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Article Information
description
details
DOI:
10.1021/ef800832q
Title:
Experimental and Detailed Modeling Study of the Effect of Water Vapor on the Kinetics of Combustion of Hydrogen and Natural Gas, Impact on {NO} x
Journal:
Energy & Fuels,Vol. 23, P. 725--734
Pub. Year:
2009
Author:
Cong, T. Le and Dagaut, P.
External Paper:
Paper
Horizontal Tabs
ef800832q_1
File Information
description
details
File DOI:
ef800832q/ef800832q_1
Location:
Main Article - Fig. 1. H2 open diamond, H2O open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
1
atm
calculated
Residence time
0.12
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.0108
mole fraction
Oxygen
1S/O2/c1-2
0.025
mole fraction
Nitrogen
1S/N2/c1-2
0.9642
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
800
0.0108
0.000287
825
0.01069
0.000288
850
0.01071
0.000307
900
0.00751
0.0033
925
0.00387
0.00622
950
0.00195
0.00841
975
0.00107
0.00974
1000
0.000449
0.01011
1025
0.000256
0.01104
1050
0.0001
0.01051
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ef800832q_2
File Information
description
details
File DOI:
ef800832q/ef800832q_2
Location:
Main Article - Fig. 2. H2 open diamond, H2O open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
1
atm
calculated
Residence time
0.12
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.0107
mole fraction
Oxygen
1S/O2/c1-2
0.01
mole fraction
Nitrogen
1S/N2/c1-2
0.9793
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
825
0.010694
0.000311
850
0.010694
0.000311
875
0.010632
0.000249
900
0.003668
0.00628
925
0.001803
0.009389
950
0.000808
0.010073
975
0.000497
0.010135
1000
0.000311
0.010446
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ef800832q_3
File Information
description
details
File DOI:
ef800832q/ef800832q_3
Location:
Main Article - Fig. 3. H2 open diamond, H2O open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
1
atm
calculated
Residence time
0.12
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.011
mole fraction
Oxygen
1S/O2/c1-2
0.0025
mole fraction
Nitrogen
1S/N2/c1-2
0.9865
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
850
0.01102
0.00048
875
0.00982
0.00044
900
0.0066
0.00489
925
0.00662
0.00549
950
0.00662
0.00512
975
0.00654
0.00487
1000
0.00628
0.005
1025
0.00646
0.00505
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ef800832q_4
File Information
description
details
File DOI:
ef800832q/ef800832q_4
Location:
Main Article - Fig. 4. H2 open diamond, H2O open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
10
atm
calculated
Residence time
1
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.0093
mole fraction
Oxygen
1S/O2/c1-2
0.05
mole fraction
Nitrogen
1S/N2/c1-2
0.9407
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
820
0.00927
0.00166
850
0.00932
0.00172
880
0.00831
0.00263
910
0.006
0.00492
940
0.00431
0.0067
970
0.0034
0.00795
1000
0.00284
0.00857
1030
0.00222
0.00907
1060
0.00155
0.00968
1090
0.000614
0.01057
1120
0.000276
0.01068
1150
0.000112
0.01076
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ef800832q_5
File Information
description
details
File DOI:
ef800832q/ef800832q_5
Location:
Main Article - Fig. 5. H2 open diamond, H2O open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
10
atm
calculated
Residence time
1
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.00906
mole fraction
Oxygen
1S/O2/c1-2
0.002
mole fraction
Nitrogen
1S/N2/c1-2
0.9889
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
850
0.00907
0.00184
910
0.00804
0.0029
967
0.00678
0.00417
1030
0.00598
0.00497
1090
0.00529
0.0056
1150
0.00504
0.00609
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ef800832q_6
File Information
description
details
File DOI:
ef800832q/ef800832q_6
Location:
Main Article - Fig. 6. H2 open diamond, O2 open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
1
atm
calculated
Residence time
0.12
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.0115
mole fraction
Oxygen
1S/O2/c1-2
0.025
mole fraction
Nitrogen
1S/N2/c1-2
0.8635
mole fraction
Water
1S/H2O/h1H2
0.1
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
886
0.0115
0.02389
906
0.0115
0.0241
927
0.01143
0.02402
952
0.0085
0.02259
1001
0.0028
0.02034
1027
0.00177
0.01967
1048
0.00102
0.01924
1097
0.000197
0.01897
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ef800832q_7
File Information
description
details
File DOI:
ef800832q/ef800832q_7
Location:
Main Article - Fig. 7. H2 open diamond, O2 open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
1
atm
calculated
Residence time
0.12
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.00928
mole fraction
Oxygen
1S/O2/c1-2
0.011
mole fraction
Nitrogen
1S/N2/c1-2
0.87972
mole fraction
Water
1S/H2O/h1H2
0.1
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
888
0.00926
0.011
903
0.011
0.011
925
0.0115
0.01093
950
0.00839
0.0097
974
0.00432
0.00753
1002
0.00259
0.006575
1026
0.00105
0.00577
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ef800832q_8
File Information
description
details
File DOI:
ef800832q/ef800832q_8
Location:
Main Article - Fig. 8. H2 open diamond, O2 open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
1
atm
calculated
Residence time
0.12
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.0113
mole fraction
Oxygen
1S/O2/c1-2
0.005
mole fraction
Nitrogen
1S/N2/c1-2
0.8837
mole fraction
Water
1S/H2O/h1H2
0.1
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
850
0.01131
0.00529
875
0.01111
0.00491
900
0.01121
0.00487
925
0.0111
0.00495
950
0.0057
0.00174
975
0.00352
0.00131
1000
0.00263
0.00157
1028
0.00262
0.0002
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ef800832q_9
File Information
description
details
File DOI:
ef800832q/ef800832q_9
Location:
Main Article - Fig. 9. H2 open diamond, O2 open circle
Experiment Type:
Jet stirred reactor measurement
Aparatus:
Stirred reactor
Common Properties
Name
Value
Units
Source
Volume
30
cm3
calculated
Pressure
1
atm
calculated
Residence time
0.12
s
calculated
Initial Composition
Chemical
InChI
Value
Units
Hydrogen
1S/H2/h1H
0.0119
mole fraction
Oxygen
1S/O2/c1-2
0.0025
mole fraction
Nitrogen
1S/N2/c1-2
0.8856
mole fraction
Water
1S/H2O/h1H2
0.1
mole fraction
View Raw Data
Temperature (K)
Hydrogen (Mole fraction)
Water (Mole fraction)
850
0.01193
0.0025
877
0.01183
0.00221
898
0.01061
0.00201
925
0.01193
0.00325
948
0.00853
0.000677
977
0.00757
0.000599
1000
0.00727
0.00022
1029
0.00719
8.2E-5
1049
0.00703
4.3E-5
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