Mixture of 1-Octanol + Ethanol, 2-(2-butoxyethoxy)-

Datasets

1. ρ_l - Mass density, kg/m3 (2)
2. c_sound,fluid - Speed of Sound, m/s (2)

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Ethanol, 2-(2-butoxyethoxy)- (2) - Liquid	Mass density, kg/m3 - Liquid
293.15	0.0000	825.337
293.15	0.0518	832.225
293.15	0.1019	838.886
293.15	0.1605	846.645
293.15	0.1994	851.754
293.15	0.2503	858.438
293.15	0.3030	865.322
293.15	0.4013	878.059
293.15	0.4999	890.695
293.15	0.5918	902.338
293.15	0.7043	916.351
293.15	0.8085	929.131
293.15	0.8480	933.965
293.15	0.9010	940.359
293.15	0.9501	946.262
293.15	1.0000	952.288
298.15	0.0000	821.877
298.15	0.0518	828.746
298.15	0.1019	835.371
298.15	0.1605	843.087
298.15	0.1994	848.167
298.15	0.2503	854.812
298.15	0.3030	861.66
298.15	0.4013	874.317
298.15	0.4999	886.882
298.15	0.5918	898.456
298.15	0.7043	912.393
298.15	0.8085	925.094
298.15	0.8480	929.901
298.15	0.9010	936.257
298.15	0.9501	942.124
298.15	1.0000	948.1
303.15	0.0000	818.4
303.15	0.0518	825.244
303.15	0.1019	831.834
303.15	0.1605	839.508
303.15	0.1994	844.558
303.15	0.2503	851.169
303.15	0.3030	857.975
303.15	0.4013	870.565
303.15	0.4999	883.058
303.15	0.5918	894.568
303.15	0.7043	908.423
303.15	0.8085	921.053
303.15	0.8480	925.834
303.15	0.9010	932.151
303.15	0.9501	937.981
303.15	1.0000	943.909
308.15	0.0000	814.903
308.15	0.0518	821.725
308.15	0.1019	828.281
308.15	0.1605	835.909
308.15	0.1994	840.932
308.15	0.2503	847.507
308.15	0.3030	854.271
308.15	0.4013	866.793
308.15	0.4999	879.218
308.15	0.5918	890.661
308.15	0.7043	904.44
308.15	0.8085	916.997
308.15	0.8480	921.75
308.15	0.9010	928.029
308.15	0.9501	933.818
308.15	1.0000	939.704
313.15	0.0000	811.385
313.15	0.0518	818.179
313.15	0.1019	824.7
313.15	0.1605	832.289
313.15	0.1994	837.284
313.15	0.2503	843.826
313.15	0.3030	850.554
313.15	0.4013	863.012
313.15	0.4999	875.365
313.15	0.5918	886.747
313.15	0.7043	900.454
313.15	0.8085	912.939
313.15	0.8480	917.662
313.15	0.9010	923.906
313.15	0.9501	929.657
313.15	1.0000	935.503

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 100 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Ethanol, 2-(2-butoxyethoxy)- (2) - Liquid	Mass density, kg/m3 - Liquid
293.15	0.0000	825.337
293.15	0.0518	832.225
293.15	0.1019	838.886
293.15	0.1605	846.645
293.15	0.1994	851.754
293.15	0.2503	858.438
293.15	0.3030	865.322
293.15	0.4013	878.059
293.15	0.4999	890.695
293.15	0.5918	902.338
293.15	0.7043	916.351
293.15	0.8085	929.131
293.15	0.8480	933.965
293.15	0.9010	940.359
293.15	0.9501	946.262
293.15	1.0000	952.288
298.15	0.0000	821.877
298.15	0.0518	828.746
298.15	0.1019	835.371
298.15	0.1605	843.087
298.15	0.1994	848.167
298.15	0.2503	854.812
298.15	0.3030	861.66
298.15	0.4013	874.317
298.15	0.4999	886.882
298.15	0.5918	898.456
298.15	0.7043	912.393
298.15	0.8085	925.094
298.15	0.8480	929.901
298.15	0.9010	936.257
298.15	0.9501	942.124
298.15	1.0000	948.1
303.15	0.0000	818.4
303.15	0.0518	825.244
303.15	0.1019	831.834
303.15	0.1605	839.508
303.15	0.1994	844.558
303.15	0.2503	851.169
303.15	0.3030	857.975
303.15	0.4013	870.565
303.15	0.4999	883.058
303.15	0.5918	894.568
303.15	0.7043	908.423
303.15	0.8085	921.053
303.15	0.8480	925.834
303.15	0.9010	932.151
303.15	0.9501	937.981
303.15	1.0000	943.909
308.15	0.0000	814.903
308.15	0.0518	821.725
308.15	0.1019	828.281
308.15	0.1605	835.909
308.15	0.1994	840.932
308.15	0.2503	847.507
308.15	0.3030	854.271
308.15	0.4013	866.793
308.15	0.4999	879.218
308.15	0.5918	890.661
308.15	0.7043	904.44
308.15	0.8085	916.997
308.15	0.8480	921.75
308.15	0.9010	928.029
308.15	0.9501	933.818
308.15	1.0000	939.704
313.15	0.0000	811.385
313.15	0.0518	818.179
313.15	0.1019	824.7
313.15	0.1605	832.289
313.15	0.1994	837.284
313.15	0.2503	843.826
313.15	0.3030	850.554
313.15	0.4013	863.012
313.15	0.4999	875.365
313.15	0.5918	886.747
313.15	0.7043	900.454
313.15	0.8085	912.939
313.15	0.8480	917.662
313.15	0.9010	923.906
313.15	0.9501	929.657
313.15	1.0000	935.503

Speed of sound, m/s [ref]

Operational conditions:

• Pressure, kPa = 100 (Liquid)
• Frequency, MHz = 3 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Ethanol, 2-(2-butoxyethoxy)- (2) - Liquid	Speed of sound, m/s - Liquid
293.15	0.0000	1364.08
293.15	0.0518	1364.36
293.15	0.1019	1363.37
293.15	0.1605	1362.75
293.15	0.1994	1362.39
293.15	0.2503	1362.14
293.15	0.3030	1362.03
293.15	0.4013	1362.55
293.15	0.4999	1363.2
293.15	0.5918	1364.49
293.15	0.7043	1366.73
293.15	0.8085	1369.37
293.15	0.8480	1370.75
293.15	0.9010	1372.95
293.15	0.9501	1374.31
293.15	1.0000	1378.2
298.15	0.0000	1347.32
298.15	0.0518	1347.42
298.15	0.1019	1346.44
298.15	0.1605	1345.85
298.15	0.1994	1345.51
298.15	0.2503	1345.27
298.15	0.3030	1345.16
298.15	0.4013	1345.72
298.15	0.4999	1346.38
298.15	0.5918	1347.59
298.15	0.7043	1349.83
298.15	0.8085	1352.41
298.15	0.8480	1353.75
298.15	0.9010	1356.01
298.15	0.9501	1357.33
298.15	1.0000	1361.31
303.15	0.0000	1330.99
303.15	0.0518	1330.65
303.15	0.1019	1329.67
303.15	0.1605	1329.09
303.15	0.1994	1328.76
303.15	0.2503	1328.54
303.15	0.3030	1328.47
303.15	0.4013	1329.02
303.15	0.4999	1329.7
303.15	0.5918	1330.87
303.15	0.7043	1333.08
303.15	0.8085	1335.65
303.15	0.8480	1336.82
303.15	0.9010	1339.16
303.15	0.9501	1340.44
303.15	1.0000	1344.53
308.15	0.0000	1314.28
308.15	0.0518	1313.94
308.15	0.1019	1312.97
308.15	0.1605	1312.45
308.15	0.1994	1312.12
308.15	0.2503	1311.93
308.15	0.3030	1311.89
308.15	0.4013	1312.44
308.15	0.4999	1313.09
308.15	0.5918	1314.27
308.15	0.7043	1316.46
308.15	0.8085	1318.99
308.15	0.8480	1320.11
308.15	0.9010	1322.43
308.15	0.9501	1323.66
308.15	1.0000	1326.36
313.15	0.0000	1297.72
313.15	0.0518	1297.39
313.15	0.1019	1296.42
313.15	0.1605	1295.96
313.15	0.1994	1295.64
313.15	0.2503	1295.5
313.15	0.3030	1295.42
313.15	0.4013	1296.03
313.15	0.4999	1296.69
313.15	0.5918	1297.77
313.15	0.7043	1299.94
313.15	0.8085	1302.49
313.15	0.8480	1303.57
313.15	0.9010	1305.85
313.15	0.9501	1307.04
313.15	1.0000	1307.74

Speed of sound, m/s [ref]

Operational conditions:

• Pressure, kPa = 100 (Liquid)
• Frequency, MHz = 3 (Liquid)

Fixed		Measured
Temperature, K - Liquid	Mole fraction of Ethanol, 2-(2-butoxyethoxy)- (2) - Liquid	Speed of sound, m/s - Liquid
293.15	0.0000	1364.08
293.15	0.0518	1364.36
293.15	0.1019	1363.37
293.15	0.1605	1362.75
293.15	0.1994	1362.39
293.15	0.2503	1362.14
293.15	0.3030	1362.03
293.15	0.4013	1362.55
293.15	0.4999	1363.2
293.15	0.5918	1364.49
293.15	0.7043	1366.73
293.15	0.8085	1369.37
293.15	0.8480	1370.75
293.15	0.9010	1372.95
293.15	0.9501	1374.31
293.15	1.0000	1378.2
298.15	0.0000	1347.32
298.15	0.0518	1347.42
298.15	0.1019	1346.44
298.15	0.1605	1345.85
298.15	0.1994	1345.51
298.15	0.2503	1345.27
298.15	0.3030	1345.16
298.15	0.4013	1345.72
298.15	0.4999	1346.38
298.15	0.5918	1347.59
298.15	0.7043	1349.83
298.15	0.8085	1352.41
298.15	0.8480	1353.75
298.15	0.9010	1356.01
298.15	0.9501	1357.33
298.15	1.0000	1361.31
303.15	0.0000	1330.99
303.15	0.0518	1330.65
303.15	0.1019	1329.67
303.15	0.1605	1329.09
303.15	0.1994	1328.76
303.15	0.2503	1328.54
303.15	0.3030	1328.47
303.15	0.4013	1329.02
303.15	0.4999	1329.7
303.15	0.5918	1330.87
303.15	0.7043	1333.08
303.15	0.8085	1335.65
303.15	0.8480	1336.82
303.15	0.9010	1339.16
303.15	0.9501	1340.44
303.15	1.0000	1344.53
308.15	0.0000	1314.28
308.15	0.0518	1313.94
308.15	0.1019	1312.97
308.15	0.1605	1312.45
308.15	0.1994	1312.12
308.15	0.2503	1311.93
308.15	0.3030	1311.89
308.15	0.4013	1312.44
308.15	0.4999	1313.09
308.15	0.5918	1314.27
308.15	0.7043	1316.46
308.15	0.8085	1318.99
308.15	0.8480	1320.11
308.15	0.9010	1322.43
308.15	0.9501	1323.66
308.15	1.0000	1326.36
313.15	0.0000	1297.72
313.15	0.0518	1297.39
313.15	0.1019	1296.42
313.15	0.1605	1295.96
313.15	0.1994	1295.64
313.15	0.2503	1295.5
313.15	0.3030	1295.42
313.15	0.4013	1296.03
313.15	0.4999	1296.69
313.15	0.5918	1297.77
313.15	0.7043	1299.94
313.15	0.8085	1302.49
313.15	0.8480	1303.57
313.15	0.9010	1305.85
313.15	0.9501	1307.04
313.15	1.0000	1307.74

Sources

• FT-IR studies and excess thermodynamic properties of binary liquid mixtures 2-(2-butoxyethoxy) ethanol with 1-hexanol, 1-octanol and 1-decanol at different temperatures