.0278
323.15 1.0000 0.0267

Surface tension liquid-gas, N/m [ref]

Fixed Measured
Temperature, K - Liquid Mole fraction of Pyrrolidine (1) - Liquid Surface tension liquid-gas, N/m - Liquid
293.15 0.0000 0.0727
293.15 0.0156 0.0556
293.15 0.0564 0.0461
293.15 0.1082 0.0417
293.15 0.1792 0.0397
293.15 0.3039 0.0375
293.15 0.4212 0.0360
293.15 0.5219 0.0349
293.15 0.6093 0.0339
293.15 0.6858 0.0330
293.15 0.7844 0.0321
293.15 0.9161 0.0311
293.15 1.0000 0.0303
298.15 0.0000 0.0721
298.15 0.0156 0.0553
298.15 0.0564 0.0456
298.15 0.1082 0.0412
298.15 0.1792 0.0397
298.15 0.3039 0.0371
298.15 0.4212 0.0355
298.15 0.5219 0.0344
298.15 0.6093 0.0335
298.15 0.6858 0.0326
298.15 0.7844 0.0314
298.15 0.9161 0.0304
298.15 1.0000 0.0297
303.15 0.0000 0.0713
303.15 0.0156 0.0550
303.15 0.0564 0.0452
303.15 0.1082 0.0409
303.15 0.1792 0.0390
303.15 0.3039 0.0367
303.15 0.4212 0.0351
303.15 0.5219 0.0340
303.15 0.6093 0.0331
303.15 0.6858 0.0324
303.15 0.7844 0.0313
303.15 0.9161 0.0301
303.15 1.0000 0.0290
313.15 0.0000 0.0693
313.15 0.0156 0.0541
313.15 0.0564 0.0448
313.15 0.1082 0.0402
313.15 0.1792 0.0380
313.15 0.3039 0.0357
313.15 0.4212 0.0344
313.15 0.5219 0.0330
313.15 0.6093 0.0319
313.15 0.6858 0.0311
313.15 0.7844 0.0304
313.15 0.9161 0.0290
313.15 1.0000 0.0279
323.15 0.0000 0.0679
323.15 0.0156 0.0533
323.15 0.0564 0.0439
323.15 0.1082 0.0392
323.15 0.1792 0.0373
323.15 0.3039 0.0347
323.15 0.4212 0.0331
323.15 0.5219 0.0321
323.15 0.6093 0.0311
323.15 0.6858 0.0302
323.15 0.7844 0.0292
323.15 0.9161 0.0278
323.15 1.0000 0.0267

Boiling temperature at pressure P, K [ref]

Operational condition: Pressure, kPa = 101.33 (Gas)

Mole fraction of Pyrrolidine (1) - Liquid Boiling temperature at pressure P, K - Gas
0.0000 373.00
0.0060 371.80
0.0110 370.50
0.0250 368.80
0.0550 367.60
0.0910 366.80
0.1380 366.00
0.1380 366.10
0.1960 365.40
0.2680 364.60
0.3630 363.50
0.4810 362.30
0.6450 360.80
1.0000 359.40

Boiling temperature at pressure P, K [ref]

Operational condition: Pressure, kPa = 101.33 (Gas)

Mole fraction of Pyrrolidine (1) - Liquid Boiling temperature at pressure P, K - Gas
0.0000 373.00
0.0060 371.80
0.0110 370.50
0.0250 368.80
0.0550 367.60
0.0910 366.80
0.1380 366.00
0.1380 366.10
0.1960 365.40
0.2680 364.60
0.3630 363.50
0.4810 362.30
0.6450 360.80
1.0000 359.40

Sources