Mixture of p-Xylene + n-Butyl ether + Methyl methacrylate

Excel

p-Xylene

Name
p-Xylene
InChI
InChI=1S/C8H10/c1-7-3-5-8(2)6-4-7/h3-6H,1-2H3
InChI Key
URLKBWYHVLBVBO-UHFFFAOYSA-N
Formula
C8H10
SMILES
Cc1ccc(C)cc1
Mol. Weight (g/mol)
106.17
CAS
106-42-3

n-Butyl ether

Name
n-Butyl ether
InChI
InChI=1S/C8H18O/c1-3-5-7-9-8-6-4-2/h3-8H2,1-2H3
InChI Key
DURPTKYDGMDSBL-UHFFFAOYSA-N
Formula
C8H18O
SMILES
CCCCOCCCC
Mol. Weight (g/mol)
130.23
CAS
142-96-1

Methyl methacrylate

Name
Methyl methacrylate
InChI
InChI=1S/C5H8O2/c1-4(2)5(6)7-3/h1H2,2-3H3
InChI Key
VVQNEPGJFQJSBK-UHFFFAOYSA-N
Formula
C5H8O2
SMILES
C=C(C)C(=O)OC
Mol. Weight (g/mol)
100.12
CAS
80-62-6
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Datasets

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

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed Measured
Mole fraction of Methyl methacrylate (3) - Liquid Mole fraction of n-Butyl ether (2) - Liquid Temperature, K - Liquid Mass density, kg/m3 - Liquid
0.0447 0.1010 298.15 847.22
0.0447 0.1010 303.15 843.09
0.0447 0.1010 308.15 838.22
0.0447 0.1010 313.15 834.28
0.0992 0.8519 298.15 777.92
0.0992 0.8519 303.15 773.87
0.0992 0.8519 308.15 769.49
0.0992 0.8519 313.15 765.06
0.1015 0.6394 298.15 795.59
0.1015 0.6394 303.15 791.58
0.1015 0.6394 308.15 787.13
0.1015 0.6394 313.15 782.68
0.1471 0.7479 298.15 787.9
0.1471 0.7479 303.15 784.01
0.1471 0.7479 308.15 779.56
0.1471 0.7479 313.15 775.05
0.1478 0.2456 298.15 836.48
0.1478 0.2456 303.15 832.72
0.1478 0.2456 308.15 828.1
0.1478 0.2456 313.15 823.59
0.1982 0.0981 298.15 856.69
0.1982 0.0981 303.15 853.14
0.1982 0.0981 308.15 848.4
0.1982 0.0981 313.15 843.84
0.2450 0.5505 298.15 809.49
0.2450 0.5505 303.15 805.93
0.2450 0.5505 308.15 801.29
0.2450 0.5505 313.15 796.64
0.3425 0.4455 298.15 824.72
0.3425 0.4455 303.15 821.47
0.3425 0.4455 308.15 816.66
0.3425 0.4455 313.15 811.89
0.3801 0.0510 298.15 875.14
0.3801 0.0510 303.15 872.15
0.3801 0.0510 308.15 867.12
0.3801 0.0510 313.15 862.38
0.4420 0.1511 298.15 865.79
0.4420 0.1511 303.15 862.95
0.4420 0.1511 308.15 857.86
0.4420 0.1511 313.15 853.03
0.5328 0.3165 298.15 850.28
0.5328 0.3165 303.15 847.65
0.5328 0.3165 308.15 842.49
0.5328 0.3165 313.15 837.53
0.6448 0.0952 298.15 888.17
0.6448 0.0952 303.15 886.25
0.6448 0.0952 308.15 880.79
0.6448 0.0952 313.15 875.74
0.7425 0.1509 298.15 887.28
0.7425 0.1509 303.15 885.61
0.7425 0.1509 308.15 880.02
0.7425 0.1509 313.15 874.86
0.8421 0.1091 298.15 901.35
0.8421 0.1091 303.15 900.14
0.8421 0.1091 308.15 894.38
0.8421 0.1091 313.15 889.11

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed Measured
Mole fraction of Methyl methacrylate (3) - Liquid Mole fraction of n-Butyl ether (2) - Liquid Temperature, K - Liquid Mass density, kg/m3 - Liquid
0.0447 0.1010 298.15 847.22
0.0447 0.1010 303.15 843.09
0.0447 0.1010 308.15 838.22
0.0447 0.1010 313.15 834.28
0.0992 0.8519 298.15 777.92
0.0992 0.8519 303.15 773.87
0.0992 0.8519 308.15 769.49
0.0992 0.8519 313.15 765.06
0.1015 0.6394 298.15 795.59
0.1015 0.6394 303.15 791.58
0.1015 0.6394 308.15 787.13
0.1015 0.6394 313.15 782.68
0.1471 0.7479 298.15 787.9
0.1471 0.7479 303.15 784.01
0.1471 0.7479 308.15 779.56
0.1471 0.7479 313.15 775.05
0.1478 0.2456 298.15 836.48
0.1478 0.2456 303.15 832.72
0.1478 0.2456 308.15 828.1
0.1478 0.2456 313.15 823.59
0.1982 0.0981 298.15 856.69
0.1982 0.0981 303.15 853.14
0.1982 0.0981 308.15 848.4
0.1982 0.0981 313.15 843.84
0.2450 0.5505 298.15 809.49
0.2450 0.5505 303.15 805.93
0.2450 0.5505 308.15 801.29
0.2450 0.5505 313.15 796.64
0.3425 0.4455 298.15 824.72
0.3425 0.4455 303.15 821.47
0.3425 0.4455 308.15 816.66
0.3425 0.4455 313.15 811.89
0.3801 0.0510 298.15 875.14
0.3801 0.0510 303.15 872.15
0.3801 0.0510 308.15 867.12
0.3801 0.0510 313.15 862.38
0.4420 0.1511 298.15 865.79
0.4420 0.1511 303.15 862.95
0.4420 0.1511 308.15 857.86
0.4420 0.1511 313.15 853.03
0.5328 0.3165 298.15 850.28
0.5328 0.3165 303.15 847.65
0.5328 0.3165 308.15 842.49
0.5328 0.3165 313.15 837.53
0.6448 0.0952 298.15 888.17
0.6448 0.0952 303.15 886.25
0.6448 0.0952 308.15 880.79
0.6448 0.0952 313.15 875.74
0.7425 0.1509 298.15 887.28
0.7425 0.1509 303.15 885.61
0.7425 0.1509 308.15 880.02
0.7425 0.1509 313.15 874.86
0.8421 0.1091 298.15 901.35
0.8421 0.1091 303.15 900.14
0.8421 0.1091 308.15 894.38
0.8421 0.1091 313.15 889.11

Speed of sound, m/s [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed Measured
Mole fraction of Methyl methacrylate (3) - Liquid Mole fraction of n-Butyl ether (2) - Liquid Temperature, K - Liquid Speed of sound, m/s - Liquid
0.0447 0.1010 298.15 1291.3
0.0447 0.1010 308.15 1257.8
0.0992 0.8519 298.15 1220.1
0.0992 0.8519 308.15 1181.4
0.1015 0.6394 298.15 1235.6
0.1015 0.6394 308.15 1195.0
0.1471 0.7479 298.15 1221.6
0.1471 0.7479 308.15 1183.8
0.1478 0.2456 298.15 1271.3
0.1478 0.2456 308.15 1228.8
0.1982 0.0981 298.15 1280.0
0.1982 0.0981 308.15 1242.4
0.2450 0.5505 298.15 1227.0
0.2450 0.5505 308.15 1188.4
0.3425 0.4455 298.15 1225.9
0.3425 0.4455 308.15 1187.7
0.3801 0.0510 298.15 1263.0
0.3801 0.0510 308.15 1228.6
0.4420 0.1511 298.15 1251.2
0.4420 0.1511 308.15 1208.4
0.5328 0.3165 298.15 1214.7
0.5328 0.3165 308.15 1180.9
0.6448 0.0952 298.15 1228.2
0.6448 0.0952 308.15 1192.2
0.7425 0.1509 298.15 1206.5
0.7425 0.1509 308.15 1174.1
0.8421 0.1091 298.15 1195.7
0.8421 0.1091 308.15 1165.5

Speed of sound, m/s [ref]

Operational condition: Pressure, kPa = 101.3 (Liquid)

Fixed Measured
Mole fraction of Methyl methacrylate (3) - Liquid Mole fraction of n-Butyl ether (2) - Liquid Temperature, K - Liquid Speed of sound, m/s - Liquid
0.0447 0.1010 298.15 1291.3
0.0447 0.1010 308.15 1257.8
0.0992 0.8519 298.15 1220.1
0.0992 0.8519 308.15 1181.4
0.1015 0.6394 298.15 1235.6
0.1015 0.6394 308.15 1195.0
0.1471 0.7479 298.15 1221.6
0.1471 0.7479 308.15 1183.8
0.1478 0.2456 298.15 1271.3
0.1478 0.2456 308.15 1228.8
0.1982 0.0981 298.15 1280.0
0.1982 0.0981 308.15 1242.4
0.2450 0.5505 298.15 1227.0
0.2450 0.5505 308.15 1188.4
0.3425 0.4455 298.15 1225.9
0.3425 0.4455 308.15 1187.7
0.3801 0.0510 298.15 1263.0
0.3801 0.0510 308.15 1228.6
0.4420 0.1511 298.15 1251.2
0.4420 0.1511 308.15 1208.4
0.5328 0.3165 298.15 1214.7
0.5328 0.3165 308.15 1180.9
0.6448 0.0952 298.15 1228.2
0.6448 0.0952 308.15 1192.2
0.7425 0.1509 298.15 1206.5
0.7425 0.1509 308.15 1174.1
0.8421 0.1091 298.15 1195.7
0.8421 0.1091 308.15 1165.5

Sources