2
0
2009
amu
oi
0
journal
Original
Amundsen, T. G.[Trine G.]
Oi, L. E.[Lars E.]
Eimer, D. A.[Dag A.]
J. Chem. Eng. Data
2009
2020-09-29
Density and Viscosity of Monoethanolamine + Water + Carbon Dioxide from (25 to 80) deg C
Densities and dynamic viscosities in liquid solutions of monoethanolamine (MEA), water, and carbon dioxide (CO2) have been measured. The mass fraction of MEA in water was (20, 30, and 40) %, and CO2 loading was between (0 and 0.5) mol CO2 per mole MEA; the temperature was varied between (25 and 80) deg C. These measurements were compared with literature data of solutions without CO2 and with data for CO2 loaded solutions primarily at 25 deg C. The results show that the densities and viscosities increase significantly with increasing CO2 loading at all temperatures. The measured data for the ternary system were compared with available density and viscosity correlations from Weiland et al. J. Chem. Eng. Data 1998, 43, 378-382. Agreement between the measurements and the Weiland correlations was satisfactory. The deviation increases with increased MEA concentration, CO2 loading, and temperature.
10.1021/je900188m
11
54
3096-3100
1
InChI=1S/C2H7NO/c3-1-2-4/h4H,1-3H2
HZAXFHJVJLSVMW-UHFFFAOYSA-N
2-aminoethan-1-ol
2-aminoethanol
MEA
ethanolamine
monoethanolamine
C2H7NO
1
Commercial source
1
99.5
3
Stated by supplier
2
InChI=1S/H2O/h1H2
XLYOFNOQVPJJNP-UHFFFAOYSA-N
water
H2O
1
notDescribed
3
InChI=1S/CO2/c2-1-3
CURLTUGMZLYLDI-UHFFFAOYSA-N
carbon dioxide
CO2
1
notDescribed
1
1
1
Principal objective of the work
RDC
TRC
5/19/2011
1
Viscosity, Pa*s
Capillary tube (Ostwald; Ubbelohde) method
Liquid
Direct value, X
1
Data file compiler
Propagation of evaluated standard uncertainties
95
Liquid
1
Pressure, kPa
Liquid
101
3
1
Temperature, K
Liquid
1
298.15
3
1
0.0199
4
1
0.00028
1
313.15
3
1
0.00961
3
1
0.00023
1
323.15
3
1
0.00672
3
1
0.00021
1
343.15
3
1
0.00369
3
1
0.0002
1
353.15
3
1
0.00285
3
1
0.0002
2
1
1
Principal objective of the work
RDC
TRC
5/19/2011
1
Mass density, kg/m3
Vibrating tube method
Liquid
Direct value, X
1
Data file compiler
Propagation of evaluated standard uncertainties
95
Liquid
1
Pressure, kPa
Liquid
101
3
1
Temperature, K
Liquid
1
298.15
3
1
1012
4
1
1
1
313.15
3
1
1000
1
1
1
1
323.15
3
1
992
3
1
1
1
343.15
3
1
976
3
1
1
1
353.15
3
1
968
3
1
1
3
1
1
2
1
Principal objective of the work
RDC
TRC
5/19/2011
1
Viscosity, Pa*s
Capillary tube (Ostwald; Ubbelohde) method
Liquid
Direct value, X
1
Data file compiler
Propagation of evaluated standard uncertainties
95
Liquid
1
Pressure, kPa
Liquid
101
3
1
Temperature, K
Liquid
2
Mole fraction
1
Liquid
1
298.15
3
2
0.06867
4
1
0.0017
3
1
0.0002
1
298.15
3
2
0.11221
5
1
0.00248
3
1
0.00021
1
298.15
3
2
0.16431
5
1
0.00358
3
1
0.00022
1
298.15
3
2
0.22776
5
1
0.00551
3
1
0.00023
1
298.15
3
2
0.40764
5
1
0.01246
4
1
0.00029
1
298.15
3
2
0.72636
5
1
0.0194
4
1
0.0003
1
313.15
3
2
0.06867
4
1
0.00118
3
1
0.0002
1
313.15
3
2
0.11221
5
1
0.00167
3
1
0.0002
1
313.15
3
2
0.16431
5
1
0.00228
3
1
0.00021
1
313.15
3
2
0.22776
5
1
0.00339
3
1
0.00021
1
313.15
3
2
0.40764
5
1
0.00696
3
1
0.00024
1
313.15
3
2
0.72636
5
1
0.0102
4
1
0.00024
1
323.15
3
2
0.06867
4
1
0.00095
2
1
0.0002
1
323.15
3
2
0.11221
5
1
0.00133
3
1
0.0002
1
323.15
3
2
0.16431
5
1
0.00175
3
1
0.0002
1
323.15
3
2
0.22776
5
1
0.00254
3
1
0.00021
1
323.15
3
2
0.40764
5
1
0.00494
3
1
0.00022
1
323.15
3
2
0.72636
5
1
0.00706
3
1
0.00022
1
343.15
3
2
0.06867
4
1
0.00067
2
1
0.0002
1
343.15
3
2
0.11221
5
1
0.00092
2
1
0.0002
1
343.15
3
2
0.16431
5
1
0.00114
3
1
0.0002
1
343.15
3
2
0.22776
5
1
0.00157
3
1
0.0002
1
343.15
3
2
0.40764
5
1
0.00279
3
1
0.00021
1
343.15
3
2
0.72636
5
1
0.00381
3
1
0.00021
1
353.15
3
2
0.06867
4
1
0.00058
2
1
0.0002
1
353.15
3
2
0.11221
5
1
0.00077
2
1
0.0002
1
353.15
3
2
0.16431
5
1
0.00095
2
1
0.0002
1
353.15
3
2
0.22776
5
1
0.00128
3
1
0.0002
1
353.15
3
2
0.40764
5
1
0.00218
3
1
0.0002
1
353.15
3
2
0.72636
5
1
0.00293
3
1
0.0002
4
1
1
2
1
Principal objective of the work
RDC
TRC
5/19/2011
1
Mass density, kg/m3
Vibrating tube method
Liquid
Direct value, X
1
Data file compiler
Propagation of evaluated standard uncertainties
95
Liquid
1
Pressure, kPa
Liquid
101
3
1
Temperature, K
Liquid
2
Mole fraction
1
Liquid
1
298.15
3
2
0.06867
4
1
1005
4
1
5
1
298.15
3
2
0.11221
5
1
1011
4
1
4
1
298.15
3
2
0.16431
5
1
1016
4
1
4
1
298.15
3
2
0.22776
5
1
1021
4
1
4
1
298.15
3
2
0.40764
5
1
1026
4
1
2
1
298.15
3
2
0.72636
5
1
1020
3
1
1
1
313.15
3
2
0.06867
4
1
999
3
1
5
1
313.15
3
2
0.11221
5
1
1003
4
1
4
1
313.15
3
2
0.16431
5
1
1008
4
1
4
1
313.15
3
2
0.22776
5
1
1012
4
1
3
1
313.15
3
2
0.40764
5
1
1016
4
1
2
1
313.15
3
2
0.72636
5
1
1008
4
1
1
1
323.15
3
2
0.06867
4
1
994
3
1
5
1
323.15
3
2
0.11221
5
1
998
3
1
4
1
323.15
3
2
0.16431
5
1
1002
4
1
4
1
323.15
3
2
0.22776
5
1
1005
4
1
3
1
323.15
3
2
0.40764
5
1
1008
4
1
2
1
323.15
3
2
0.72636
5
1
1001
4
1
1
1
343.15
3
2
0.06867
4
1
983
3
1
5
1
343.15
3
2
0.11221
5
1
986
3
1
4
1
343.15
3
2
0.16431
5
1
989
3
1
4
1
343.15
3
2
0.22776
5
1
992
3
1
3
1
343.15
3
2
0.40764
5
1
993
3
1
2
1
343.15
3
2
0.72636
5
1
985
3
1
1
1
353.15
3
2
0.06867
4
1
977
3
1
5
1
353.15
3
2
0.11221
5
1
979
3
1
4
1
353.15
3
2
0.16431
5
1
982
3
1
4
1
353.15
3
2
0.22776
5
1
984
3
1
3
1
353.15
3
2
0.40764
5
1
985
3
1
2
1
353.15
3
2
0.72636
5
1
976
3
1
1
5
3
1
1
1
2
1
Principal objective of the work
WZ
TRC
5/19/2011
1
Viscosity, Pa*s
Capillary tube (Ostwald; Ubbelohde) method
Liquid
Direct value, X
1
Data file compiler
Propagation of evaluated standard uncertainties
95
Liquid
1
Pressure, kPa
Liquid
101
3
1
Temperature, K
Liquid
2
Mole fraction
3
Liquid
3
Mole fraction
1
Liquid
1
298.15
3
2
0
2
3
0.06867
4
1
0.0017
3
1
0.0002
1
298.15
3
2
0
2
3
0.11221
5
1
0.00248
3
1
0.00021
1
298.15
3
2
0
2
3
0.16431
5
1
0.00358
3
1
0.00022
1
298.15
3
2
0
2
3
0.22776
5
1
0.00551
3
1
0.00023
1
298.15
3
2
0
2
3
0.40764
5
1
0.01246
4
1
0.00029
1
298.15
3
2
0
2
3
0.72636
5
1
0.0194
4
1
0.00029
1
298.15
3
2
0
2
3
1
6
1
0.0199
4
1
0.00028
1
298.15
3
2
0.00682
3
3
0.0682
4
1
0.0018
2
1
0.0002
1
298.15
3
2
0.0111
4
3
0.11523
5
1
0.0026
2
1
0.0002
1
298.15
3
2
0.01355
4
3
0.06774
4
1
0.0019
2
1
0.0002
1
298.15
3
2
0.01617
4
3
0.17587
5
1
0.004
2
1
0.0002
1
298.15
3
2
0.02019
4
3
0.06728
4
1
0.0019
2
1
0.0002
1
298.15
3
2
0.02195
4
3
0.11392
5
1
0.0029
2
1
0.0002
1
298.15
3
2
0.02673
4
3
0.06683
4
1
0.0021
2
1
0.0002
1
298.15
3
2
0.03182
4
3
0.17283
5
1
0.0046
2
1
0.0002
1
298.15
3
2
0.03257
4
3
0.11264
5
1
0.0031
2
1
0.0002
1
298.15
3
2
0.03319
4
3
0.06639
4
1
0.0022
2
1
0.0002
1
298.15
3
2
0.04296
4
3
0.11138
5
1
0.0035
2
1
0.0002
1
298.15
3
2
0.04698
4
3
0.1699
5
1
0.0051
2
1
0.0002
1
298.15
3
2
0.05313
4
3
0.11015
5
1
0.0039
2
1
0.0002
1
298.15
3
2
0.06167
4
3
0.16706
5
1
0.006
2
1
0.0002
1
298.15
3
2
0.07592
4
3
0.16431
5
1
0.007
2
1
0.0003
1
313.15
3
2
0
2
3
0.06867
4
1
0.00118
3
1
0.0002
1
313.15
3
2
0
2
3
0.11221
5
1
0.00167
3
1
0.0002
1
313.15
3
2
0
2
3
0.16431
5
1
0.00228
3
1
0.00021
1
313.15
3
2
0
2
3
0.22776
5
1
0.00339
3
1
0.00021
1
313.15
3
2
0
2
3
0.40764
5
1
0.00696
3
1
0.00024
1
313.15
3
2
0
2
3
0.72636
5
1
0.0102
4
1
0.00024
1
313.15
3
2
0
2
3
1
6
1
0.00961
3
1
0.00023
1
313.15
3
2
0.00682
3
3
0.0682
4
1
0.0013
2
1
0.0002
1
313.15
3
2
0.0111
4
3
0.11523
5
1
0.0017
2
1
0.0002
1
313.15
3
2
0.01355
4
3
0.06774
4
1
0.0013
2
1
0.0002
1
313.15
3
2
0.01617
4
3
0.17587
5
1
0.0025
2
1
0.0002
1
313.15
3
2
0.02019
4
3
0.06728
4
1
0.0013
2
1
0.0002
1
313.15
3
2
0.02195
4
3
0.11392
5
1
0.002
2
1
0.0002
1
313.15
3
2
0.02673
4
3
0.06683
4
1
0.0014
2
1
0.0002
1
313.15
3
2
0.03182
4
3
0.17283
5
1
0.003
2
1
0.0002
1
313.15
3
2
0.03257
4
3
0.11264
5
1
0.002
2
1
0.0002
1
313.15
3
2
0.03319
4
3
0.06639
4
1
0.0016
2
1
0.0002
1
313.15
3
2
0.04296
4
3
0.11138
5
1
0.0024
2
1
0.0002
1
313.15
3
2
0.04698
4
3
0.1699
5
1
0.0033
2
1
0.0002
1
313.15
3
2
0.05313
4
3
0.11015
5
1
0.0027
2
1
0.0002
1
313.15
3
2
0.06167
4
3
0.16706
5
1
0.004
2
1
0.0002
1
313.15
3
2
0.07592
4
3
0.16431
5
1
0.0046
2
1
0.0002
1
323.15
3
2
0
2
3
0.06867
4
1
0.00095
2
1
0.0002
1
323.15
3
2
0
2
3
0.11221
5
1
0.00133
3
1
0.0002
1
323.15
3
2
0
2
3
0.16431
5
1
0.00175
3
1
0.0002
1
323.15
3
2
0
2
3
0.22776
5
1
0.00254
3
1
0.00021
1
323.15
3
2
0
2
3
0.40764
5
1
0.00494
3
1
0.00022
1
323.15
3
2
0
2
3
0.72636
5
1
0.00706
3
1
0.00021
1
323.15
3
2
0
2
3
1
6
1
0.00672
3
1
0.00021
1
323.15
3
2
0.00682
3
3
0.0682
4
1
0.001
2
1
0.0002
1
323.15
3
2
0.0111
4
3
0.11523
5
1
0.0014
2
1
0.0002
1
323.15
3
2
0.01355
4
3
0.06774
4
1
0.001
2
1
0.0002
1
323.15
3
2
0.01617
4
3
0.17587
5
1
0.002
2
1
0.0002
1
323.15
3
2
0.02019
4
3
0.06728
4
1
0.0011
2
1
0.0002
1
323.15
3
2
0.02195
4
3
0.11392
5
1
0.0016
2
1
0.0002
1
323.15
3
2
0.02673
4
3
0.06683
4
1
0.0012
2
1
0.0002
1
323.15
3
2
0.03182
4
3
0.17283
5
1
0.0023
2
1
0.0002
1
323.15
3
2
0.03257
4
3
0.11264
5
1
0.0016
2
1
0.0002
1
323.15
3
2
0.03319
4
3
0.06639
4
1
0.0013
2
1
0.0002
1
323.15
3
2
0.04296
4
3
0.11138
5
1
0.0019
2
1
0.0002
1
323.15
3
2
0.04698
4
3
0.1699
5
1
0.0026
2
1
0.0002
1
323.15
3
2
0.05313
4
3
0.11015
5
1
0.0021
2
1
0.0002
1
323.15
3
2
0.06167
4
3
0.16706
5
1
0.0031
2
1
0.0002
1
323.15
3
2
0.07592
4
3
0.16431
5
1
0.0038
2
1
0.0002
1
343.15
3
2
0
2
3
0.06867
4
1
0.00067
2
1
0.0002
1
343.15
3
2
0
2
3
0.11221
5
1
0.00092
2
1
0.0002
1
343.15
3
2
0
2
3
0.16431
5
1
0.00114
3
1
0.0002
1
343.15
3
2
0
2
3
0.22776
5
1
0.00157
3
1
0.0002
1
343.15
3
2
0
2
3
0.40764
5
1
0.00279
3
1
0.00021
1
343.15
3
2
0
2
3
0.72636
5
1
0.00381
3
1
0.0002
1
343.15
3
2
0
2
3
1
6
1
0.00369
3
1
0.0002
1
343.15
3
2
0.00682
3
3
0.0682
4
1
0.0007
1
1
0.0002
1
343.15
3
2
0.0111
4
3
0.11523
5
1
0.0009
1
1
0.0002
1
343.15
3
2
0.01355
4
3
0.06774
4
1
0.0007
1
1
0.0002
1
343.15
3
2
0.01617
4
3
0.17587
5
1
0.0013
2
1
0.0002
1
343.15
3
2
0.02019
4
3
0.06728
4
1
0.0008
1
1
0.0002
1
343.15
3
2
0.02195
4
3
0.11392
5
1
0.0011
2
1
0.0002
1
343.15
3
2
0.02673
4
3
0.06683
4
1
0.0008
1
1
0.0002
1
343.15
3
2
0.03182
4
3
0.17283
5
1
0.0015
2
1
0.0002
1
343.15
3
2
0.03257
4
3
0.11264
5
1
0.0011
2
1
0.0002
1
343.15
3
2
0.03319
4
3
0.06639
4
1
0.0009
1
1
0.0002
1
343.15
3
2
0.04296
4
3
0.11138
5
1
0.0013
2
1
0.0002
1
343.15
3
2
0.04698
4
3
0.1699
5
1
0.0017
2
1
0.0002
1
343.15
3
2
0.05313
4
3
0.11015
5
1
0.0015
2
1
0.0002
1
343.15
3
2
0.06167
4
3
0.16706
5
1
0.002
2
1
0.0002
1
343.15
3
2
0.07592
4
3
0.16431
5
1
0.0023
2
1
0.0002
1
353.15
3
2
0
2
3
0.06867
4
1
0.00058
2
1
0.0002
1
353.15
3
2
0
2
3
0.11221
5
1
0.00077
2
1
0.0002
1
353.15
3
2
0
2
3
0.16431
5
1
0.00095
2
1
0.0002
1
353.15
3
2
0
2
3
0.22776
5
1
0.00128
3
1
0.0002
1
353.15
3
2
0
2
3
0.40764
5
1
0.00218
3
1
0.0002
1
353.15
3
2
0
2
3
0.72636
5
1
0.00293
3
1
0.0002
1
353.15
3
2
0
2
3
1
6
1
0.00285
3
1
0.0002
1
353.15
3
2
0.00682
3
3
0.0682
4
1
0.0006
1
1
0.0002
1
353.15
3
2
0.0111
4
3
0.11523
5
1
0.0008
1
1
0.0002
1
353.15
3
2
0.01355
4
3
0.06774
4
1
0.0006
1
1
0.0002
1
353.15
3
2
0.01617
4
3
0.17587
5
1
0.0011
2
1
0.0002
1
353.15
3
2
0.02019
4
3
0.06728
4
1
0.0007
1
1
0.0002
1
353.15
3
2
0.02195
4
3
0.11392
5
1
0.0009
1
1
0.0002
1
353.15
3
2
0.02673
4
3
0.06683
4
1
0.0007
1
1
0.0002
1
353.15
3
2
0.03182
4
3
0.17283
5
1
0.0013
2
1
0.0002
1
353.15
3
2
0.03257
4
3
0.11264
5
1
0.0009
1
1
0.0002
1
353.15
3
2
0.03319
4
3
0.06639
4
1
0.0008
1
1
0.0002
1
353.15
3
2
0.04296
4
3
0.11138
5
1
0.0011
2
1
0.0002
1
353.15
3
2
0.04698
4
3
0.1699
5
1
0.0014
2
1
0.0002
1
353.15
3
2
0.05313
4
3
0.11015
5
1
0.0013
2
1
0.0002
1
353.15
3
2
0.06167
4
3
0.16706
5
1
0.0017
2
1
0.0002
1
353.15
3
2
0.07592
4
3
0.16431
5
1
0.0019
2
1
0.0002
6
3
1
1
1
2
1
Principal objective of the work
WZ
TRC
5/19/2011
1
Mass density, kg/m3
Vibrating tube method
Liquid
Direct value, X
1
Data file compiler
Propagation of evaluated standard uncertainties
95
Liquid
1
Pressure, kPa
Liquid
101
3
1
Temperature, K
Liquid
2
Mole fraction
3
Liquid
3
Mole fraction
1
Liquid
1
298.15
3
2
0
2
3
0.06867
4
1
1005
4
1
5
1
298.15
3
2
0
2
3
0.11221
5
1
1011
4
1
4
1
298.15
3
2
0
2
3
0.16431
5
1
1016
4
1
4
1
298.15
3
2
0
2
3
0.22776
5
1
1021
4
1
4
1
298.15
3
2
0
2
3
0.40764
5
1
1026
4
1
2
1
298.15
3
2
0
2
3
0.72636
5
1
1020
3
1
1
1
298.15
3
2
0
2
3
1
6
1
1012
4
1
1
1
298.15
3
2
0.00682
3
3
0.0682
4
1
1019
4
1
5
1
298.15
3
2
0.0111
4
3
0.11523
5
1
1028
4
1
5
1
298.15
3
2
0.01355
4
3
0.06774
4
1
1033
4
1
5
1
298.15
3
2
0.01617
4
3
0.17587
5
1
1038
4
1
4
1
298.15
3
2
0.02019
4
3
0.06728
4
1
1048
4
1
5
1
298.15
3
2
0.02195
4
3
0.11392
5
1
1048
4
1
5
1
298.15
3
2
0.02673
4
3
0.06683
4
1
1064
4
1
5
1
298.15
3
2
0.03182
4
3
0.17283
5
1
1063
4
1
4
1
298.15
3
2
0.03257
4
3
0.11264
5
1
1070
3
1
5
1
298.15
3
2
0.03319
4
3
0.06639
4
1
1080
3
1
6
1
298.15
3
2
0.04296
4
3
0.11138
5
1
1096
4
1
5
1
298.15
3
2
0.04698
4
3
0.1699
5
1
1093
4
1
5
1
298.15
3
2
0.05313
4
3
0.11015
5
1
1121
4
1
6
1
298.15
3
2
0.06167
4
3
0.16706
5
1
1129
4
1
5
1
298.15
3
2
0.07592
4
3
0.16431
5
1
1160
3
1
5
1
313.15
3
2
0
2
3
0.06867
4
1
999
3
1
5
1
313.15
3
2
0
2
3
0.11221
5
1
1003
4
1
4
1
313.15
3
2
0
2
3
0.16431
5
1
1008
4
1
4
1
313.15
3
2
0
2
3
0.22776
5
1
1012
4
1
3
1
313.15
3
2
0
2
3
0.40764
5
1
1016
4
1
2
1
313.15
3
2
0
2
3
0.72636
5
1
1008
4
1
1
1
313.15
3
2
0
2
3
1
6
1
1000
1
1
1
1
313.15
3
2
0.00682
3
3
0.0682
4
1
1013
4
1
5
1
313.15
3
2
0.0111
4
3
0.11523
5
1
1021
4
1
5
1
313.15
3
2
0.01355
4
3
0.06774
4
1
1026
4
1
5
1
313.15
3
2
0.01617
4
3
0.17587
5
1
1030
3
1
4
1
313.15
3
2
0.02019
4
3
0.06728
4
1
1041
4
1
5
1
313.15
3
2
0.02195
4
3
0.11392
5
1
1041
4
1
5
1
313.15
3
2
0.02673
4
3
0.06683
4
1
1058
4
1
5
1
313.15
3
2
0.03182
4
3
0.17283
5
1
1055
4
1
4
1
313.15
3
2
0.03257
4
3
0.11264
5
1
1063
4
1
5
1
313.15
3
2
0.03319
4
3
0.06639
4
1
1074
4
1
6
1
313.15
3
2
0.04296
4
3
0.11138
5
1
1088
4
1
5
1
313.15
3
2
0.04698
4
3
0.1699
5
1
1085
4
1
5
1
313.15
3
2
0.05313
4
3
0.11015
5
1
1114
4
1
5
1
313.15
3
2
0.06167
4
3
0.16706
5
1
1121
4
1
5
1
323.15
3
2
0
2
3
0.06867
4
1
994
3
1
5
1
323.15
3
2
0
2
3
0.11221
5
1
998
3
1
4
1
323.15
3
2
0
2
3
0.16431
5
1
1002
4
1
4
1
323.15
3
2
0
2
3
0.22776
5
1
1005
4
1
3
1
323.15
3
2
0
2
3
0.40764
5
1
1008
4
1
2
1
323.15
3
2
0
2
3
0.72636
5
1
1001
4
1
1
1
323.15
3
2
0
2
3
1
6
1
992
3
1
1
1
323.15
3
2
0.00682
3
3
0.0682
4
1
1008
4
1
5
1
323.15
3
2
0.0111
4
3
0.11523
5
1
1016
4
1
4
1
323.15
3
2
0.01355
4
3
0.06774
4
1
1022
4
1
5
1
323.15
3
2
0.01617
4
3
0.17587
5
1
1024
4
1
4
1
323.15
3
2
0.02019
4
3
0.06728
4
1
1036
4
1
5
1
323.15
3
2
0.02195
4
3
0.11392
5
1
1036
4
1
5
1
323.15
3
2
0.02673
4
3
0.06683
4
1
1053
4
1
5
1
323.15
3
2
0.03182
4
3
0.17283
5
1
1049
4
1
4
1
323.15
3
2
0.03257
4
3
0.11264
5
1
1058
4
1
5
1
323.15
3
2
0.03319
4
3
0.06639
4
1
1068
4
1
5
1
323.15
3
2
0.04296
4
3
0.11138
5
1
1083
4
1
5
1
323.15
3
2
0.04698
4
3
0.1699
5
1
1080
3
1
5
1
323.15
3
2
0.05313
4
3
0.11015
5
1
1108
4
1
5
1
323.15
3
2
0.06167
4
3
0.16706
5
1
1115
4
1
5
1
343.15
3
2
0
2
3
0.06867
4
1
983
3
1
5
1
343.15
3
2
0
2
3
0.11221
5
1
986
3
1
4
1
343.15
3
2
0
2
3
0.16431
5
1
989
3
1
4
1
343.15
3
2
0
2
3
0.22776
5
1
992
3
1
3
1
343.15
3
2
0
2
3
0.40764
5
1
993
3
1
2
1
343.15
3
2
0
2
3
0.72636
5
1
985
3
1
1
1
343.15
3
2
0
2
3
1
6
1
976
3
1
1
1
343.15
3
2
0.00682
3
3
0.0682
4
1
997
3
1
5
1
343.15
3
2
0.0111
4
3
0.11523
5
1
1004
4
1
4
1
343.15
3
2
0.01355
4
3
0.06774
4
1
1011
4
1
5
1
343.15
3
2
0.01617
4
3
0.17587
5
1
1012
4
1
4
1
343.15
3
2
0.02019
4
3
0.06728
4
1
1025
4
1
5
1
343.15
3
2
0.02195
4
3
0.11392
5
1
1024
4
1
5
1
343.15
3
2
0.02673
4
3
0.06683
4
1
1042
4
1
5
1
343.15
3
2
0.03182
4
3
0.17283
5
1
1037
4
1
4
1
343.15
3
2
0.03257
4
3
0.11264
5
1
1046
4
1
5
1
343.15
3
2
0.03319
4
3
0.06639
4
1
1057
4
1
5
1
343.15
3
2
0.04296
4
3
0.11138
5
1
1072
4
1
5
1
343.15
3
2
0.04698
4
3
0.1699
5
1
1068
4
1
4
1
343.15
3
2
0.06167
4
3
0.16706
5
1
1104
4
1
5
1
353.15
3
2
0
2
3
0.06867
4
1
977
3
1
5
1
353.15
3
2
0
2
3
0.11221
5
1
979
3
1
4
1
353.15
3
2
0
2
3
0.16431
5
1
982
3
1
4
1
353.15
3
2
0
2
3
0.22776
5
1
984
3
1
3
1
353.15
3
2
0
2
3
0.40764
5
1
985
3
1
2
1
353.15
3
2
0
2
3
0.72636
5
1
976
3
1
1
1
353.15
3
2
0
2
3
1
6
1
968
3
1
1
1
353.15
3
2
0.00682
3
3
0.0682
4
1
990
2
1
5
1
353.15
3
2
0.0111
4
3
0.11523
5
1
997
3
1
4
1
353.15
3
2
0.01355
4
3
0.06774
4
1
1004
4
1
5
1
353.15
3
2
0.01617
4
3
0.17587
5
1
1005
4
1
4
1
353.15
3
2
0.02019
4
3
0.06728
4
1
1019
4
1
5
1
353.15
3
2
0.02195
4
3
0.11392
5
1
1018
4
1
5
1
353.15
3
2
0.02673
4
3
0.06683
4
1
1036
4
1
5
1
353.15
3
2
0.03182
4
3
0.17283
5
1
1031
4
1
4
1
353.15
3
2
0.03257
4
3
0.11264
5
1
1040
3
1
5
1
353.15
3
2
0.04296
4
3
0.11138
5
1
1066
4
1
5
1
353.15
3
2
0.04698
4
3
0.1699
5
1
1062
4
1
4
1
353.15
3
2
0.06167
4
3
0.16706
5
1
1098
4
1
5