Mixture of Morpholine, 4-methyl- + Water

Datasets

1. η - Viscosity, Pa*s (2)
2. Excess molar enthalpy (molar enthalpy (2)
3. P_vap - Vapor or sublimation pressure, kPa (2)
4. ρ_l - Mass density, kg/m3 (4)
5. γ - Surface tension liquid-gas, N/m (2)

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Viscosity, Pa*s - Liquid
293.15	0.0452	0.0019
293.15	0.0942	0.0026
293.15	0.1267	0.0030
293.15	0.1763	0.0036
293.15	0.2022	0.0038
293.15	0.2538	0.0041
293.15	0.2843	0.0042
293.15	0.3275	0.0044
293.15	0.3754	0.0044
293.15	0.4033	0.0044
293.15	0.4286	0.0044
293.15	0.4689	0.0043
293.15	0.4983	0.0042
293.15	0.5433	0.0041
293.15	0.5983	0.0038
293.15	0.6438	0.0035
293.15	0.6942	0.0032
293.15	0.7587	0.0028
293.15	0.8163	0.0023
293.15	0.8869	0.0018
293.15	0.9244	0.0015
293.15	0.9812	0.0012
303.15	0.0452	0.0016
303.15	0.0942	0.0020
303.15	0.1267	0.0025
303.15	0.1763	0.0029
303.15	0.2022	0.0031
303.15	0.2538	0.0034
303.15	0.2843	0.0035
303.15	0.3275	0.0036
303.15	0.3754	0.0037
303.15	0.4033	0.0036
303.15	0.4286	0.0036
303.15	0.4689	0.0036
303.15	0.4983	0.0035
303.15	0.5433	0.0034
303.15	0.5983	0.0031
303.15	0.6438	0.0029
303.15	0.6942	0.0026
303.15	0.7587	0.0023
303.15	0.8163	0.0019
303.15	0.8869	0.0015
303.15	0.9244	0.0014
303.15	0.9812	0.0011
313.15	0.0452	0.0013
313.15	0.0942	0.0017
313.15	0.1267	0.0020
313.15	0.1763	0.0023
313.15	0.2022	0.0025
313.15	0.2538	0.0027
313.15	0.2843	0.0028
313.15	0.3275	0.0029
313.15	0.3754	0.0029
313.15	0.4033	0.0029
313.15	0.4286	0.0029
313.15	0.4689	0.0028
313.15	0.4983	0.0028
313.15	0.5433	0.0026
313.15	0.5983	0.0024
313.15	0.6438	0.0022
313.15	0.6942	0.0020
313.15	0.7587	0.0018
313.15	0.8163	0.0015
313.15	0.8869	0.0012
313.15	0.9244	0.0011
313.15	0.9812	0.0010
323.15	0.0452	0.0011
323.15	0.0942	0.0013
323.15	0.1267	0.0015
323.15	0.1763	0.0018
323.15	0.2022	0.0019
323.15	0.2538	0.0020
323.15	0.2843	0.0021
323.15	0.3275	0.0022
323.15	0.3754	0.0022
323.15	0.4033	0.0021
323.15	0.4286	0.0021
323.15	0.4689	0.0021
323.15	0.4983	0.0020
323.15	0.5433	0.0019
323.15	0.5983	0.0018
323.15	0.6438	0.0017
323.15	0.6942	0.0015
323.15	0.7587	0.0014
323.15	0.8163	0.0012
323.15	0.8869	0.0010
323.15	0.9244	0.0009
323.15	0.9812	0.0008
333.15	0.0452	0.0007
333.15	0.0942	0.0010
333.15	0.1267	0.0011
333.15	0.1763	0.0013
333.15	0.2022	0.0013
333.15	0.2538	0.0014
333.15	0.2843	0.0014
333.15	0.3275	0.0015
333.15	0.3754	0.0015
333.15	0.4033	0.0014
333.15	0.4286	0.0014
333.15	0.4689	0.0014
333.15	0.4983	0.0013
333.15	0.5433	0.0012
333.15	0.5983	0.0011
333.15	0.6438	0.0010
333.15	0.6942	0.0009
333.15	0.7587	0.0008
333.15	0.8163	0.0008
333.15	0.8869	0.0007
333.15	0.9244	0.0007
333.15	0.9812	0.0007
343.15	0.0452	0.0005
343.15	0.0942	0.0006
343.15	0.1267	0.0007
343.15	0.1763	0.0007
343.15	0.2022	0.0007
343.15	0.2538	0.0007
343.15	0.2843	0.0008
343.15	0.3275	0.0008
343.15	0.3754	0.0008
343.15	0.4033	0.0008
343.15	0.4286	0.0008
343.15	0.4689	0.0008
343.15	0.4983	0.0007
343.15	0.5433	0.0007
343.15	0.5983	0.0007
343.15	0.6438	0.0006
343.15	0.6942	0.0006
343.15	0.7587	0.0006
343.15	0.8163	0.0006
343.15	0.8869	0.0006
343.15	0.9244	0.0006
343.15	0.9812	0.0005

Viscosity, Pa*s [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Viscosity, Pa*s - Liquid
293.15	0.0452	0.0019
293.15	0.0942	0.0026
293.15	0.1267	0.0030
293.15	0.1763	0.0036
293.15	0.2022	0.0038
293.15	0.2538	0.0041
293.15	0.2843	0.0042
293.15	0.3275	0.0044
293.15	0.3754	0.0044
293.15	0.4033	0.0044
293.15	0.4286	0.0044
293.15	0.4689	0.0043
293.15	0.4983	0.0042
293.15	0.5433	0.0041
293.15	0.5983	0.0038
293.15	0.6438	0.0035
293.15	0.6942	0.0032
293.15	0.7587	0.0028
293.15	0.8163	0.0023
293.15	0.8869	0.0018
293.15	0.9244	0.0015
293.15	0.9812	0.0012
303.15	0.0452	0.0016
303.15	0.0942	0.0020
303.15	0.1267	0.0025
303.15	0.1763	0.0029
303.15	0.2022	0.0031
303.15	0.2538	0.0034
303.15	0.2843	0.0035
303.15	0.3275	0.0036
303.15	0.3754	0.0037
303.15	0.4033	0.0036
303.15	0.4286	0.0036
303.15	0.4689	0.0036
303.15	0.4983	0.0035
303.15	0.5433	0.0034
303.15	0.5983	0.0031
303.15	0.6438	0.0029
303.15	0.6942	0.0026
303.15	0.7587	0.0023
303.15	0.8163	0.0019
303.15	0.8869	0.0015
303.15	0.9244	0.0014
303.15	0.9812	0.0011
313.15	0.0452	0.0013
313.15	0.0942	0.0017
313.15	0.1267	0.0020
313.15	0.1763	0.0023
313.15	0.2022	0.0025
313.15	0.2538	0.0027
313.15	0.2843	0.0028
313.15	0.3275	0.0029
313.15	0.3754	0.0029
313.15	0.4033	0.0029
313.15	0.4286	0.0029
313.15	0.4689	0.0028
313.15	0.4983	0.0028
313.15	0.5433	0.0026
313.15	0.5983	0.0024
313.15	0.6438	0.0022
313.15	0.6942	0.0020
313.15	0.7587	0.0018
313.15	0.8163	0.0015
313.15	0.8869	0.0012
313.15	0.9244	0.0011
313.15	0.9812	0.0010
323.15	0.0452	0.0011
323.15	0.0942	0.0013
323.15	0.1267	0.0015
323.15	0.1763	0.0018
323.15	0.2022	0.0019
323.15	0.2538	0.0020
323.15	0.2843	0.0021
323.15	0.3275	0.0022
323.15	0.3754	0.0022
323.15	0.4033	0.0021
323.15	0.4286	0.0021
323.15	0.4689	0.0021
323.15	0.4983	0.0020
323.15	0.5433	0.0019
323.15	0.5983	0.0018
323.15	0.6438	0.0017
323.15	0.6942	0.0015
323.15	0.7587	0.0014
323.15	0.8163	0.0012
323.15	0.8869	0.0010
323.15	0.9244	0.0009
323.15	0.9812	0.0008
333.15	0.0452	0.0007
333.15	0.0942	0.0010
333.15	0.1267	0.0011
333.15	0.1763	0.0013
333.15	0.2022	0.0013
333.15	0.2538	0.0014
333.15	0.2843	0.0014
333.15	0.3275	0.0015
333.15	0.3754	0.0015
333.15	0.4033	0.0014
333.15	0.4286	0.0014
333.15	0.4689	0.0014
333.15	0.4983	0.0013
333.15	0.5433	0.0012
333.15	0.5983	0.0011
333.15	0.6438	0.0010
333.15	0.6942	0.0009
333.15	0.7587	0.0008
333.15	0.8163	0.0008
333.15	0.8869	0.0007
333.15	0.9244	0.0007
333.15	0.9812	0.0007
343.15	0.0452	0.0005
343.15	0.0942	0.0006
343.15	0.1267	0.0007
343.15	0.1763	0.0007
343.15	0.2022	0.0007
343.15	0.2538	0.0007
343.15	0.2843	0.0008
343.15	0.3275	0.0008
343.15	0.3754	0.0008
343.15	0.4033	0.0008
343.15	0.4286	0.0008
343.15	0.4689	0.0008
343.15	0.4983	0.0007
343.15	0.5433	0.0007
343.15	0.5983	0.0007
343.15	0.6438	0.0006
343.15	0.6942	0.0006
343.15	0.7587	0.0006
343.15	0.8163	0.0006
343.15	0.8869	0.0006
343.15	0.9244	0.0006
343.15	0.9812	0.0005

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

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Temperature, K = 298.15 (Liquid)

Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Excess molar enthalpy (molar enthalpy of mixing), kJ/mol - Liquid
0.0008	-0.0237
0.0008	-0.0236
0.0016	-0.0473
0.0016	-0.0471
0.0024	-0.0706
0.0024	-0.0703
0.0032	-0.0938
0.0032	-0.0937
0.0040	-0.1168
0.0040	-0.1169
0.0049	-0.1400
0.0049	-0.1399

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

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Temperature, K = 298.15 (Liquid)

Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Excess molar enthalpy (molar enthalpy of mixing), kJ/mol - Liquid
0.0008	-0.0237
0.0008	-0.0236
0.0016	-0.0473
0.0016	-0.0471
0.0024	-0.0706
0.0024	-0.0703
0.0032	-0.0938
0.0032	-0.0937
0.0040	-0.1168
0.0040	-0.1169
0.0049	-0.1400
0.0049	-0.1399

Vapor or sublimation pressure, kPa [ref]

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Vapor or sublimation pressure, kPa - Liquid
313.15	0.0000	7.22
313.15	0.0500	7.46
313.15	0.1585	7.89
313.15	0.3486	8.55
313.15	0.4955	8.78
313.15	0.6669	8.75
313.15	0.8478	8.62
313.15	1.0000	6.47
323.15	0.0000	12.11
323.15	0.0500	12.69
323.15	0.1585	13.51
323.15	0.3486	14.42
323.15	0.4955	14.68
323.15	0.6669	14.50
323.15	0.8478	13.29
323.15	1.0000	10.21
333.15	0.0000	19.62
333.15	0.0500	20.83
333.15	0.1585	22.26
333.15	0.3486	23.48
333.15	0.4955	23.70
333.15	0.6669	23.23
333.15	0.8478	20.90
333.15	1.0000	15.58
343.15	0.0000	30.82
343.15	0.0500	33.09
343.15	0.1585	35.44
343.15	0.3486	36.99
343.15	0.4955	37.12
343.15	0.6669	36.06
343.15	0.8478	31.86
343.15	1.0000	23.10
353.15	0.0000	47.07
353.15	0.0500	51.02
353.15	0.1585	54.67
353.15	0.3486	56.60
353.15	0.4955	56.52
353.15	0.6669	54.43
353.15	0.8478	47.25
353.15	1.0000	33.35
363.15	0.0000	70.10
363.15	0.0500	76.59
363.15	0.1585	82.00
363.15	0.3486	84.34
363.15	0.4955	83.92
363.15	0.6669	80.09
363.15	0.8478	68.32
363.15	1.0000	47.02

Vapor or sublimation pressure, kPa [ref]

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Vapor or sublimation pressure, kPa - Liquid
313.15	0.0000	7.22
313.15	0.0500	7.46
313.15	0.1585	7.89
313.15	0.3486	8.55
313.15	0.4955	8.78
313.15	0.6669	8.75
313.15	0.8478	8.62
313.15	1.0000	6.47
323.15	0.0000	12.11
323.15	0.0500	12.69
323.15	0.1585	13.51
323.15	0.3486	14.42
323.15	0.4955	14.68
323.15	0.6669	14.50
323.15	0.8478	13.29
323.15	1.0000	10.21
333.15	0.0000	19.62
333.15	0.0500	20.83
333.15	0.1585	22.26
333.15	0.3486	23.48
333.15	0.4955	23.70
333.15	0.6669	23.23
333.15	0.8478	20.90
333.15	1.0000	15.58
343.15	0.0000	30.82
343.15	0.0500	33.09
343.15	0.1585	35.44
343.15	0.3486	36.99
343.15	0.4955	37.12
343.15	0.6669	36.06
343.15	0.8478	31.86
343.15	1.0000	23.10
353.15	0.0000	47.07
353.15	0.0500	51.02
353.15	0.1585	54.67
353.15	0.3486	56.60
353.15	0.4955	56.52
353.15	0.6669	54.43
353.15	0.8478	47.25
353.15	1.0000	33.35
363.15	0.0000	70.10
363.15	0.0500	76.59
363.15	0.1585	82.00
363.15	0.3486	84.34
363.15	0.4955	83.92
363.15	0.6669	80.09
363.15	0.8478	68.32
363.15	1.0000	47.02

Mass density, kg/m3 [ref]

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Temperature, K = 298.15 (Liquid)

Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Mass density, kg/m3 - Liquid
0.0008	997.058
0.0008	997.058
0.0016	997.074
0.0016	997.074
0.0024	997.095
0.0024	997.094
0.0032	997.121
0.0032	997.121
0.0040	997.151
0.0040	997.153
0.0049	997.187
0.0049	997.188

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Mass density, kg/m3 - Liquid
293.15	0.0452	1002.38
293.15	0.0942	1005.32
293.15	0.1267	1003.31
293.15	0.1763	1000.27
293.15	0.2022	996.93
293.15	0.2538	991.88
293.15	0.2843	988.53
293.15	0.3275	983.61
293.15	0.3754	977.87
293.15	0.4033	974.29
293.15	0.4286	971.29
293.15	0.4689	966.09
293.15	0.4983	962.76
293.15	0.5433	957.25
293.15	0.5983	950.09
293.15	0.6438	945.88
293.15	0.6942	941.06
293.15	0.7587	934.53
293.15	0.8163	929.89
293.15	0.8869	924.9
293.15	0.9244	922.59
293.15	0.9812	919.88
303.15	0.0452	990.98
303.15	0.0942	993.65
303.15	0.1267	991.58
303.15	0.1763	988.46
303.15	0.2022	985.14
303.15	0.2538	980.12
303.15	0.2843	976.81
303.15	0.3275	971.96
303.15	0.3754	966.31
303.15	0.4033	962.77
303.15	0.4286	959.83
303.15	0.4689	954.72
303.15	0.4983	951.45
303.15	0.5433	946.05
303.15	0.5983	939.74
303.15	0.6438	934.89
303.15	0.6942	931.06
303.15	0.7587	924.36
303.15	0.8163	920.39
303.15	0.8869	915.52
303.15	0.9244	913.29
303.15	0.9812	910.58
313.15	0.0452	985.04
313.15	0.0942	982.32
313.15	0.1267	980.45
313.15	0.1763	977.58
313.15	0.2022	974.42
313.15	0.2538	969.64
313.15	0.2843	966.47
313.15	0.3275	961.8
313.15	0.3754	956.33
313.15	0.4033	952.91
313.15	0.4286	950.06
313.15	0.4689	945.1
313.15	0.4983	941.92
313.15	0.5433	936.67
313.15	0.5983	930.57
313.15	0.6438	925.8
313.15	0.6942	922.05
313.15	0.7587	916.24
313.15	0.8163	912.31
313.15	0.8869	907.94
313.15	0.9244	905.91
313.15	0.9812	903.31
323.15	0.0452	978.13
323.15	0.0942	972.37
323.15	0.1267	968.24
323.15	0.1763	965.46
323.15	0.2022	962.36
323.15	0.2538	957.73
323.15	0.2843	954.64
323.15	0.3275	950.07
323.15	0.3754	944.75
323.15	0.4033	941.43
323.15	0.4286	938.65
323.15	0.4689	933.8
323.15	0.4983	930.71
323.15	0.5433	925.57
323.15	0.5983	919.96
323.15	0.6438	916.85
323.15	0.6942	913.49
323.15	0.7587	906.16
323.15	0.8163	902.37
323.15	0.8869	898.07
323.15	0.9244	896.15
323.15	0.9812	894.06
333.15	0.0452	968.24
333.15	0.0942	961.01
333.15	0.1267	955.3
333.15	0.1763	951.37
333.15	0.2022	947.34
333.15	0.2538	942.51
333.15	0.2843	939.75
333.15	0.3275	935.6
333.15	0.3754	930.7
333.15	0.4033	927.59
333.15	0.4286	925.0
333.15	0.4689	920.44
333.15	0.4983	917.56
333.15	0.5433	912.67
333.15	0.5983	907.35
333.15	0.6438	904.17
333.15	0.6942	900.9
333.15	0.7587	894.82
333.15	0.8163	891.64
333.15	0.8869	888.89
333.15	0.9244	886.87
333.15	0.9812	884.98
343.15	0.0452	962.12
343.15	0.0942	954.33
343.15	0.1267	948.38
343.15	0.1763	944.12
343.15	0.2022	939.98
343.15	0.2538	934.96
343.15	0.2843	932.11
343.15	0.3275	927.87
343.15	0.3754	922.89
343.15	0.4033	919.76
343.15	0.4286	917.15
343.15	0.4689	912.58
343.15	0.4983	909.69
343.15	0.5433	904.8
343.15	0.5983	899.49
343.15	0.6438	896.3
343.15	0.6942	893.02
343.15	0.7587	886.99
343.15	0.8163	883.81
343.15	0.8869	881.05
343.15	0.9244	879.04
343.15	0.9812	877.14

Mass density, kg/m3 [ref]

Operational conditions:

• Pressure, kPa = 101 (Liquid)
• Temperature, K = 298.15 (Liquid)

Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Mass density, kg/m3 - Liquid
0.0008	997.058
0.0008	997.058
0.0016	997.074
0.0016	997.074
0.0024	997.095
0.0024	997.094
0.0032	997.121
0.0032	997.121
0.0040	997.151
0.0040	997.153
0.0049	997.187
0.0049	997.188

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Mass density, kg/m3 - Liquid
293.15	0.0452	1002.38
293.15	0.0942	1005.32
293.15	0.1267	1003.31
293.15	0.1763	1000.27
293.15	0.2022	996.93
293.15	0.2538	991.88
293.15	0.2843	988.53
293.15	0.3275	983.61
293.15	0.3754	977.87
293.15	0.4033	974.29
293.15	0.4286	971.29
293.15	0.4689	966.09
293.15	0.4983	962.76
293.15	0.5433	957.25
293.15	0.5983	950.09
293.15	0.6438	945.88
293.15	0.6942	941.06
293.15	0.7587	934.53
293.15	0.8163	929.89
293.15	0.8869	924.9
293.15	0.9244	922.59
293.15	0.9812	919.88
303.15	0.0452	990.98
303.15	0.0942	993.65
303.15	0.1267	991.58
303.15	0.1763	988.46
303.15	0.2022	985.14
303.15	0.2538	980.12
303.15	0.2843	976.81
303.15	0.3275	971.96
303.15	0.3754	966.31
303.15	0.4033	962.77
303.15	0.4286	959.83
303.15	0.4689	954.72
303.15	0.4983	951.45
303.15	0.5433	946.05
303.15	0.5983	939.74
303.15	0.6438	934.89
303.15	0.6942	931.06
303.15	0.7587	924.36
303.15	0.8163	920.39
303.15	0.8869	915.52
303.15	0.9244	913.29
303.15	0.9812	910.58
313.15	0.0452	985.04
313.15	0.0942	982.32
313.15	0.1267	980.45
313.15	0.1763	977.58
313.15	0.2022	974.42
313.15	0.2538	969.64
313.15	0.2843	966.47
313.15	0.3275	961.8
313.15	0.3754	956.33
313.15	0.4033	952.91
313.15	0.4286	950.06
313.15	0.4689	945.1
313.15	0.4983	941.92
313.15	0.5433	936.67
313.15	0.5983	930.57
313.15	0.6438	925.8
313.15	0.6942	922.05
313.15	0.7587	916.24
313.15	0.8163	912.31
313.15	0.8869	907.94
313.15	0.9244	905.91
313.15	0.9812	903.31
323.15	0.0452	978.13
323.15	0.0942	972.37
323.15	0.1267	968.24
323.15	0.1763	965.46
323.15	0.2022	962.36
323.15	0.2538	957.73
323.15	0.2843	954.64
323.15	0.3275	950.07
323.15	0.3754	944.75
323.15	0.4033	941.43
323.15	0.4286	938.65
323.15	0.4689	933.8
323.15	0.4983	930.71
323.15	0.5433	925.57
323.15	0.5983	919.96
323.15	0.6438	916.85
323.15	0.6942	913.49
323.15	0.7587	906.16
323.15	0.8163	902.37
323.15	0.8869	898.07
323.15	0.9244	896.15
323.15	0.9812	894.06
333.15	0.0452	968.24
333.15	0.0942	961.01
333.15	0.1267	955.3
333.15	0.1763	951.37
333.15	0.2022	947.34
333.15	0.2538	942.51
333.15	0.2843	939.75
333.15	0.3275	935.6
333.15	0.3754	930.7
333.15	0.4033	927.59
333.15	0.4286	925.0
333.15	0.4689	920.44
333.15	0.4983	917.56
333.15	0.5433	912.67
333.15	0.5983	907.35
333.15	0.6438	904.17
333.15	0.6942	900.9
333.15	0.7587	894.82
333.15	0.8163	891.64
333.15	0.8869	888.89
333.15	0.9244	886.87
333.15	0.9812	884.98
343.15	0.0452	962.12
343.15	0.0942	954.33
343.15	0.1267	948.38
343.15	0.1763	944.12
343.15	0.2022	939.98
343.15	0.2538	934.96
343.15	0.2843	932.11
343.15	0.3275	927.87
343.15	0.3754	922.89
343.15	0.4033	919.76
343.15	0.4286	917.15
343.15	0.4689	912.58
343.15	0.4983	909.69
343.15	0.5433	904.8
343.15	0.5983	899.49
343.15	0.6438	896.3
343.15	0.6942	893.02
343.15	0.7587	886.99
343.15	0.8163	883.81
343.15	0.8869	881.05
343.15	0.9244	879.04
343.15	0.9812	877.14

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

Fixed		Measured
Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Temperature, K - Liquid	Surface tension liquid-gas, N/m - Liquid
0.0000	298.15	0.0720
0.0000	308.15	0.0704
0.0000	318.15	0.0688
0.0000	328.15	0.0672
0.0082	298.15	0.0696
0.0082	308.15	0.0676
0.0082	318.15	0.0658
0.0082	328.15	0.0640
0.0256	298.15	0.0549
0.0256	308.15	0.0532
0.0256	318.15	0.0514
0.0256	328.15	0.0497
0.0481	298.15	0.0506
0.0481	308.15	0.0486
0.0481	318.15	0.0467
0.0481	328.15	0.0448
0.0539	298.15	0.0494
0.0539	308.15	0.0477
0.0539	318.15	0.0460
0.0539	328.15	0.0443
0.0747	298.15	0.0469
0.0747	308.15	0.0454
0.0747	318.15	0.0438
0.0747	328.15	0.0423
0.0992	298.15	0.0446
0.0992	308.15	0.0432
0.0992	318.15	0.0419
0.0992	328.15	0.0405
0.1962	298.15	0.0387
0.1962	308.15	0.0374
0.1962	318.15	0.0360
0.1962	328.15	0.0348
0.2972	298.15	0.0349
0.2972	308.15	0.0337
0.2972	318.15	0.0324
0.2972	328.15	0.0312
0.3950	298.15	0.0327
0.3950	308.15	0.0315
0.3950	318.15	0.0303
0.3950	328.15	0.0292
0.4993	298.15	0.0313
0.4993	308.15	0.0302
0.4993	318.15	0.0290
0.4993	328.15	0.0279
0.5952	298.15	0.0306
0.5952	308.15	0.0295
0.5952	318.15	0.0284
0.5952	328.15	0.0273
0.6979	298.15	0.0298
0.6979	308.15	0.0287
0.6979	318.15	0.0277
0.6979	328.15	0.0266
0.8028	298.15	0.0292
0.8028	308.15	0.0281
0.8028	318.15	0.0270
0.8028	328.15	0.0259
0.8925	298.15	0.0288
0.8925	308.15	0.0277
0.8925	318.15	0.0266
0.8925	328.15	0.0255
1.0000	298.15	0.0282
1.0000	308.15	0.0272
1.0000	318.15	0.0262
1.0000	328.15	0.0251

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

Fixed		Measured
Mole fraction of Morpholine, 4-methyl- (1) - Liquid	Temperature, K - Liquid	Surface tension liquid-gas, N/m - Liquid
0.0000	298.15	0.0720
0.0000	308.15	0.0704
0.0000	318.15	0.0688
0.0000	328.15	0.0672
0.0082	298.15	0.0696
0.0082	308.15	0.0676
0.0082	318.15	0.0658
0.0082	328.15	0.0640
0.0256	298.15	0.0549
0.0256	308.15	0.0532
0.0256	318.15	0.0514
0.0256	328.15	0.0497
0.0481	298.15	0.0506
0.0481	308.15	0.0486
0.0481	318.15	0.0467
0.0481	328.15	0.0448
0.0539	298.15	0.0494
0.0539	308.15	0.0477
0.0539	318.15	0.0460
0.0539	328.15	0.0443
0.0747	298.15	0.0469
0.0747	308.15	0.0454
0.0747	318.15	0.0438
0.0747	328.15	0.0423
0.0992	298.15	0.0446
0.0992	308.15	0.0432
0.0992	318.15	0.0419
0.0992	328.15	0.0405
0.1962	298.15	0.0387
0.1962	308.15	0.0374
0.1962	318.15	0.0360
0.1962	328.15	0.0348
0.2972	298.15	0.0349
0.2972	308.15	0.0337
0.2972	318.15	0.0324
0.2972	328.15	0.0312
0.3950	298.15	0.0327
0.3950	308.15	0.0315
0.3950	318.15	0.0303
0.3950	328.15	0.0292
0.4993	298.15	0.0313
0.4993	308.15	0.0302
0.4993	318.15	0.0290
0.4993	328.15	0.0279
0.5952	298.15	0.0306
0.5952	308.15	0.0295
0.5952	318.15	0.0284
0.5952	328.15	0.0273
0.6979	298.15	0.0298
0.6979	308.15	0.0287
0.6979	318.15	0.0277
0.6979	328.15	0.0266
0.8028	298.15	0.0292
0.8028	308.15	0.0281
0.8028	318.15	0.0270
0.8028	328.15	0.0259
0.8925	298.15	0.0288
0.8925	308.15	0.0277
0.8925	318.15	0.0266
0.8925	328.15	0.0255
1.0000	298.15	0.0282
1.0000	308.15	0.0272
1.0000	318.15	0.0262
1.0000	328.15	0.0251

Sources

• Surface Thermodynamics of Aqueous Solutions of Morpholine and Methylmorpholine
• Determination of Infinite Dilution Partial Molar Excess Enthalpies and Volumes for Some Ionic Liquid Precursors in Water and Methanol Using Tandem Flow Mixing Calorimetry and Vibrating-Tube Densimetry
• Densities and Viscosities of Aqueous Solutions of N-Methylmorpholine from (293.15 to 343.15) K
• Isothermal Vapor-Liquid Equilibria of (Monoethanolamine + Water) and (4-Methylmorpholine + Water) Binary Systems at Several Temperatures