Experimental combustion data and theoretical results in XML format

The database contains 87754 data points in 1096 XML-format data files
Last update: 24.10.2018
ReSpecTh Kinetics Data Format Specification v2.1
By clicking on a line in the table below, an XML is selected and further information regarding this dataset are displayed in the info box. All XML files can be downloaded after login to the ReSpecTh webpage.



INFO BOX
XML fileg00000001psr.xml
File DOI10.24388/g00000001psr
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 1. H2 open diamond, H2O open circle
Apparatusstirred reactor
T min /K800
T max /K1050
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML fileg00000002psr.xml
File DOI10.24388/g00000002psr
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 2. H2 open diamond, H2O open circle
Apparatusstirred reactor
T min /K825
T max /K1000
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML fileg00000003psr.xml
File DOI10.24388/g00000003
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 3. H2 open diamond, H2O open circle
Apparatusstirred reactor
T min /K850
T max /K1025
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML fileg00000004psr_x.xml
File DOI10.24388/g00000004psr
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 4. H2 open diamond, H2O open circle
Apparatusstirred reactor
T min /K820
T max /K1150
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML fileg00000005psr.xml
File DOI10.24388/g00000005psr
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 5. H2 open diamond, H2O open circle
Apparatusstirred reactor
T min /K850
T max /K1150
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML fileg00000006psr.xml
File DOI10.24388/g00000006psr
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 6. H2 open diamond, O2 open circle
Apparatusstirred reactor
T min /K886
T max /K1097
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML fileg00000007psr.xml
File DOI10.24388/g00000007psr
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 7. H2 open diamond, O2 open circle
Apparatusstirred reactor
T min /K888
T max /K1026
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML fileg00000008psr.xml
File DOI10.24388/g00000008psr
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 8. H2 open diamond, O2 open circle
Apparatusstirred reactor
T min /K850
T max /K1028
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML fileg00000009psr.xml
File DOI10.24388/g00000009psr
Article DOI10.1021/ef800832q
Reference locationMain Article
Reference table
Reference figureFig. 9. H2 open diamond, O2 open circle
Apparatusstirred reactor
T min /K850
T max /K1049
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML fileg00000001_x.xml
File DOI10.24388/g00000001
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain Article
Reference tableTable 1
Reference figureFig. 12.,left, open diamond.
Apparatusshock tube
T min /K1181.06
T max /K1343.27
p min / bar 2.070
p min / bar 2.070
INFO BOX
XML fileg00000002_x.xml
File DOI10.24388/g00000002
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain Article
Reference tableTable 1
Reference figureFig. 12., center, open diamond
Apparatusshock tube
T min /K1184.03
T max /K1359.29
p min / bar 2.135
p min / bar 2.135
INFO BOX
XML fileg00000003_x.xml
File DOI10.24388/g00000003
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain Article
Reference tableTable 1
Reference figureFig. 12., right, open diamond
Apparatusshock tube
T min /K1164.48
T max /K1519.18
p min / bar 2.210
p min / bar 2.210
INFO BOX
XML fileg00000007.xml
File DOI10.24388/g00000007
Article DOI10.1016/j.proci.2008.06.014
Reference locationSupplementary Materials, Table 1
Reference table
Reference figureFig. 3., full square(not used)
Apparatusshock tube
T min /K924
T max /K1118
p min / bar 3.419
p min / bar 3.760
INFO BOX
XML fileg00000008.xml
File DOI10.24388/g00000008
Article DOI10.1016/j.proci.2008.06.014
Reference locationSupplementary Materials, Table 2
Reference table
Reference figureFig. 5., full square(not used)
Apparatusshock tube
T min /K906
T max /K1049
p min / bar 3.040
p min / bar 3.546
INFO BOX
XML fileg00000009.xml
File DOI10.24388/g00000009
Article DOI10.1016/j.proci.2008.07.034
Reference locationSupplementary Materials
Reference tableTable S1. phi=0.5, 100% H2
Reference figureFig. 12., full triangle(not used)
Apparatusshock tube
T min /K923
T max /K1027
p min / bar 1.034
p min / bar 1.115
INFO BOX
XML fileg00000010.xml
File DOI10.24388/g00000010
Article DOI10.1016/j.proci.2008.07.034
Reference locationSupplementary Materials
Reference tableTable S1. phi=0.5, 100% H2
Reference figureFig. 12., full circle(not used)
Apparatusshock tube
T min /K958
T max /K1035
p min / bar 3.830
p min / bar 4.144
INFO BOX
XML fileg00000011_x.xml
File DOI10.24388/g00000011
Article DOI10.1016/j.proci.2008.07.034
Reference locationSupplementary Materials
Reference tableTable S1. phi=0.5, 100% H2
Reference figureFig. 12., full square(not used)
Apparatusshock tube
T min /K1018
T max /K1121
p min / bar 15.330
p min / bar 16.587
INFO BOX
XML fileg00000012.xml
File DOI10.24388/g00000012
Article DOI10.1016/j.proci.2008.07.034
Reference locationSupplementary Materials
Reference tableTable S1. phi=1, 100% H2
Reference figureFig. 13., full triangle(not used)
Apparatusshock tube
T min /K918
T max /K1718
p min / bar 0.882
p min / bar 1.145
INFO BOX
XML fileg00000013.xml
File DOI10.24388/g00000013
Article DOI10.1016/j.proci.2008.07.034
Reference locationSupplementary Materials
Reference tableTable S1. phi=1, 100% H2
Reference figureFig. 13., full circle(not used)
Apparatusshock tube
T min /K962
T max /K1160
p min / bar 3.871
p min / bar 4.175
INFO BOX
XML fileg00000014_x.xml
File DOI10.24388/g00000014
Article DOI10.1016/j.proci.2008.07.034
Reference locationSupplementary Materials
Reference tableTable S1. phi=1, 100% H2
Reference figureFig. 13., full square(not used)
Apparatusshock tube
T min /K1015
T max /K1238
p min / bar 14.834
p min / bar 19.525
INFO BOX
XML filegal_fl_1.xml
File DOI10.24388/gal_fl_1
Article DOI10.1016/0010-2180(93)90078-H
Reference locationMain Article
Reference table
Reference figureFig. 4., full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filegal_fl_3.xml
File DOI10.24388/gal_fl_3
Article DOI10.1016/j.combustflame.2006.12.002
Reference locationMain Article
Reference table
Reference figureFig. 10., open circle, 0.1 MPa
Apparatusflame premixed laminar
T min /K365
T max /K365
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filegal_fl_4.xml
File DOI10.24388/gal_fl_4
Article DOI10.1016/j.combustflame.2006.12.002
Reference locationMain Article
Reference table
Reference figureFig. 10., open circle, 0.5 MPa
Apparatusflame premixed laminar
T min /K365
T max /K365
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filegal_fl_5.xml
File DOI10.24388/gal_fl_5
Article DOI10.1016/j.combustflame.2006.12.002
Reference locationMian Article
Reference table
Reference figureFig. 10., open circle, 1 MPa
Apparatusflame premixed laminar
T min /K365
T max /K365
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex00000065_p.xml
File DOI10.24388/x00000065
Article DOI000015
Reference locationMain Article
Reference table
Reference figureFig.3
Apparatusshock tube reflected shock
T min /K1684
T max /K1855
p min / bar 33.437
p min / bar 33.437
INFO BOX
XML filex00000066_p.xml
File DOI10.24388/x00000066
Article DOI000015
Reference locationMain Article
Reference table
Reference figureFig.3
Apparatusshock tube reflected shock
T min /K1189
T max /K1300
p min / bar 33.437
p min / bar 33.437
INFO BOX
XML filex00000067_p.xml
File DOI10.24388/x00000067
Article DOI000015
Reference locationMain Article
Reference table
Reference figureFig.3
Apparatusshock tube reflected shock
T min /K1655
T max /K1930
p min / bar 57.755
p min / bar 57.755
INFO BOX
XML filex00000068_p.xml
File DOI10.24388/x00000068
Article DOI000015
Reference locationMain Article
Reference table
Reference figureFig.3
Apparatusshock tube reflected shock
T min /K1684
T max /K1779
p min / bar 64.848
p min / bar 64.848
INFO BOX
XML filex00000069_p.xml
File DOI10.24388/x00000069
Article DOI000015
Reference locationMain Article
Reference table
Reference figureFig.3
Apparatusshock tube reflected shock
T min /K1361
T max /K1876
p min / bar 64.848
p min / bar 64.848
INFO BOX
XML filex00000070_p.xml
File DOI10.24388/x00000070
Article DOI000015
Reference locationMain Article
Reference table
Reference figureFig.3
Apparatusshock tube reflected shock
T min /K1279
T max /K1344
p min / bar 64.848
p min / bar 64.848
INFO BOX
XML filex00000071_p.xml
File DOI10.24388/x00000071_p
Article DOI000015
Reference locationMain Article
Reference table
Reference figureFig.3
Apparatusshock tube reflected shock
T min /K1701
T max /K1715
p min / bar 88.153
p min / bar 88.153
INFO BOX
XML filex00000185_p.xml
File DOI10.24388/x00000185_p
Article DOI000016
Reference locationMain Article
Reference table
Reference figureFig. 15
Apparatusflame spherical premixed laminar
T min /K296
T max /K296
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00000356_p.xml
File DOI10.24388/x00000356
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain Article
Reference table
Reference figureFig. 4., open triangle
Apparatusshock tube reflected shock
T min /K1012
T max /K1427
p min / bar 1.368
p min / bar 2.934
INFO BOX
XML filex10000019.xml
File DOI10.24388/x10000019
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain Article
Reference table
Reference figureFig. 4., open diamond
Apparatusshock tube reflected shock
T min /K1004
T max /K1397
p min / bar 1.077
p min / bar 2.878
INFO BOX
XML filex00000357_p.xml
File DOI10.24388/x00000357
Article DOI000020
Reference location
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K941
T max /K1583
p min / bar 0.254
p min / bar 1.463
INFO BOX
XML filex00001001.xml
File DOI10.24388/x00001001
Article DOI10.1002/kin.10154
Reference locationMain Article
Reference table
Reference figureFig. 1a
Apparatusstirred reactor
T min /K850
T max /K1200
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00001002.xml
File DOI10.24388/x00001002
Article DOI10.1002/kin.10154
Reference locationMain Article
Reference table
Reference figureFig. 2a
Apparatusstirred reactor
T min /K850
T max /K1400
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00001003_x.xml
File DOI10.24388/x00001003_x
Article DOI10.1002/kin.10154
Reference locationMain Article
Reference table
Reference figureFig. 3a
Apparatusstirred reactor
T min /K850
T max /K1400
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00002001.xml
File DOI10.24388/x00002001
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain article
Reference table
Reference figureFig. 2
Apparatusstirred reactor
T min /K720
T max /K1050
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00002010_x.xml
File DOI10.24388/x00002010_x
Article DOI10.1021/ef00051a002
Reference locationMain article
Reference table
Reference figureFig. 23
Apparatusstirred reactor
T min /K678
T max /K678
p min / bar 0.933
p min / bar 0.933
INFO BOX
XML filex00002015.xml
File DOI10.24388/x00002015
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationMain article, raw data obtained from the authors
Reference table
Reference figureFig. 15
Apparatusstirred reactor
T min /K950.7
T max /K1198.8
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00002016.xml
File DOI10.24388/x00002016
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationMain article, raw data obtained from the authors
Reference table
Reference figureFig. 16
Apparatusstirred reactor
T min /K802.7
T max /K1195.8
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00002017.xml
File DOI10.24388/x00002017
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationMain article, raw data obtained from the authors
Reference table
Reference figureFig. 17
Apparatusstirred reactor
T min /K697.2
T max /K1099.4
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00002018.xml
File DOI10.24388/x00002018
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationMain article, raw data obtained from the authors
Reference table
Reference figureFig. 18
Apparatusstirred reactor
T min /K796.3
T max /K1129.3
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00002019.xml
File DOI10.24388/x00002019
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationMain article, raw data obtained from the authors
Reference table
Reference figureFig. 19
Apparatusstirred reactor
T min /K799.6
T max /K1199.7
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00002020.xml
File DOI10.24388/x00002020
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationMain article, raw data obtained from the authors
Reference table
Reference figureFig. 20
Apparatusstirred reactor
T min /K796.9
T max /K1147.6
p min / bar 20.265
p min / bar 20.265
INFO BOX
XML filex00002021.xml
File DOI10.24388/x00002021
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationMain article, raw data obtained from the authors
Reference table
Reference figureFig. 21
Apparatusstirred reactor
T min /K801.7
T max /K1118.7
p min / bar 20.265
p min / bar 20.265
INFO BOX
XML filex00002022.xml
File DOI10.24388/x00002022
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationMain article, raw data obtained from the authors
Reference table
Reference figureFig. 22
Apparatusstirred reactor
T min /K801.8
T max /K1151.6
p min / bar 20.265
p min / bar 20.265
INFO BOX
XML filex10002069.xml
File DOI10.24388/x10002069
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 1
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K998
T max /K1240.4
p min / bar 19.524
p min / bar 20.758
INFO BOX
XML filex10002070.xml
File DOI10.24388/x10002070
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 2
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K959.5
T max /K1269
p min / bar 48.736
p min / bar 51.371
INFO BOX
XML filex10002071.xml
File DOI10.24388/x10002071
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 5
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K1007.6
T max /K1207.2
p min / bar 19.317
p min / bar 21.350
INFO BOX
XML filex10002072.xml
File DOI10.24388/x10002072
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 6
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K900.58
T max /K1124.23
p min / bar 30.428
p min / bar 31.958
INFO BOX
XML filex10002073.xml
File DOI10.24388/x10002073
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 7
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K988.7
T max /K1214
p min / bar 48.777
p min / bar 51.637
INFO BOX
XML filex10002074.xml
File DOI10.24388/x10002074
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 8
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K998.9
T max /K1273.6
p min / bar 9.036
p min / bar 11.005
INFO BOX
XML filex10002075.xml
File DOI10.24388/x10002075
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 9
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K994.5
T max /K1295.6
p min / bar 46.038
p min / bar 51.827
INFO BOX
XML filex10002076.xml
File DOI10.24388/x10002076
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 13
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K1090.6
T max /K1425.8
p min / bar 9.869
p min / bar 10.538
INFO BOX
XML filex10002077.xml
File DOI10.24388/x10002077
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 14
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K1078.3
T max /K1414.8
p min / bar 1.817
p min / bar 2.096
INFO BOX
XML filex10002078.xml
File DOI10.24388/x10002078
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 15
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K909.3
T max /K1206.4
p min / bar 50.668
p min / bar 52.397
INFO BOX
XML filex40002003.xml
File DOI10.24388/x40002003
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 3, pressure traces obtained from the authors
Reference table
Reference figure
Apparatusrapid compression machine
T min /K323
T max /K373
p min / bar 0.958
p min / bar 0.958
INFO BOX
XML filex40002004.xml
File DOI10.24388/x40002004
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 4, pressure traces obtained from the authors
Reference table
Reference figure
Apparatusrapid compression machine
T min /K333
T max /K363
p min / bar 1.290
p min / bar 1.290
INFO BOX
XML filex40002005.xml
File DOI10.24388/x40002005
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 10, pressure traces obtained from the authors
Reference table
Reference figure
Apparatusrapid compression machine
T min /K368
T max /K398
p min / bar 0.340
p min / bar 0.340
INFO BOX
XML filex40002006.xml
File DOI10.24388/x40002006
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 11, pressure traces obtained from the authors
Reference table
Reference figure
Apparatusrapid compression machine
T min /K338
T max /K368
p min / bar 1.025
p min / bar 1.025
INFO BOX
XML filex40002007.xml
File DOI10.24388/x40002007
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 12, pressure traces obtained from the authors
Reference table
Reference figure
Apparatusrapid compression machine
T min /K328
T max /K378
p min / bar 1.320
p min / bar 1.320
INFO BOX
XML filex40002008.xml
File DOI10.24388/x40002008
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 16, pressure traces obtained from the authors
Reference table
Reference figure
Apparatusrapid compression machine
T min /K353
T max /K393
p min / bar 1.070
p min / bar 1.070
INFO BOX
XML filex40002009.xml
File DOI10.24388/x40002009
Article DOI10.1016/j.combustflame.2015.11.004
Reference locationSupp. Mat. mmc3, Dataset 17, pressure traces obtained from the authors
Reference table
Reference figure
Apparatusrapid compression machine
T min /K343
T max /K383
p min / bar 1.450
p min / bar 1.450
INFO BOX
XML filex00003001.xml
File DOI10.24388/x00003001
Article DOI10.1016/j.combustflame.2010.12.008
Reference locationMain Article
Reference table
Reference figureFig. 9, C3H6 not taken
Apparatusstirred reactor
T min /K890
T max /K1131
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00003002.xml
File DOI10.24388/x00003002
Article DOI10.1016/j.combustflame.2010.12.008
Reference locationMain Article
Reference table
Reference figureFig. 8, C3H6 not taken
Apparatusstirred reactor
T min /K891
T max /K1160
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00003003.xml
File DOI10.24388/x00003003
Article DOI10.1016/j.combustflame.2010.12.008
Reference locationMain Article
Reference table
Reference figureFig. 6, C3H6 not taken
Apparatusstirred reactor
T min /K890
T max /K1252
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00003004.xml
File DOI10.24388/x00003004
Article DOI10.1016/j.combustflame.2010.12.008
Reference locationMain Article
Reference table
Reference figureFig. 7, C3H6 not taken
Apparatusstirred reactor
T min /K890
T max /K1250
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00003005_x.xml
File DOI10.24388/x00003005_x
Article DOI10.1016/j.combustflame.2010.12.008
Reference locationMain Article
Reference table
Reference figureFig. 14, C2H2 and C3H6 not taken
Apparatusstirred reactor
T min /K799
T max /K1040
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00003006_x.xml
File DOI10.24388/x00003006_x
Article DOI10.1016/j.combustflame.2010.12.008
Reference locationMain Article
Reference table
Reference figureFig. 13, C2H2 and C3H6 not taken
Apparatusstirred reactor
T min /K801
T max /K1071
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00003007_x.xml
File DOI10.24388/x00003007_x
Article DOI10.1016/j.combustflame.2010.12.008
Reference locationMain Article
Reference table
Reference figureFig. 11, C2H2 and C3H6 not taken
Apparatusstirred reactor
T min /K800
T max /K1070
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00003008_x.xml
File DOI10.24388/x00003008_x
Article DOI10.1016/j.combustflame.2010.12.008
Reference locationMain Article
Reference table
Reference figureFig. 12, C2H2 and C3H6 not taken
Apparatusstirred reactor
T min /K801
T max /K1130
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00003009_x.xml
File DOI10.24388/x00003009_x
Article DOI10.1051/jcp/1992890867
Reference locationMain Article
Reference table
Reference figureFig. 2a (phi=1)
Apparatusstirred reactor
T min /K1055
T max /K1060
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00003010_x.xml
File DOI10.24388/x00003010_x
Article DOI10.1051/jcp/1992890867
Reference locationMain Article
Reference table
Reference figureFig. 2b (phi=2)
Apparatusstirred reactor
T min /K1064
T max /K1077
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex10000001.xml
File DOI10.24388/x10000001
Article DOI10.1063/1.1696266
Reference locationMain Text
Reference tableTable I.
Reference figure
Apparatusshock tube reflected shock
T min /K964
T max /K1075
p min / bar 5.066
p min / bar 5.066
INFO BOX
XML filex10000002.xml
File DOI10.24388/x10000002
Article DOI10.1063/1.1744674
Reference locationMain Article
Reference table
Reference figureFig. 3., open triangle
Apparatusshock tube
T min /K1086
T max /K1836
p min / bar 0.746
p min / bar 2.015
INFO BOX
XML filex10000005.xml
File DOI10.24388/x10000005
Article DOI10.1016/0010-2180(77)90031-1
Reference locationMain Article
Reference table
Reference figureFig. 2., full circle
Apparatusshock tube
T min /K984
T max /K1184
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10000006.xml
File DOI10.24388/x10000006
Article DOI000017
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K835
T max /K1335
p min / bar 0.913
p min / bar 2.033
INFO BOX
XML filex10000007_x.xml
File DOI10.24388/x10000007
Article DOI000017
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube reflected shock
T min /K890
T max /K1076
p min / bar 1.920
p min / bar 2.773
INFO BOX
XML filex10000008.xml
File DOI10.24388/x10000008
Article DOI10.2514/6.2003-4493
Reference locationMain Article
Reference table
Reference figureFig. 2., full square
Apparatusshock tube reflected shock
T min /K1009
T max /K1431
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex10000016.xml
File DOI10.24388/x10000016
Article DOI10.2514/6.2003-4493
Reference locationMain Article
Reference table
Reference figureFig. 4., full triangle
Apparatusshock tube reflected shock
T min /K1111
T max /K1511
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex10000017_x.xml
File DOI10.24388/x10000017
Article DOI10.2514/6.2003-4493
Reference locationMain Article
Reference table
Reference figureFig. 3., full circle
Apparatusshock tube reflected shock
T min /K1181
T max /K1753
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex10000020.xml
File DOI10.24388/x10000020
Article DOI10.1016/0010-2180(73)90005-9
Reference locationMain Article
Reference table
Reference figureFig. 4., open circle
Apparatusshock tube reflected shock
T min /K1038
T max /K1323
p min / bar 2.533
p min / bar 2.533
INFO BOX
XML filex10000021_x.xml
File DOI10.24388/x10000021
Article DOI10.1016/S0010-2180(02)00552-7
Reference locationMain Article
Reference table
Reference figureFig. 8., full square
Apparatusshock tube reflected shock
T min /K1051
T max /K1272
p min / bar 4.053
p min / bar 4.053
INFO BOX
XML filex10000022.xml
File DOI10.24388/x10000022
Article DOI10.1016/S0010-2180(02)00552-7
Reference locationMain Article
Reference table
Reference figureFig. 6., full circle
Apparatusshock tube reflected shock
T min /K955
T max /K1173
p min / bar 4.053
p min / bar 4.053
INFO BOX
XML filex10000023.xml
File DOI10.24388/x10000023
Article DOI10.1016/S0010-2180(02)00552-7
Reference locationMain Article
Reference table
Reference figureFig. 7., full triangle
Apparatusshock tube reflected shock
T min /K1011
T max /K1239
p min / bar 4.053
p min / bar 4.053
INFO BOX
XML filex10000024_x.xml
File DOI10.24388/x10000024
Article DOI10.1016/S0010-2180(02)00552-7
Reference locationMain Article
Reference table
Reference figureFig. 9., full diamond
Apparatusshock tube reflected shock
T min /K1075.3
T max /K1331
p min / bar 4.053
p min / bar 4.053
INFO BOX
XML filex10000025.xml
File DOI10.24388/x10000025
Article DOI10.1016/S0010-2180(02)00552-7
Reference locationMain Article
Reference table
Reference figureFig. 10., open circle
Apparatusshock tube reflected shock
T min /K1099
T max /K1252
p min / bar 9.626
p min / bar 9.626
INFO BOX
XML filex10000026.xml
File DOI10.24388/x10000026
Article DOI10.1016/S0010-2180(02)00552-7
Reference locationMain Article
Reference table
Reference figureFig. 10., crossed X
Apparatusshock tube reflected shock
T min /K1049
T max /K1209
p min / bar 16.212
p min / bar 16.212
INFO BOX
XML filex10000027_x.xml
File DOI10.24388/x10000027
Article DOI10.1016/S0082-0784(65)80175-8
Reference locationMain Article
Reference table
Reference figureFig. 6., full circle
Apparatusshock tube incident shock
T min /K1428
T max /K2320
p min / bar 0.236
p min / bar 0.417
INFO BOX
XML filex10000028.xml
File DOI10.24388/x10000028
Article DOI10.1016/S0082-0784(65)80175-8
Reference locationMain Article
Reference table
Reference figureFig. 6., open circle
Apparatusshock tube incident shock
T min /K1602
T max /K2554
p min / bar 0.274
p min / bar 0.466
INFO BOX
XML filex10000029_x.xml
File DOI10.24388/x10000029
Article DOI10.1016/S0082-0784(65)80175-8
Reference locationMain Article
Reference table
Reference figureFig. 6., full rectangle
Apparatusshock tube incident shock
T min /K1480
T max /K2423
p min / bar 0.246
p min / bar 0.438
INFO BOX
XML filex10000030_x.xml
File DOI10.24388/x10000030
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain Article
Reference table
Reference figureFig. 9., full square
Apparatusshock tube
T min /K1023.541
T max /K1194.743
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex10000031.xml
File DOI10.24388/x10000031
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain Article
Reference table
Reference figureFig. 9., full circle
Apparatusshock tube
T min /K1035.197
T max /K1222.494
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex10000032.xml
File DOI10.24388/x10000032
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain Article
Reference table
Reference figureFig. 9., full triangle
Apparatusshock tube
T min /K1011.122
T max /K1267.427
p min / bar 20.000
p min / bar 20.000
INFO BOX
XML filex10001001.xml
File DOI10.24388/x10001001
Article DOI10.1016/j.combustflame.2006.12.007
Reference locationMain Article
Reference tableTable 1, top
Reference figure
Apparatusshock tube
T min /K943
T max /K1148
p min / bar 16.719
p min / bar 33.133
INFO BOX
XML filex10001009.xml
File DOI10.24388/x10001009
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K1037
T max /K1255
p min / bar 15.980
p min / bar 17.800
INFO BOX
XML filex10001010.xml
File DOI10.24388/x10001010
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K935
T max /K1360
p min / bar 3.400
p min / bar 4.200
INFO BOX
XML filex10001011.xml
File DOI10.24388/x10001011
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K939
T max /K2109
p min / bar 0.740
p min / bar 1.340
INFO BOX
XML filex10001012_x.xml
File DOI10.24388/x10001012
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K956
T max /K1178
p min / bar 17.540
p min / bar 18.740
INFO BOX
XML filex10001013.xml
File DOI10.24388/x10001013
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K932
T max /K1131
p min / bar 4.120
p min / bar 4.540
INFO BOX
XML filex10001014.xml
File DOI10.24388/x10001014
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K889
T max /K1675
p min / bar 0.690
p min / bar 1.220
INFO BOX
XML filex10001015.xml
File DOI10.24388/x10001015
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K947
T max /K1227
p min / bar 14.200
p min / bar 16.600
INFO BOX
XML filex10001016.xml
File DOI10.24388/x10001016
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K967
T max /K1463
p min / bar 3.700
p min / bar 4.500
INFO BOX
XML filex10001017.xml
File DOI10.24388/x10001017
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K943
T max /K2136
p min / bar 0.920
p min / bar 1.370
INFO BOX
XML filex10001018.xml
File DOI10.24388/x10001018
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K1060
T max /K1243
p min / bar 15.100
p min / bar 16.260
INFO BOX
XML filex10001019_x.xml
File DOI10.24388/x10001019
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K1006
T max /K1257
p min / bar 3.910
p min / bar 4.540
INFO BOX
XML filex10001020.xml
File DOI10.24388/x10001020
Article DOI000018
Reference locationAppendix
Reference table
Reference figure
Apparatusshock tube
T min /K932
T max /K1954
p min / bar 0.940
p min / bar 1.050
INFO BOX
XML filex10001021_x.xml
File DOI10.24388/x10001021_x
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K1040
T max /K1438
p min / bar 13.400
p min / bar 16.040
INFO BOX
XML filex10001022.xml
File DOI10.24388/x10001022
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K991
T max /K1934
p min / bar 3.440
p min / bar 4.250
INFO BOX
XML filex10001023.xml
File DOI10.24388/x10001023
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K957
T max /K2374
p min / bar 0.850
p min / bar 1.140
INFO BOX
XML filex10001024_x.xml
File DOI10.24388/x10001024_x
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K997
T max /K1215
p min / bar 14.700
p min / bar 16.840
INFO BOX
XML filex10001025.xml
File DOI10.24388/x10001025
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K942
T max /K1364
p min / bar 3.710
p min / bar 5.070
INFO BOX
XML filex10001026.xml
File DOI10.24388/x10001026
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K924
T max /K2220
p min / bar 0.760
p min / bar 1.180
INFO BOX
XML filex10001027_x.xml
File DOI10.24388/x10001027_x
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K1055
T max /K1470
p min / bar 15.670
p min / bar 17.020
INFO BOX
XML filex10001028.xml
File DOI10.24388/x10001028
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K1042
T max /K1824
p min / bar 3.680
p min / bar 4.560
INFO BOX
XML filex10001029.xml
File DOI10.24388/x10001029
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K943
T max /K2246
p min / bar 0.890
p min / bar 1.170
INFO BOX
XML filex10001030.xml
File DOI10.24388/x10001030
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K1007
T max /K1249
p min / bar 15.060
p min / bar 17.160
INFO BOX
XML filex10001031.xml
File DOI10.24388/x10001031
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K970
T max /K1418
p min / bar 3.600
p min / bar 4.830
INFO BOX
XML filex10001032.xml
File DOI10.24388/x10001032
Article DOI000018
Reference locationMain Article
Reference table
Reference figure
Apparatusshock tube
T min /K882
T max /K2031
p min / bar 0.820
p min / bar 1.120
INFO BOX
XML filex10001033.xml
File DOI10.24388/x10001033
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 80/20 (mixture 1), low pressure series.
Reference figure
Apparatusshock tube
T min /K916
T max /K1151
p min / bar 0.912
p min / bar 1.216
INFO BOX
XML filex10001034.xml
File DOI10.24388/x10001034
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 60/40 (mixture 2), low pressure series.
Reference figure
Apparatusshock tube
T min /K914
T max /K1241
p min / bar 1.013
p min / bar 1.115
INFO BOX
XML filex10001035.xml
File DOI10.24388/x10001035
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 40/60 (mixture 3), low pressure series.
Reference figure
Apparatusshock tube
T min /K900
T max /K1169
p min / bar 0.912
p min / bar 1.115
INFO BOX
XML filex10001036.xml
File DOI10.24388/x10001036
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 20/80 (mixture 4), low pressure series.
Reference figure
Apparatusshock tube
T min /K934
T max /K1183
p min / bar 1.115
p min / bar 1.216
INFO BOX
XML filex10001037.xml
File DOI10.24388/x10001037
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 20/80 (mixture 4), mid pressure series.
Reference figure
Apparatusshock tube
T min /K929
T max /K1063
p min / bar 2.533
p min / bar 3.141
INFO BOX
XML filex10001038.xml
File DOI10.24388/x10001038
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 20/80 (mixture 4), high pressure series.
Reference figure
Apparatusshock tube
T min /K1015
T max /K1190
p min / bar 13.882
p min / bar 18.137
INFO BOX
XML filex10001039.xml
File DOI10.24388/x10001039
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 10/90 (mixture 5), low pressure series.
Reference figure
Apparatusshock tube
T min /K960
T max /K1197
p min / bar 1.115
p min / bar 1.216
INFO BOX
XML filex10001040.xml
File DOI10.24388/x10001040
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 10/90 (mixture 5), low pressure series.
Reference figure
Apparatusshock tube
T min /K981
T max /K1148
p min / bar 2.128
p min / bar 2.736
INFO BOX
XML filex10001041.xml
File DOI10.24388/x10001041
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 10/90 (mixture 5), high pressure series.
Reference figure
Apparatusshock tube
T min /K1063
T max /K1265
p min / bar 12.058
p min / bar 17.327
INFO BOX
XML filex10001042.xml
File DOI10.24388/x10001042
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 5/95 (mixture 6), low pressure series.
Reference figure
Apparatusshock tube
T min /K968
T max /K1263
p min / bar 1.013
p min / bar 1.216
INFO BOX
XML filex10001043.xml
File DOI10.24388/x10001043
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 5/95 (mixture 6), mid pressure series.
Reference figure
Apparatusshock tube
T min /K977
T max /K1304
p min / bar 1.723
p min / bar 2.330
INFO BOX
XML filex10001044.xml
File DOI10.24388/x10001044
Article DOI10.2514/1.28123
Reference locationMain Article
Reference tableTable 2, H2/CO = 5/95 (mixture 6), high pressure series.
Reference figure
Apparatusshock tube
T min /K1074
T max /K1163
p min / bar 12.868
p min / bar 19.454
INFO BOX
XML filex10001049.xml
File DOI10.24388/x10001049
Article DOI10.1016/0010-2180(78)90081-0
Reference locationMain Article
Reference tableTable 2, mixture C, tau_1 definition.
Reference figure
Apparatusshock tube
T min /K2050
T max /K2810
p min / bar 1.246
p min / bar 1.935
INFO BOX
XML filex10001050.xml
File DOI10.24388/x10001050
Article DOI10.1016/0010-2180(78)90081-0
Reference locationMain Article
Reference tableTable 2, mixture C, tau_2 definition.
Reference figure
Apparatusshock tube
T min /K2050
T max /K2810
p min / bar 1.246
p min / bar 1.935
INFO BOX
XML filex10001051.xml
File DOI10.24388/x10001051
Article DOI10.1016/0010-2180(78)90081-0
Reference locationMain Article
Reference tableTable 2, mixture D, tau_1 definition.
Reference figure
Apparatusshock tube
T min /K2070
T max /K2870
p min / bar 1.419
p min / bar 2.229
INFO BOX
XML filex10001052.xml
File DOI10.24388/x10001052
Article DOI10.1016/0010-2180(78)90081-0
Reference locationMain Article
Reference tableTable 2, mixture D, tau_2 definition.
Reference figure
Apparatusshock tube
T min /K2070
T max /K2870
p min / bar 1.419
p min / bar 2.229
INFO BOX
XML filex10001053.xml
File DOI10.24388/x10001053
Article DOI10.1080/00102200802269715
Reference locationMain Article
Reference tableTable 2, H2/CO/O2/Ar, Phi = 0.5, dilution 1:2, H2 /CO = 5/95, 16 bar series.
Reference figure
Apparatusshock tube
T min /K1046
T max /K1132
p min / bar 14.480
p min / bar 16.910
INFO BOX
XML filex10001054.xml
File DOI10.24388/x10001054
Article DOI10.1080/00102200802269715
Reference locationMain Article
Reference tableTable 2, H2/CO/O2/Ar, Phi = 0.5, dilution 1:5, H2 /CO = 5/95, 16 bar series.
Reference figure
Apparatusshock tube
T min /K1107
T max /K1206
p min / bar 15.660
p min / bar 16.380
INFO BOX
XML filex10001055.xml
File DOI10.24388/x10001055
Article DOI10.1080/00102200802269715
Reference locationMain Article
Reference tableTable 2, H2/CO/O2/Ar, Phi = 0.5, dilution 1:10, H2 /CO = 5/95, 16 bar series.
Reference figure
Apparatusshock tube
T min /K1165
T max /K1259
p min / bar 15.880
p min / bar 16.420
INFO BOX
XML filex10001056.xml
File DOI10.24388/x10001056
Article DOI10.1080/00102200802269715
Reference locationMain Article
Reference tableTable 2, H2/CO/O2/Ar, Phi = 0.5, dilution 1:2, H2 /CO = 50/50, 16 bar series.
Reference figure
Apparatusshock tube
T min /K1019
T max /K1097
p min / bar 14.110
p min / bar 15.840
INFO BOX
XML filex10001057.xml
File DOI10.24388/x10001057
Article DOI10.1080/00102200802269715
Reference locationMain Article
Reference tableTable 2, H2/CO/O2/Ar, Phi = 0.5, dilution 1:5, H2 /CO = 50/50, 16 bar series.
Reference figure
Apparatusshock tube
T min /K1048
T max /K1128
p min / bar 15.310
p min / bar 15.970
INFO BOX
XML filex10001058.xml
File DOI10.24388/x10001058
Article DOI10.1080/00102200802269715
Reference locationMain Article
Reference tableTable 2, H2/CO/O2/Ar, Phi = 0.5, dilution 1:10, H2 /CO = 50/50, 16 bar series.
Reference figure
Apparatusshock tube
T min /K1054
T max /K1140
p min / bar 15.500
p min / bar 15.870
INFO BOX
XML filex10001059.xml
File DOI10.24388/x10001059
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A5, H2/CO/O2/Ar = 0.008/0.002/0.01/0.98, low pressure series.
Reference figure
Apparatusshock tube
T min /K982
T max /K1702
p min / bar 1.500
p min / bar 1.814
INFO BOX
XML filex10001060.xml
File DOI10.24388/x10001060
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A5, H2/CO/O2/Ar = 0.008/0.002/0.01/0.98, mid pressure series.
Reference figure
Apparatusshock tube
T min /K1096
T max /K1298
p min / bar 11.956
p min / bar 12.970
INFO BOX
XML filex10001061.xml
File DOI10.24388/x10001061
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A5, H2/CO/O2/Ar = 0.008/0.002/0.01/0.98, high pressure series.
Reference figure
Apparatusshock tube
T min /K1180
T max /K1262
p min / bar 30.803
p min / bar 32.728
INFO BOX
XML filex10001062.xml
File DOI10.24388/x10001062
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A6, H2/CO/O2/Ar = 0.005/0.005/0.01/0.98, low pressure series.
Reference figure
Apparatusshock tube
T min /K991
T max /K2001
p min / bar 1.398
p min / bar 1.885
INFO BOX
XML filex10001063.xml
File DOI10.24388/x10001063
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A6, H2/CO/O2/Ar = 0.005/0.005/0.01/0.98, mid pressure series.
Reference figure
Apparatusshock tube
T min /K1098
T max /K1383
p min / bar 11.348
p min / bar 12.868
INFO BOX
XML filex10001064.xml
File DOI10.24388/x10001064
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A6, H2/CO/O2/Ar = 0.005/0.005/0.01/0.98, high pressure series.
Reference figure
Apparatusshock tube
T min /K1174
T max /K1326
p min / bar 32.120
p min / bar 33.235
INFO BOX
XML filex10001065.xml
File DOI10.24388/x10001065
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A7, H2/CO/O2/Ar = 0.004/0.006/0.01/0.98, low pressure series.
Reference figure
Apparatusshock tube
T min /K1017
T max /K1845
p min / bar 1.540
p min / bar 1.966
INFO BOX
XML filex10001066.xml
File DOI10.24388/x10001066
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A7, H2/CO/O2/Ar = 0.004/0.006/0.01/0.98, mid pressure series.
Reference figure
Apparatusshock tube
T min /K1092
T max /K1442
p min / bar 12.058
p min / bar 13.476
INFO BOX
XML filex10001067.xml
File DOI10.24388/x10001067
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A7, H2/CO/O2/Ar = 0.004/0.006/0.01/0.98, high pressure series.
Reference figure
Apparatusshock tube
T min /K1143
T max /K1300
p min / bar 31.005
p min / bar 32.829
INFO BOX
XML filex10001068.xml
File DOI10.24388/x10001068
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A8, H2/CO/O2/Ar = 0.002/0.008/0.01/0.98, low pressure series.
Reference figure
Apparatusshock tube
T min /K1057
T max /K1923
p min / bar 1.388
p min / bar 1.925
INFO BOX
XML filex10001069.xml
File DOI10.24388/x10001069
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A8, H2/CO/O2/Ar = 0.002/0.008/0.01/0.98, mid pressure series.
Reference figure
Apparatusshock tube
T min /K1097
T max /K1388
p min / bar 11.956
p min / bar 13.172
INFO BOX
XML filex10001070.xml
File DOI10.24388/x10001070
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A8, H2/CO/O2/Ar = 0.002/0.008/0.01/0.98, high pressure series.
Reference figure
Apparatusshock tube
T min /K1179
T max /K1320
p min / bar 30.701
p min / bar 32.627
INFO BOX
XML filex10001071.xml
File DOI10.24388/x10001071
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A9, H2/CO/O2/Ar = 0.001/0.009/0.01/0.98, low pressure series.
Reference figure
Apparatusshock tube
T min /K1026
T max /K1991
p min / bar 1.429
p min / bar 1.996
INFO BOX
XML filex10001072.xml
File DOI10.24388/x10001072
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A9, H2/CO/O2/Ar = 0.001/0.009/0.01/0.98, mid pressure series.
Reference figure
Apparatusshock tube
T min /K1116
T max /K1388
p min / bar 11.146
p min / bar 13.172
INFO BOX
XML filex10001073.xml
File DOI10.24388/x10001073
Article DOI10.1115/1.4007737
Reference locationAppendix
Reference tableTable A9, H2/CO/O2/Ar = 0.001/0.009/0.01/0.98, high pressure series.
Reference figure
Apparatusshock tube
T min /K1161
T max /K1329
p min / bar 30.600
p min / bar 32.728
INFO BOX
XML filex20001151.xml
File DOI10.24388/x20001151
Article DOI10.1115/1.4007737
Reference locationMain Article
Reference tableTable A1, H2/CO = 5/95, 7.5% H2O addition.
Reference figure
Apparatusflame premixed laminar
T min /K320
T max /K325
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001152.xml
File DOI10.24388/x20001152
Article DOI10.1115/1.4007737
Reference locationMain Article
Reference tableTable A1, H2/CO = 50/50, no H2O addition.
Reference figure
Apparatusflame premixed laminar
T min /K322
T max /K325
p min / bar 5.066
p min / bar 5.066
INFO BOX
XML filex20001153.xml
File DOI10.24388/x20001153
Article DOI10.1115/1.4007737
Reference locationMain Article
Reference tableTable A2, H2/CO = 5/95, 15% H2O addition.
Reference figure
Apparatusflame premixed laminar
T min /K373
T max /K374
p min / bar 5.066
p min / bar 5.066
INFO BOX
XML filex20001154.xml
File DOI10.24388/x20001154
Article DOI10.1115/1.4007737
Reference locationMain Article
Reference tableTable A2, H2/CO = 50/50, 7.5% H2O addition.
Reference figure
Apparatusflame premixed laminar
T min /K372
T max /K374
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20001155.xml
File DOI10.24388/x20001155
Article DOI10.1115/1.4007737
Reference locationMain Article
Reference tableTable A3, H2/CO = 50/50, 15% H2O addition.
Reference figure
Apparatusflame premixed laminar
T min /K422
T max /K424
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001156.xml
File DOI10.24388/x20001156
Article DOI10.1115/1.4007737
Reference locationMain Article
Reference tableTable A3, H2/CO = 5/95, no H2O addition.
Reference figure
Apparatusflame premixed laminar
T min /K422
T max /K424
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex10001074.xml
File DOI10.24388/x10001074
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH70 (mixture 1), 0.2 MPa series.
Reference figure
Apparatusshock tube
T min /K902
T max /K1161
p min / bar 1.520
p min / bar 1.905
INFO BOX
XML filex10001075.xml
File DOI10.24388/x10001075
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH70 (mixture 1), 1 MPa series.
Reference figure
Apparatusshock tube
T min /K1005
T max /K1264
p min / bar 9.221
p min / bar 10.112
INFO BOX
XML filex10001076.xml
File DOI10.24388/x10001076
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH70 (mixture 1), 2 MPa series.
Reference figure
Apparatusshock tube
T min /K1024
T max /K1183
p min / bar 17.468
p min / bar 20.630
INFO BOX
XML filex10001077.xml
File DOI10.24388/x10001077
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH33 (mixture 2), 0.2 MPa series.
Reference figure
Apparatusshock tube
T min /K896
T max /K1201
p min / bar 1.753
p min / bar 1.976
INFO BOX
XML filex10001078.xml
File DOI10.24388/x10001078
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH33 (mixture 2), 1 MPa series.
Reference figure
Apparatusshock tube
T min /K1012
T max /K1203
p min / bar 8.653
p min / bar 10.345
INFO BOX
XML filex10001079.xml
File DOI10.24388/x10001079
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH33 (mixture 2), 2 MPa series.
Reference figure
Apparatusshock tube
T min /K1049
T max /K1234
p min / bar 19.495
p min / bar 20.761
INFO BOX
XML filex10001080.xml
File DOI10.24388/x10001080
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH50C30 (mixture 3), 0.2 MPa series.
Reference figure
Apparatusshock tube
T min /K916
T max /K1200
p min / bar 1.814
p min / bar 1.996
INFO BOX
XML filex10001081.xml
File DOI10.24388/x10001081
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH50C30 (mixture 3), 1 MPa series.
Reference figure
Apparatusshock tube
T min /K1016
T max /K1258
p min / bar 8.278
p min / bar 10.355
INFO BOX
XML filex10001082.xml
File DOI10.24388/x10001082
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH50C30 (mixture 3), 2 MPa series.
Reference figure
Apparatusshock tube
T min /K1051
T max /K1239
p min / bar 19.515
p min / bar 20.751
INFO BOX
XML filex10001083.xml
File DOI10.24388/x10001083
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH26N58 (mixture 4), 0.2 MPa series.
Reference figure
Apparatusshock tube
T min /K925
T max /K1150
p min / bar 1.804
p min / bar 2.006
INFO BOX
XML filex10001084.xml
File DOI10.24388/x10001084
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH26N58 (mixture 4), 1 MPa series.
Reference figure
Apparatusshock tube
T min /K1023
T max /K1308
p min / bar 9.677
p min / bar 10.386
INFO BOX
XML filex10001085.xml
File DOI10.24388/x10001085
Article DOI10.1002/cjce.21938
Reference locationSupplementary materials
Reference tableTable 2, SH26N58 (mixture 4), 2 MPa series.
Reference figure
Apparatusshock tube
T min /K1088
T max /K1244
p min / bar 19.677
p min / bar 20.802
INFO BOX
XML filex10002001.xml
File DOI10.24388/x10002001
Article DOI10.1016/0010-2180(75)90106-6
Reference locationMain article
Reference tableTable 2, Mixture 1
Reference figure
Apparatusshock tube reflected shock
T min /K1570
T max /K1925
p min / bar 1.201
p min / bar 1.761
INFO BOX
XML filex10002002.xml
File DOI10.24388/x10002002
Article DOI10.1016/0010-2180(75)90106-6
Reference locationMain article
Reference tableTable 2, Mixture 2
Reference figure
Apparatusshock tube reflected shock
T min /K1545
T max /K2125
p min / bar 2.941
p min / bar 3.692
INFO BOX
XML filex10002003.xml
File DOI10.24388/x10002003
Article DOI10.1016/0010-2180(75)90106-6
Reference locationMain article
Reference tableTable 2, Mixture 3
Reference figure
Apparatusshock tube reflected shock
T min /K1560
T max /K2045
p min / bar 3.826
p min / bar 4.557
INFO BOX
XML filex10002004.xml
File DOI10.24388/x10002004
Article DOI10.1016/0010-2180(75)90106-6
Reference locationMain article
Reference tableTable 2, Mixture 4
Reference figure
Apparatusshock tube reflected shock
T min /K1575
T max /K2090
p min / bar 2.898
p min / bar 3.302
INFO BOX
XML filex10002005.xml
File DOI10.24388/x10002005
Article DOI10.1016/0010-2180(75)90106-6
Reference locationMain article
Reference tableTable 2, Mixture 5
Reference figure
Apparatusshock tube reflected shock
T min /K1555
T max /K2030
p min / bar 2.925
p min / bar 3.258
INFO BOX
XML filex10002006.xml
File DOI10.24388/x10002006
Article DOI10.1016/0010-2180(75)90106-6
Reference locationMain article
Reference tableTable 2, Mixture 6
Reference figure
Apparatusshock tube reflected shock
T min /K1555
T max /K1975
p min / bar 2.864
p min / bar 3.202
INFO BOX
XML filex10002007_x.xml
File DOI10.24388/x10002007_x
Article DOI10.1016/0010-2180(75)90106-6
Reference locationMain article
Reference tableTable 2, Mixture 7
Reference figure
Apparatusshock tube reflected shock
T min /K1595
T max /K1805
p min / bar 2.836
p min / bar 3.246
INFO BOX
XML filex10002008.xml
File DOI10.24388/x10002008
Article DOI10.1016/0010-2180(75)90106-6
Reference locationMain article
Reference tableTable 2, Mixture 8
Reference figure
Apparatusshock tube reflected shock
T min /K1815
T max /K2180
p min / bar 4.346
p min / bar 4.786
INFO BOX
XML filex10002009.xml
File DOI10.24388/x10002009
Article DOI10.1016/S0010-2180(71)80093-7
Reference locationMain article
Reference table
Reference figureFig. 3, open square, OH emission
Apparatusshock tube incident shock
T min /K1571.6
T max /K1876.9
p min / bar 0.333
p min / bar 0.333
INFO BOX
XML filex10003010_x.xml
File DOI10.24388/x10003010_x
Article DOI10.1016/S0010-2180(71)80093-7
Reference locationMain Article
Reference table
Reference figureFig. 2, dotted circle, CO2* emission
Apparatusshock tube
T min /K1363
T max /K1664
p min / bar 0.334
p min / bar 0.334
INFO BOX
XML filex10003011_x.xml
File DOI10.24388/x10003011_x
Article DOI10.1016/S0010-2180(71)80093-7
Reference locationMain Article
Reference table
Reference figureFig. 2, dotted triangle, CH* emission
Apparatusshock tube
T min /K1475
T max /K1613
p min / bar 0.334
p min / bar 0.334
INFO BOX
XML filex10003012_x.xml
File DOI10.24388/x10003012_x
Article DOI10.1016/S0010-2180(71)80093-7
Reference locationMain Article
Reference table
Reference figureFig. 2, dotted square, OH* emission
Apparatusshock tube
T min /K1364
T max /K1662
p min / bar 0.334
p min / bar 0.334
INFO BOX
XML filex10002010.xml
File DOI10.24388/x10002010
Article DOI10.1016/S0010-2180(97)00049-7
Reference locationMain article
Reference table
Reference figureFig. 20, full triangle
Apparatusshock tube reflected shock
T min /K899
T max /K1208
p min / bar 13.000
p min / bar 13.000
INFO BOX
XML filex10002011.xml
File DOI10.24388/x10002011
Article DOI10.1016/S0010-2180(97)00049-7
Reference locationMain article
Reference table
Reference figureFig. 20, full diamond
Apparatusshock tube reflected shock
T min /K818
T max /K1105
p min / bar 40.000
p min / bar 40.000
INFO BOX
XML filex10002012.xml
File DOI10.24388/x10002012
Article DOI10.1021/ef1009692
Reference locationSupplementary Material
Reference tableTable 5 (supp. inf.), mixture 2, phi = 0.5, D = 15, p = 12 atm
Reference figureshown in main article, Fig. 6, cross (not used)
Apparatusshock tube reflected shock
T min /K1075
T max /K1582
p min / bar 9.930
p min / bar 13.071
INFO BOX
XML filex10002013.xml
File DOI10.24388/x10002013
Article DOI10.1021/ef1009692
Reference locationSupplementary Material
Reference tableTable 6 top (supp. inf.), mixture 1, phi = 1, D = 10, p = 22 atm
Reference figureshown in main article, Fig. 4, cross (not used)
Apparatusshock tube reflected shock
T min /K1229
T max /K1763
p min / bar 1.723
p min / bar 2.533
INFO BOX
XML filex10002014.xml
File DOI10.24388/x10002014
Article DOI10.1021/ef1009692
Reference locationSupplementary Material
Reference tableTable 6 bottom (supp. inf.), mixture 1, phi = 1, D = 10, p = 10 atm
Reference figureshown in main article, Fig. 3, cross (not used)
Apparatusshock tube reflected shock
T min /K1069
T max /K1299
p min / bar 9.474
p min / bar 11.146
INFO BOX
XML filex10002015.xml
File DOI10.24388/x10002015
Article DOI10.1021/ef1009692
Reference locationSupplementary Material
Reference tableTable 7 top (supp. inf.), mixture 4, phi = 1, D = 20, p = 2 atm
Reference figure
Apparatusshock tube reflected shock
T min /K1149
T max /K1776
p min / bar 1.723
p min / bar 2.736
INFO BOX
XML filex10002016.xml
File DOI10.24388/x10002016
Article DOI10.1021/ef1009692
Reference locationSupplementary Material
Reference tableTable 7 bottom (supp. inf.), mixture 4, phi = 1, D = 20, p = 10 atm
Reference figureshown in main article, Fig. 5, cross (not used)
Apparatusshock tube reflected shock
T min /K1068
T max /K1610
p min / bar 7.093
p min / bar 12.868
INFO BOX
XML filex10002017.xml
File DOI10.24388/x10002017
Article DOI10.1021/ef1009692
Reference locationSupplementary Material
Reference tableTable 8 (supp. inf.), mixture 3, phi = 2, D = 15, p = 2 atm
Reference figureshown in main article, Fig. 7, cross (not used)
Apparatusshock tube reflected shock
T min /K1082
T max /K1639
p min / bar 1.723
p min / bar 2.634
INFO BOX
XML filex10003001.xml
File DOI10.24388/x10003001
Article DOI10.1021/ef1009692
Reference locationSupp. Inf.
Reference tableTable 9. Mixture 2 (phi=0.5, D=15)
Reference figure
Apparatusshock tube reflected shock
T min /K1119
T max /K1512
p min / bar 9.322
p min / bar 13.476
INFO BOX
XML filex10003002.xml
File DOI10.24388/x10003002
Article DOI10.1021/ef1009692
Reference locationSupp. Inf.
Reference tableTable 10. Mixture 1 (phi=1, D=10)
Reference figure
Apparatusshock tube reflected shock
T min /K1100
T max /K1542
p min / bar 1.925
p min / bar 2.736
INFO BOX
XML filex10003003.xml
File DOI10.24388/x10003003
Article DOI10.1021/ef1009692
Reference locationSupp. Inf.
Reference tableTable 11. Low p series. Mixture 4 (phi=1, D=20)
Reference figure
Apparatusshock tube reflected shock
T min /K1192
T max /K1623
p min / bar 1.824
p min / bar 2.432
INFO BOX
XML filex10003004.xml
File DOI10.24388/x10003004
Article DOI10.1021/ef1009692
Reference locationSupp. Inf.
Reference tableTable 11. High p series. Mixture 4 (phi=1, D=20)
Reference figure
Apparatusshock tube reflected shock
T min /K1138
T max /K1571
p min / bar 7.701
p min / bar 12.058
INFO BOX
XML filex10003005.xml
File DOI10.24388/x10003005
Article DOI10.1021/ef1009692
Reference locationSupp. Inf.
Reference tableTable 12. Mixture 3 (phi=2, D=15)
Reference figure
Apparatusshock tube reflected shock
T min /K1116
T max /K1578
p min / bar 1.925
p min / bar 2.736
INFO BOX
XML filex10002018.xml
File DOI10.24388/x10002018
Article DOI000021
Reference locationdata provided by the authors
Reference tableCase No. 1
Reference figure
Apparatusshock tube reflected shock
T min /K1032.4
T max /K1302.7
p min / bar 8.917
p min / bar 10.396
INFO BOX
XML filex10002019.xml
File DOI10.24388/x10002019
Article DOI000021
Reference locationMain article
Reference tableCase No. 2
Reference figure
Apparatusshock tube reflected shock
T min /K989.6
T max /K1270.8
p min / bar 9.281
p min / bar 10.791
INFO BOX
XML filex10002020.xml
File DOI10.24388/x10002020
Article DOI000021
Reference locationMain article
Reference tableCase No. 3
Reference figure
Apparatusshock tube reflected shock
T min /K1116.4
T max /K1424.2
p min / bar 8.511
p min / bar 10.984
INFO BOX
XML filex10002021.xml
File DOI10.24388/x10002021
Article DOI000021
Reference locationMain article
Reference tableCase No. 4
Reference figure
Apparatusshock tube reflected shock
T min /K1043.2
T max /K1377.1
p min / bar 8.207
p min / bar 10.700
INFO BOX
XML filex10002022.xml
File DOI10.24388/x10002022
Article DOI000021
Reference locationMain article
Reference tableCase No. 5
Reference figure
Apparatusshock tube reflected shock
T min /K983.2
T max /K1235.3
p min / bar 9.058
p min / bar 10.295
INFO BOX
XML filex10002023.xml
File DOI10.24388/x10002023
Article DOI000021
Reference locationMain article
Reference tableCase No. 6
Reference figure
Apparatusshock tube reflected shock
T min /K979.9
T max /K1200.9
p min / bar 19.049
p min / bar 21.319
INFO BOX
XML filex10002024.xml
File DOI10.24388/x10002024
Article DOI000021
Reference locationMain article
Reference tableCase No. 7
Reference figure
Apparatusshock tube reflected shock
T min /K998
T max /K1240.4
p min / bar 19.525
p min / bar 20.761
INFO BOX
XML filex10002025.xml
File DOI10.24388/x10002025
Article DOI000021
Reference locationMain article
Reference tableCase No. 8
Reference figure
Apparatusshock tube reflected shock
T min /K1007.6
T max /K1207.2
p min / bar 19.313
p min / bar 21.349
INFO BOX
XML filex10002026.xml
File DOI10.24388/x10002026
Article DOI000021
Reference locationMain article
Reference tableCase No. 9
Reference figure
Apparatusshock tube reflected shock
T min /K1084.6
T max /K1308.6
p min / bar 18.441
p min / bar 20.518
INFO BOX
XML filex10002027.xml
File DOI10.24388/x10002027
Article DOI000021
Reference locationMain article
Reference tableCase No. 10
Reference figure
Apparatusshock tube reflected shock
T min /K991.82
T max /K1185.31
p min / bar 19.738
p min / bar 20.447
INFO BOX
XML filex10002028.xml
File DOI10.24388/x10002028
Article DOI000021
Reference locationMain article
Reference tableCase No. 11
Reference figure
Apparatusshock tube reflected shock
T min /K951.38
T max /K1304.17
p min / bar 20.103
p min / bar 20.599
INFO BOX
XML filex10002058.xml
File DOI10.24388/x10002058
Article DOI000021
Reference locationMain article
Reference tableCase No. 13
Reference figure
Apparatusshock tube reflected shock
T min /K991.3
T max /K1205.5
p min / bar 19.666
p min / bar 20.327
INFO BOX
XML filex10002029.xml
File DOI10.24388/x10002029
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 2, open circle
Apparatusshock tube reflected shock
T min /K1438
T max /K1682
p min / bar 1.196
p min / bar 1.398
INFO BOX
XML filex10002030.xml
File DOI10.24388/x10002030
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 2, crossed circle
Apparatusshock tube reflected shock
T min /K1384
T max /K1642
p min / bar 2.301
p min / bar 2.732
INFO BOX
XML filex10002031.xml
File DOI10.24388/x10002031
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 2, upper full circle
Apparatusshock tube reflected shock
T min /K1381
T max /K1569
p min / bar 5.742
p min / bar 6.524
INFO BOX
XML filex10002032.xml
File DOI10.24388/x10002032
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 2, lower full circle
Apparatusshock tube reflected shock
T min /K1328
T max /K1569
p min / bar 11.041
p min / bar 13.049
INFO BOX
XML filex10002033.xml
File DOI10.24388/x10002033
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 2, full circle
Apparatusshock tube reflected shock
T min /K1285
T max /K1496
p min / bar 21.400
p min / bar 24.900
INFO BOX
XML filex10002034.xml
File DOI10.24388/x10002034
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3a, full circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 20.265
p min / bar 183.398
INFO BOX
XML filex10002035.xml
File DOI10.24388/x10002035
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3a, lower full circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 29.384
p min / bar 296.882
INFO BOX
XML filex10002036.xml
File DOI10.24388/x10002036
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3a, crossed circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 39.517
p min / bar 663.679
INFO BOX
XML filex10002037.xml
File DOI10.24388/x10002037
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3a, open circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 120.577
p min / bar 1002.104
INFO BOX
XML filex10002038.xml
File DOI10.24388/x10002038
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3b, full circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 19.252
p min / bar 155.027
INFO BOX
XML filex10002039.xml
File DOI10.24388/x10002039
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3b, lower full circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 24.318
p min / bar 287.763
INFO BOX
XML filex10002040.xml
File DOI10.24388/x10002040
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3b, crossed circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 27.358
p min / bar 357.677
INFO BOX
XML filex10002041.xml
File DOI10.24388/x10002041
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3b, open circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 100.312
p min / bar 1355.729
INFO BOX
XML filex10002042.xml
File DOI10.24388/x10002042
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3c, chess circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 25.331
p min / bar 115.511
INFO BOX
XML filex10002043.xml
File DOI10.24388/x10002043
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3c, full circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 13.172
p min / bar 145.908
INFO BOX
XML filex10002044.xml
File DOI10.24388/x10002044
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3c, lower half circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 22.292
p min / bar 168.200
INFO BOX
XML filex10002045.xml
File DOI10.24388/x10002045
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3c, crossed circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 27.358
p min / bar 357.677
INFO BOX
XML filex10002046.xml
File DOI10.24388/x10002046
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 3c, open circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 43.570
p min / bar 461.029
INFO BOX
XML filex10002047.xml
File DOI10.24388/x10002047
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 4, full circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 6.236
p min / bar 6.236
INFO BOX
XML filex10002048.xml
File DOI10.24388/x10002048
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 4, lower half circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 6.236
p min / bar 6.236
INFO BOX
XML filex10002049.xml
File DOI10.24388/x10002049
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 4, crossed circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 6.236
p min / bar 6.236
INFO BOX
XML filex10002050.xml
File DOI10.24388/x10002050
Article DOI10.1016/0010-2180(81)90142-5
Reference locationMain article
Reference table
Reference figureFig. 4, open circle
Apparatusshock tube reflected shock
T min /K1500
T max /K1500
p min / bar 6.236
p min / bar 6.236
INFO BOX
XML filex10002051.xml
File DOI10.24388/x10002051
Article DOI10.1016/0010-2180(81)90005-5
Reference locationMain article
Reference table
Reference figureFig. 2, open square
Apparatusshock tube reflected shock
T min /K1291.3
T max /K1711.1
p min / bar 2.533
p min / bar 2.533
INFO BOX
XML filex10002052.xml
File DOI10.24388/x10002052
Article DOI10.1016/0010-2180(81)90005-5
Reference locationMain article
Reference table
Reference figureFig. 2, open triangle
Apparatusshock tube reflected shock
T min /K1300
T max /K1695.5
p min / bar 2.533
p min / bar 2.533
INFO BOX
XML filex10002053.xml
File DOI10.24388/x10002053
Article DOI10.1016/0010-2180(81)90005-5
Reference locationMain article
Reference table
Reference figureFig. 2, open circle
Apparatusshock tube reflected shock
T min /K1296.3
T max /K1695.9
p min / bar 2.533
p min / bar 2.533
INFO BOX
XML filex10002054.xml
File DOI10.24388/x10002054
Article DOI10.1016/0010-2180(81)90005-5
Reference locationMain article
Reference table
Reference figureFig. 3, open square
Apparatusshock tube reflected shock
T min /K1291.3
T max /K1668.5
p min / bar 4.560
p min / bar 4.560
INFO BOX
XML filex10002055.xml
File DOI10.24388/x10002055
Article DOI10.1016/0010-2180(81)90005-5
Reference locationMain article
Reference table
Reference figureFig. 3, open triangle
Apparatusshock tube reflected shock
T min /K1287.6
T max /K1689
p min / bar 4.560
p min / bar 4.560
INFO BOX
XML filex10002056.xml
File DOI10.24388/x10002056
Article DOI10.1016/0010-2180(81)90005-5
Reference locationMain article
Reference table
Reference figureFig. 3, open circle
Apparatusshock tube reflected shock
T min /K1298.1
T max /K1691.8
p min / bar 4.560
p min / bar 4.560
INFO BOX
XML filex10002066.xml
File DOI10.24388/x10002066
Article DOI000022
Reference locationMain article, raw data obtain from the authors
Reference table
Reference figureFig. 2, blue square
Apparatusshock tube reflected shock
T min /K1152
T max /K1855
p min / bar 0.970
p min / bar 1.080
INFO BOX
XML filex10002067.xml
File DOI10.24388/x10002067
Article DOI000022
Reference locationMain article, raw data obtain from the authors
Reference table
Reference figureFig. 2, red triangle
Apparatusshock tube reflected shock
T min /K988
T max /K1628
p min / bar 4.060
p min / bar 4.980
INFO BOX
XML filex10002068.xml
File DOI10.24388/x10002068
Article DOI000022
Reference locationMain article, raw data obtain from the authors
Reference table
Reference figureFig. 2, black circle
Apparatusshock tube reflected shock
T min /K963
T max /K1438
p min / bar 15.150
p min / bar 18.860
INFO BOX
XML filex10003026.xml
File DOI10.24388/x10003026
Article DOI000022
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 3, blue square
Apparatusshock tube
T min /K1094
T max /K1675
p min / bar 0.910
p min / bar 1.060
INFO BOX
XML filex10003027.xml
File DOI10.24388/x10003027
Article DOI000022
Reference locationMain Article + Personal Communication Channel
Reference table VTIM calculated at mean temperature (1282.5 K) was used
Reference figureFig. 3, red triangle
Apparatusshock tube
T min /K1005
T max /K1560
p min / bar 4.050
p min / bar 4.610
INFO BOX
XML filex10003028.xml
File DOI10.24388/x10003028
Article DOI000022
Reference locationMain Article + Personal Communication Channel
Reference table VTIM calculated at mean temperature (1220.5 K) was used
Reference figureFig. 3, black circle
Apparatusshock tube
T min /K980
T max /K1461
p min / bar 15.590
p min / bar 17.160
INFO BOX
XML filex10002101pyr.xml
File DOI10.24388/x10002101
Article DOI10.1021/jp981184v
Reference locationMain article
Reference tableTable 1, Series A, t0,50
Reference figure
Apparatusshock tube reflected shock
T min /K1639
T max /K2011
p min / bar 1.621
p min / bar 1.621
INFO BOX
XML filex10002102pyr.xml
File DOI10.24388/x10002102
Article DOI10.1021/jp981184v
Reference locationMain article
Reference tableTable 1, Series B, t0,50
Reference figure
Apparatusshock tube reflected shock
T min /K1601
T max /K2304
p min / bar 1.621
p min / bar 1.621
INFO BOX
XML filex10002103.xml
File DOI10.24388/x10002103
Article DOI10.1021/jp981184v
Reference locationMain article
Reference tableTable 1, Series C, t0,50
Reference figure
Apparatusshock tube reflected shock
T min /K1570
T max /K2007
p min / bar 1.621
p min / bar 1.621
INFO BOX
XML filex10002104.xml
File DOI10.24388/x10002104
Article DOI10.1021/jp981184v
Reference locationMain article
Reference tableTable 1, Series D, t0,50
Reference figure
Apparatusshock tube reflected shock
T min /K1370
T max /K1900
p min / bar 1.621
p min / bar 1.621
INFO BOX
XML filex10002105.xml
File DOI10.24388/x10002105
Article DOI10.1021/jp981184v
Reference locationMain article
Reference tableTable 1, Series E, t0,50
Reference figure
Apparatusshock tube reflected shock
T min /K1382
T max /K1975
p min / bar 1.621
p min / bar 1.621
INFO BOX
XML filex10002106.xml
File DOI10.24388/x10002106
Article DOI10.1021/jp981184v
Reference locationMain article
Reference tableTable 1, Series F, t0,50
Reference figure
Apparatusshock tube reflected shock
T min /K1436
T max /K1671
p min / bar 1.621
p min / bar 1.621
INFO BOX
XML filex10002107.xml
File DOI10.24388/x10002107
Article DOI10.1021/jp981184v
Reference locationMain article
Reference tableTable 1, Series G, t0,50
Reference figure
Apparatusshock tube reflected shock
T min /K1363
T max /K1831
p min / bar 1.621
p min / bar 1.621
INFO BOX
XML filex10003006.xml
File DOI10.24388/x10003006
Article DOI10.1021/ef100076w
Reference locationMain Article
Reference tableTable 2, phi=1/10 bar series
Reference figure
Apparatusshock tube
T min /K954
T max /K1223
p min / bar 9.000
p min / bar 11.000
INFO BOX
XML filex10003007.xml
File DOI10.24388/x10003007
Article DOI10.1021/ef100076w
Reference locationMain Article
Reference tableTable 2, phi=1/30 bar series
Reference figure
Apparatusshock tube
T min /K801
T max /K1197
p min / bar 30.000
p min / bar 32.000
INFO BOX
XML filex10003008.xml
File DOI10.24388/x10003008
Article DOI10.1021/ef100076w
Reference locationMain Article
Reference tableTable 2, phi=1/50 bar series
Reference figure
Apparatusshock tube
T min /K841
T max /K1234
p min / bar 48.000
p min / bar 53.000
INFO BOX
XML filex10003009.xml
File DOI10.24388/x10003009
Article DOI10.1021/ef100076w
Reference locationMain Article
Reference tableTable 2, phi=0.3/30 bar series
Reference figure
Apparatusshock tube
T min /K912
T max /K1183
p min / bar 26.700
p min / bar 37.000
INFO BOX
XML filex10003022.xml
File DOI10.24388/x10003022
Article DOI10.1524/zpch.2012.0185
Reference locationMain Article
Reference tableTable 1
Reference figure
Apparatusshock tube
T min /K778.1
T max /K1005
p min / bar 68.000
p min / bar 93.000
INFO BOX
XML filex10003035.xml
File DOI10.24388/x10003035
Article DOI10.1007/s00193-010-0262-2
Reference locationMain Article
Reference table
Reference figureFig. 1, top, blue reverse triangle
Apparatusshock tube
T min /K778.1
T max /K1005
p min / bar 67.695
p min / bar 92.702
INFO BOX
XML filex10003023.xml
File DOI10.24388/x10003023
Article DOI10.1007/s00193-010-0262-2
Reference locationMain Article
Reference table
Reference figureFig. 12, green square, PRE-IGNITION DATA (T .lt. 900 K)
Apparatusshock tube
T min /K863
T max /K1411
p min / bar 12.352
p min / bar 13.993
INFO BOX
XML filex10003024.xml
File DOI10.24388/x10003024
Article DOI10.1007/s00193-010-0262-2
Reference locationMain Article
Reference table
Reference figureFig. 12, red triangle, PRE-IGNITION DATA (T .lt. 900 K)
Apparatusshock tube
T min /K853
T max /K1352
p min / bar 16.496
p min / bar 22.200
INFO BOX
XML filex10003025.xml
File DOI10.24388/x10003025
Article DOI10.1007/s00193-010-0262-2
Reference locationMain Article
Reference table
Reference figureFig. 12, purple diamond, PRE-IGNITION DATA (T .lt. 900 K)
Apparatusshock tube
T min /K793
T max /K1214
p min / bar 37.896
p min / bar 43.499
INFO BOX
XML filex10003029.xml
File DOI10.24388/x10003029
Article DOI10.1016/j.proci.2006.08.097
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 2, open circle
Apparatusshock tube
T min /K1306.8
T max /K1693.2
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex10003030.xml
File DOI10.24388/x10003030
Article DOI10.1016/j.proci.2006.08.097
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 2, open triangle
Apparatusshock tube
T min /K1301.4
T max /K1697.3
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex10003031.xml
File DOI10.24388/x10003031
Article DOI10.1016/j.proci.2006.08.097
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 2, open square
Apparatusshock tube
T min /K1298.6
T max /K1685
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex10003032.xml
File DOI10.24388/x10003032
Article DOI10.1016/j.proci.2006.08.097
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 2, full diamond
Apparatusshock tube
T min /K1298.3
T max /K1642.1
p min / bar 2.000
p min / bar 2.000
INFO BOX
XML filex10003033.xml
File DOI10.24388/x10003033
Article DOI10.1016/j.proci.2006.08.097
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figurecorrespondence with Priyank Saxena
Apparatusshock tube
T min /K1310.2
T max /K1620
p min / bar 2.000
p min / bar 2.000
INFO BOX
XML filex10003034.xml
File DOI10.24388/x10003034
Article DOI10.1016/j.proci.2006.08.097
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figurecorrespondence with Priyank Saxena
Apparatusshock tube
T min /K1288.1
T max /K1623.4
p min / bar 2.000
p min / bar 2.000
INFO BOX
XML filex10003036.xml
File DOI10.24388/x10003036
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 3, open blue circle
Apparatusshock tube
T min /K1226
T max /K2222
p min / bar 1.180
p min / bar 1.860
INFO BOX
XML filex10003037.xml
File DOI10.24388/x10003037
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 6, full black square, CH4+5%C2H5OH autoignition, VTIM calculated at average temperature (1245 K) was used
Apparatusshock tube
T min /K920
T max /K1570
p min / bar 30.000
p min / bar 30.000
INFO BOX
XML filex50003001.xml
File DOI10.24388/x50003001
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 1
Apparatusshock tube
T min /K1385
T max /K1385
p min / bar 1.560
p min / bar 1.560
INFO BOX
XML filex50003002.xml
File DOI10.24388/x50003002
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 2a
Apparatusshock tube
T min /K1700
T max /K1700
p min / bar 1.390
p min / bar 1.390
INFO BOX
XML filex50003003.xml
File DOI10.24388/x50003003
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 2a
Apparatusshock tube
T min /K1540
T max /K1540
p min / bar 1.520
p min / bar 1.520
INFO BOX
XML filex21003061.xml
File DOI10.24388/x21003061
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 5, 318 K/ 1 bar series
Apparatusflame premixed laminar OPF
T min /K318
T max /K318
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003062.xml
File DOI10.24388/x21003062
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 5, 318 K/ 2 bar series
Apparatusflame premixed laminar OPF
T min /K318
T max /K318
p min / bar 2.000
p min / bar 2.000
INFO BOX
XML filex21003063.xml
File DOI10.24388/x21003063
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 5, 358 K/ 1 bar series
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003064.xml
File DOI10.24388/x21003064
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 5, 358 K/ 2 bar series
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 2.000
p min / bar 2.000
INFO BOX
XML filex21003065.xml
File DOI10.24388/x21003065
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 5, 373 K/ 1.013 bar series
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex21003066.xml
File DOI10.24388/x21003066
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 5, 373 K/ 5 bar series
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex21003067.xml
File DOI10.24388/x21003067
Article DOI10.1016/j.proci.2014.05.063
Reference locationMain Article
Reference table
Reference figureFig. 5, 473 K/ 1 bar series
Apparatusflame premixed laminar OPF
T min /K473
T max /K473
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex10003038.xml
File DOI10.24388/x10003038
Article DOI10.1115/1.4029625
Reference locationMain Article + Personal Communication Channel
Reference tableTabelle B.2. mixture #225, 16 bar series, VTIM calculated at average temperature (1220.5 K) was used, and Tabelle D.2 (Naumann(20150327))
Reference figure
Apparatusshock tube
T min /K980
T max /K1461
p min / bar 15.590
p min / bar 17.160
INFO BOX
XML filex10003039.xml
File DOI10.24388/x10003039
Article DOI10.1115/1.4029625
Reference locationMain Article + Personal Communication Channel
Reference tableTabelle B.2. 4 bar series, VTIM calculated at average temperature (1282.5 K) was used, and Tabelle D.1, mixture #226 (Naumann(20150327))
Reference figure
Apparatusshock tube
T min /K1005
T max /K1560
p min / bar 4.050
p min / bar 4.610
INFO BOX
XML filex10003040.xml
File DOI10.24388/x10003040
Article DOI10.1115/1.4029625
Reference locationMain Article + Personal Communication Channel
Reference tableTabelle B.2. mixture #225, 1 bar series, no VTIM was necessary (Naumann(20150327))
Reference figure
Apparatusshock tube
T min /K1094
T max /K1675
p min / bar 0.910
p min / bar 1.060
INFO BOX
XML filex10003041.xml
File DOI10.24388/x10003041
Article DOI10.1016/j.combustflame.2014.07.014
Reference locationMain Article
Reference table
Reference figureFig. 7a, full square
Apparatusshock tube
T min /K1430
T max /K1640
p min / bar 0.263
p min / bar 0.496
INFO BOX
XML filex10003042.xml
File DOI10.24388/x10003042
Article DOI10.1016/j.combustflame.2014.07.014
Reference locationMain Article
Reference table
Reference figureFig. 7b, full square
Apparatusshock tube
T min /K1360
T max /K1920
p min / bar 0.172
p min / bar 0.537
INFO BOX
XML filex20000001.xml
File DOI10.24388/x20000001
Article DOI000019
Reference locationMain Article
Reference table
Reference figureFig. 1., open circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000002.xml
File DOI10.24388/x20000002
Article DOI10.1016/S0082-0784(00)80581-0
Reference locationMain Article
Reference table
Reference figureFig. 3., full diamond
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000006_x.xml
File DOI10.24388/x20000006
Article DOI10.1016/S0082-0784(00)80581-0
Reference locationMain Article
Reference table
Reference figureFig. 5a., open circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000007.xml
File DOI10.24388/x20000007
Article DOI10.1016/S0082-0784(00)80581-0
Reference locationMain Article
Reference table
Reference figureFig. 5a., open square
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 3.040
p min / bar 3.040
INFO BOX
XML filex20000008.xml
File DOI10.24388/x20000008
Article DOI10.1016/S0082-0784(00)80581-0
Reference locationMain Article
Reference table
Reference figureFig. 5a., open triangle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 5.066
p min / bar 5.066
INFO BOX
XML filex20000009.xml
File DOI10.24388/x20000009
Article DOI10.1016/S0082-0784(00)80581-0
Reference locationMain Article
Reference table
Reference figureFig. 5b., open circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20000010.xml
File DOI10.24388/x20000010
Article DOI10.1016/S0082-0784(00)80581-0
Reference locationMain Article
Reference table
Reference figureFig. 5b., open square
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 15.199
p min / bar 15.199
INFO BOX
XML filex20000011.xml
File DOI10.24388/x20000011
Article DOI10.1016/S0082-0784(00)80581-0
Reference locationMain Article
Reference table
Reference figureFig. 5b., open triangle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 20.265
p min / bar 20.265
INFO BOX
XML filex20000004_x.xml
File DOI10.24388/x20000004
Article DOI10.1016/S0010-2180(96)00151-4
Reference location
Reference table
Reference figureFig. 6., full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000005_x.xml
File DOI10.24388/x20000005
Article DOI10.1016/0010-2180(86)90070-2
Reference locationMain Article
Reference table
Reference figureFig. 7., full circle
Apparatusflame premixed laminar
T min /K291
T max /K291
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000014.xml
File DOI10.24388/x20000014
Article DOI10.1016/S0082-0784(06)80776-9
Reference locationMain Article
Reference table
Reference figureFig. 7., open square
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000022.xml
File DOI10.24388/x20000022
Article DOI10.1016/S0082-0784(06)80276-6
Reference locationMain Article
Reference table
Reference figureFig. 1., open square
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000035.xml
File DOI10.24388/x20000035
Article DOI10.1016/S0082-0784(06)80276-6
Reference locationMain Article
Reference table
Reference figureFig. 3., open square
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000036.xml
File DOI10.24388/x20000036
Article DOI10.1016/S0082-0784(06)80276-6
Reference locationMain Article
Reference table
Reference figureFig. 4., open square
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000037.xml
File DOI10.24388/x20000037
Article DOI10.1016/S0082-0784(06)80276-6
Reference locationMain Article
Reference table
Reference figureFig. 5., open square
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000023.xml
File DOI10.24388/x20000023
Article DOI10.1021/ef060553g
Reference locationMain Article
Reference table
Reference figureFig. 4., full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000025.xml
File DOI10.24388/x20000025
Article DOI10.1016/S0894-1777(02)00243-1
Reference locationMain Article
Reference table
Reference figureFig. 11., open circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000026_x.xml
File DOI10.24388/x20000026_x
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 1
Reference figureFig. 5. bottom, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.355
p min / bar 0.355
INFO BOX
XML filex20000027.xml
File DOI10.24388/x20000027
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 1
Reference figureFig. 5. center, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.507
p min / bar 0.507
INFO BOX
XML filex20000028.xml
File DOI10.24388/x20000028
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 1
Reference figureFig. 5. top, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000029.xml
File DOI10.24388/x20000029
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 1
Reference figureFig. 6. bottom, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex20000030.xml
File DOI10.24388/x20000030
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 1
Reference figureFig. 6. center, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 3.040
p min / bar 3.040
INFO BOX
XML filex20000031.xml
File DOI10.24388/x20000031
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 1
Reference figureFig. 6. top, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 4.053
p min / bar 4.053
INFO BOX
XML filex20000032_x.xml
File DOI10.24388/x20000032_x
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 2
Reference figureFig. 7. bottom, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000033_x.xml
File DOI10.24388/x20000033_x
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 2
Reference figureFig. 7. lower center, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000034.xml
File DOI10.24388/x20000034
Article DOI10.1016/S0010-2180(97)81753-1
Reference locationMain Article
Reference tableTable. 2
Reference figureFig. 7. upper center, full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000038.xml
File DOI10.24388/x20000038
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable. 1
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000039a.xml
File DOI10.24388/x20000039a
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable 3, H2/O2/He, phi=0.6, pressure varied
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.507
p min / bar 3.040
INFO BOX
XML filex20000039b.xml
File DOI10.24388/x20000039b
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable 3, H2/O2/He, pressure=1 atm, phi varied
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000039c.xml
File DOI10.24388/x20000039c
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable 3, H2/O2/He, phi=4.5, pressure varied
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 3.040
INFO BOX
XML filex20000040a.xml
File DOI10.24388/x20000040a
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable 2, H2/O2/Ar, phi=0.6, pressure varried
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.304
p min / bar 1.013
INFO BOX
XML filex20000040b.xml
File DOI10.24388/x20000040b
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable 2, H2/O2/Ar, p=1atm, phi varried
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000040c.xml
File DOI10.24388/x20000040c
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable 2, H2/O2/Ar, phi=4.5, pressure varried
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.507
p min / bar 3.040
INFO BOX
XML filex20000040d.xml
File DOI10.24388/x20000040d
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable 2, H2/O2/Ar, p=1atm, phi=4.5, O2/(O2+Ar) varied
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000040e.xml
File DOI10.24388/x20000040e
Article DOI10.1016/S0010-2180(00)00229-7
Reference locationMain Article
Reference tableTable 2, H2/O2/Ar, p=1atm, phi=0.6, O2/(O2+Ar) varied
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000041.xml
File DOI10.24388/x20000041
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 4., full square
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20000042.xml
File DOI10.24388/x20000042
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 6., full diamond
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20000043.xml
File DOI10.24388/x20000043
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 6., full square
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20000044.xml
File DOI10.24388/x20000044
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 6., full circle
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20000045.xml
File DOI10.24388/x20000045
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 6., full triangle
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 20.265
INFO BOX
XML filex20000046.xml
File DOI10.24388/x20000046
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 7., full diamond
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 20.265
INFO BOX
XML filex20000047.xml
File DOI10.24388/x20000047
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 5., 7., full square
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20000048.xml
File DOI10.24388/x20000048
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 7., full circle
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20000049.xml
File DOI10.24388/x20000049
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSuppl. Mat. Table A1.
Reference table
Reference figureFig. 7., full triangle
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 5.066
INFO BOX
XML filex20001001.xml
File DOI10.24388/x20001001
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSupplementary Material.
Reference tableTable A1.
Reference figureFig. 10., full triangle, H2/CO = 50/50.
Apparatusflame spherical premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20001002.xml
File DOI10.24388/x20001002
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSupplementary Material.
Reference tableTable A1.
Reference figureFig. 10., full diamond, H2/CO = 10/90.
Apparatusflame spherical premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20001003.xml
File DOI10.24388/x20001003
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSupplementary Material.
Reference tableTable A1.
Reference figureFig. 12., full diamond, bath gas: CO2.
Apparatusflame spherical premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20001004.xml
File DOI10.24388/x20001004
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSupplementary Material.
Reference tableTable A1.
Reference figureFig. 12., full square, bath gas: CO2.
Apparatusflame spherical premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20001005.xml
File DOI10.24388/x20001005
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSupplementary Material.
Reference tableTable A1.
Reference figureFig. 12., full circle, bath gas: CO2.
Apparatusflame spherical premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20001006.xml
File DOI10.24388/x20001006
Article DOI10.1016/j.combustflame.2009.08.009
Reference locationSupplementary Material.
Reference tableTable A1.
Reference figureFig. 12., full triangle, bath gas: CO2.
Apparatusflame spherical premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20000050.xml
File DOI10.24388/x20000050
Article DOI10.1016/j.ijhydene.2008.06.063
Reference locationMain Article
Reference table
Reference figureFig. 8., full triangle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000051_x.xml
File DOI10.24388/x20000051_x
Article DOI10.1016/j.ijhydene.2009.03.058
Reference locationMain Article
Reference table
Reference figureFig. 10.b., open diamond
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20000052_x.xml
File DOI10.24388/x20000052_x
Article DOI10.1016/j.combustflame.2006.03.003
Reference locationMain Article
Reference table
Reference figureFig. 9., full circle
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20000053.xml
File DOI10.24388/x20000053
Article DOI10.1016/j.proci.2010.05.021
Reference locationElectr. Suppl.
Reference tableTable S1.
Reference figureFig. 3. full square(not used)
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20000054.xml
File DOI10.24388/x20000054
Article DOI10.1016/j.proci.2010.05.021
Reference locationElectr. Suppl.
Reference tableTable S1.
Reference figure
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 5.066
p min / bar 5.066
INFO BOX
XML filex20000055.xml
File DOI10.24388/x20000055
Article DOI10.1016/j.proci.2010.05.021
Reference locationElectr. Suppl.
Reference tableTable S1.
Reference figure
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20000056.xml
File DOI10.24388/x20000056
Article DOI10.1016/j.proci.2010.05.021
Reference locationElectr. Suppl.
Reference tableTable S1.
Reference figure
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20000057.xml
File DOI10.24388/x20000057
Article DOI10.1016/j.proci.2010.05.021
Reference locationElectr. Suppl.
Reference tableTable S1.
Reference figureFig. 1. lower, full square(not used)
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20000058.xml
File DOI10.24388/x20000058
Article DOI10.1016/j.proci.2010.05.021
Reference locationElectr. Suppl.
Reference tableTable S1.
Reference figureFig. 1. upper, full square(not used)
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 25.331
INFO BOX
XML filex20000059.xml
File DOI10.24388/x20000059
Article DOI10.1016/j.proci.2010.05.021
Reference locationElectr. Suppl.
Reference tableTable S1.
Reference figure
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20000060.xml
File DOI10.24388/x20000060
Article DOI10.1016/j.combustflame.2007.06.013
Reference locationMain Article
Reference table
Reference figureFig. 3., full inverse triangle
Apparatusflame premixed laminar
T min /K293.15
T max /K293.15
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000061.xml
File DOI10.24388/x20000061
Article DOI10.1016/j.combustflame.2007.06.013
Reference locationMain Article
Reference table
Reference figureFig. 3., full triangle
Apparatusflame premixed laminar
T min /K293.15
T max /K293.15
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000062.xml
File DOI10.24388/x20000062
Article DOI10.1016/j.combustflame.2007.06.013
Reference locationMain Article
Reference table
Reference figureFig. 3., full circle
Apparatusflame premixed laminar
T min /K293.15
T max /K293.15
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000064.xml
File DOI10.24388/x20000064
Article DOI10.1016/j.combustflame.2007.06.013
Reference locationMain Article
Reference table
Reference figureFig. 4., full triangle
Apparatusflame premixed laminar
T min /K293.15
T max /K293.15
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000065_x.xml
File DOI10.24388/x20000065_x
Article DOI10.1016/j.combustflame.2007.06.013
Reference locationMain Article
Reference table
Reference figureFig. 4., full circle
Apparatusflame premixed laminar
T min /K293.15
T max /K293.15
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000067.xml
File DOI10.24388/x20000067
Article DOI10.1016/j.combustflame.2007.06.013
Reference locationMain Article
Reference table
Reference figureFig. 5., open circle
Apparatusflame premixed laminar
T min /K293.15
T max /K293.15
p min / bar 0.507
p min / bar 0.507
INFO BOX
XML filex20000069.xml
File DOI10.24388/x20000069
Article DOI10.1016/S0082-0784(06)80277-8
Reference locationMain Artecle
Reference table
Reference figureFig. 1-6., star
Apparatusflame burner-stabilized premixed laminar
T min /K713.97
T max /K1171.7
p min / bar 0.048
p min / bar 0.048
INFO BOX
XML filex20000070_x.xml
File DOI10.24388/x20000070_x
Article DOI10.1016/S0894-1777(99)00054-0
Reference locationMain Article
Reference table
Reference figureFig. 2. full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20000071_x.xml
File DOI10.24388/x20000071_x
Article DOI10.1016/S0894-1777(99)00054-0
Reference locationMain Article
Reference table
Reference figureFig. 4a. full circle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.006
p min / bar 1.409
INFO BOX
XML filex20000072_x.xml
File DOI10.24388/x20000072_x
Article DOI10.1016/S0894-1777(99)00054-0
Reference locationMain Article
Reference table
Reference figureFig. 4b. full triangle
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.999
p min / bar 2.201
INFO BOX
XML filex20000073_x.xml
File DOI10.24388/x20000073_x
Article DOI10.1016/S0894-1777(99)00054-0
Reference locationMain Article
Reference table
Reference figureFig. 4c. full square
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.998
p min / bar 3.487
INFO BOX
XML filex20000074.xml
File DOI10.24388/x20000074
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, open blue diamond, H2/(CO+ H2) = 100%
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001166.xml
File DOI10.24388/x20001166
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full black square, H2/(CO+ H2) = 0%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001167.xml
File DOI10.24388/x20001167
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full red diamond, H2/(CO+ H2) = 10%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001168.xml
File DOI10.24388/x20001168
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full blue triangle, H2/(CO+ H2) = 20%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001169.xml
File DOI10.24388/x20001169
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full sea green triangle, H2/(CO+ H2) = 30%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001170.xml
File DOI10.24388/x20001170
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full pink triangle, H2/(CO+ H2) = 40%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001171.xml
File DOI10.24388/x20001171
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full olive triangle, H2/(CO+ H2) = 50%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001172.xml
File DOI10.24388/x20001172
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full dark blue diamond, H2/(CO+ H2) = 60%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001173.xml
File DOI10.24388/x20001173
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full dark red circle, H2/(CO+ H2) = 70%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001174.xml
File DOI10.24388/x20001174
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, full magenta circle, H2/(CO+ H2) = 80%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001175.xml
File DOI10.24388/x20001175
Article DOI10.1016/j.fuel.2009.04.024
Reference locationMain Article
Reference table
Reference figureFig. 6, green asterisk, H2/(CO+ H2) = 90%.
Apparatusflame premixed laminar
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000074burn.xml
File DOI10.24388/x20000074burn
Article DOI10.1007/BF01998452
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 1. all
Apparatusflame burner-stabilized premixed laminar
T min /K363
T max /K363
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20000075burn.xml
File DOI10.24388/x20000075burn
Article DOI10.1007/BF01998452
Reference locationMain Article + Personal Communication Channel
Reference table
Reference figureFig. 2. all
Apparatusflame burner-stabilized premixed laminar
T min /K370.4746
T max /K1355.022
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20000075.xml
File DOI10.24388/x20000075
Article DOI10.1016/j.proci.2012.06.065
Reference locationMain Article
Reference table
Reference figureFig. 2 top, orangle triangle
Apparatusflame spherical premixed laminar
T min /K393
T max /K393
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20000076.xml
File DOI10.24388/x20000076
Article DOI10.1016/j.proci.2012.06.065
Reference locationMain Article
Reference table
Reference figureFig. 2 top, blue diamond
Apparatusflame spherical premixed laminar
T min /K393
T max /K393
p min / bar 2.027
p min / bar 10.133
INFO BOX
XML filex20000077.xml
File DOI10.24388/x20000077
Article DOI10.1016/j.proci.2012.06.065
Reference locationMain Article
Reference table
Reference figureFig. 2 top, green circle
Apparatusflame spherical premixed laminar
T min /K393
T max /K393
p min / bar 1.013
p min / bar 4.053
INFO BOX
XML filex20001180.xml
File DOI10.24388/x20001180
Article DOI10.1016/j.proci.2012.06.065
Reference locationMain Article
Reference table
Reference figureFig. 2(b), CO/H2 = 50/50, no H2O dilution.
Apparatusflame spherical premixed laminar
T min /K393
T max /K393
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20001181.xml
File DOI10.24388/x20001181
Article DOI10.1016/j.proci.2012.06.065
Reference locationMain Article
Reference table
Reference figureFig. 2(b), CO/H2 = 50/50, 5% H2O dilution.
Apparatusflame spherical premixed laminar
T min /K393
T max /K393
p min / bar 1.013
p min / bar 10.133
INFO BOX
XML filex20001182.xml
File DOI10.24388/x20001182
Article DOI10.1016/j.proci.2012.06.065
Reference locationMain Article
Reference table
Reference figureFig. 2(b), CO/H2 = 50/50, 15% H2O dilution.
Apparatusflame spherical premixed laminar
T min /K393
T max /K393
p min / bar 1.013
p min / bar 6.080
INFO BOX
XML filex20001007.xml
File DOI10.24388/x20001007
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 4, open circle.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001008.xml
File DOI10.24388/x20001008
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 4, open square.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001009.xml
File DOI10.24388/x20001009
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 4, open diamond.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001010.xml
File DOI10.24388/x20001010
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 4, open triangle.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001013.xml
File DOI10.24388/x20001013
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 6, open diamond.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001014.xml
File DOI10.24388/x20001014
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 6, open circle.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001015.xml
File DOI10.24388/x20001015
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 6, open square.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001016.xml
File DOI10.24388/x20001016
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig.7, open square.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001017.xml
File DOI10.24388/x20001017
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 7, open triangle.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001018.xml
File DOI10.24388/x20001018
Article DOI10.1016/j.combustflame.2010.09.004
Reference locationSupplementary Material.
Reference tableTable(Supplementary Material).
Reference figureFig. 7, full circle.
Apparatusflame counterflow twin flat premixed laminar
T min /K323
T max /K323
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001022.xml
File DOI10.24388/x20001022
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 1, top, H2/CO = 50/50, red circle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001023.xml
File DOI10.24388/x20001023
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 1, top, H2/CO = 75/25, orange triangle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001024.xml
File DOI10.24388/x20001024
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 1, top, H2/CO = 5/95, yellow square.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001025.xml
File DOI10.24388/x20001025
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, top, H2/CO = 50/50, red circle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 5.066
p min / bar 5.066
INFO BOX
XML filex20001026.xml
File DOI10.24388/x20001026
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, top, H2/CO = 50/50, yellow triangle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20001027.xml
File DOI10.24388/x20001027
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, middle, H2/CO = 25/75, red circle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 5.066
p min / bar 5.066
INFO BOX
XML filex20001028.xml
File DOI10.24388/x20001028
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, middle, H2/CO = 25/75, orange triangle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20001029.xml
File DOI10.24388/x20001029
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, middle, H2/CO = 25/75, yellow square.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 20.265
p min / bar 20.265
INFO BOX
XML filex20001030.xml
File DOI10.24388/x20001030
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, bottom, H2/CO = 5/95, red circle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 5.066
p min / bar 5.066
INFO BOX
XML filex20001031.xml
File DOI10.24388/x20001031
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, bottom, H2/CO = 5/95, orange triangle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20001032.xml
File DOI10.24388/x20001032
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, bottom, H2/CO = 5/95, yellow square.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 20.265
p min / bar 20.265
INFO BOX
XML filex20001033.xml
File DOI10.24388/x20001033
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 2, bottom, H2/CO = 5/95, green diamond.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 40.530
p min / bar 40.530
INFO BOX
XML filex20001137.xml
File DOI10.24388/x20001137
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 1, top, H2/CO = 5/95, green diamond.
Apparatusflame spherical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001138.xml
File DOI10.24388/x20001138
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 1, bottom, H2/CO = 50/50, red circle.
Apparatusflame spherical premixed laminar
T min /K298
T max /K298
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex20001139.xml
File DOI10.24388/x20001139
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 1, bottom, H2/CO = 25/75, orange circle.
Apparatusflame spherical premixed laminar
T min /K298
T max /K298
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex20001140.xml
File DOI10.24388/x20001140
Article DOI10.1016/j.proci.2006.07.193
Reference locationMain Article
Reference table
Reference figureFig. 1, bottom, H2/CO = 5/95, yellow triangle.
Apparatusflame spherical premixed laminar
T min /K298
T max /K298
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex20001034.xml
File DOI10.24388/x20001034
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 2, open red triangle.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20001035.xml
File DOI10.24388/x20001035
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 3, open dark blue diamond.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001036.xml
File DOI10.24388/x20001036
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 3, open red triangle.
Apparatusflame premixed laminar
T min /K400
T max /K400
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001037.xml
File DOI10.24388/x20001037
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 3, open green square.
Apparatusflame premixed laminar
T min /K500
T max /K500
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001038.xml
File DOI10.24388/x20001038
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 3, open brown circle.
Apparatusflame premixed laminar
T min /K600
T max /K600
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001039.xml
File DOI10.24388/x20001039
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 3, blue star.
Apparatusflame premixed laminar
T min /K700
T max /K700
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001040.xml
File DOI10.24388/x20001040
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 4, open triangle.
Apparatusflame premixed laminar
T min /K600
T max /K600
p min / bar 15.199
p min / bar 15.199
INFO BOX
XML filex20001041.xml
File DOI10.24388/x20001041
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 5, open diamond.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 15.199
p min / bar 15.199
INFO BOX
XML filex20001042.xml
File DOI10.24388/x20001042
Article DOI10.1016/j.proci.2008.06.110
Reference locationMain Article
Reference table
Reference figureFig. 8, open triangle.
Apparatusflame premixed laminar
T min /K600
T max /K600
p min / bar 15.199
p min / bar 15.199
INFO BOX
XML filex20001043.xml
File DOI10.24388/x20001043
Article DOI10.1016/j.combustflame.2008.04.005
Reference locationMain Article
Reference tableTable 1.
Reference figure
Apparatusflame cylindrical premixed laminar
T min /K302
T max /K302
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001044.xml
File DOI10.24388/x20001044
Article DOI10.1016/j.combustflame.2008.04.005
Reference locationMain Article
Reference tableTable 2.
Reference figure
Apparatusflame cylindrical premixed laminar
T min /K302
T max /K302
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001045.xml
File DOI10.24388/x20001045
Article DOI10.1016/j.combustflame.2008.04.005
Reference locationMain Article
Reference tableTable 3.
Reference figure
Apparatusflame cylindrical premixed laminar
T min /K302
T max /K302
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001046.xml
File DOI10.24388/x20001046
Article DOI10.1016/j.combustflame.2008.04.005
Reference locationMain Article
Reference tableTable 4.
Reference figure
Apparatusflame cylindrical premixed laminar
T min /K302
T max /K302
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001049.xml
File DOI10.24388/x20001049
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 70/30, full pink square.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001050.xml
File DOI10.24388/x20001050
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 60/40, full red triangle.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001051.xml
File DOI10.24388/x20001051
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 50/50, full dark blue diamond.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001052.xml
File DOI10.24388/x20001052
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 30/70, full yellow diamond.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001053.xml
File DOI10.24388/x20001053
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 40/60, full black circle.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001054.xml
File DOI10.24388/x20001054
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 20/80, full green triangle.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001055.xml
File DOI10.24388/x20001055
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 10/90, full blue circle.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001056.xml
File DOI10.24388/x20001056
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 8, H2/CO = 10/90, full dark blue diamond.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001057.xml
File DOI10.24388/x20001057
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 8, H2/CO = 5/95, full pink square.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001058.xml
File DOI10.24388/x20001058
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 8, H2/CO = 3/97, full red triangle.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001059.xml
File DOI10.24388/x20001059
Article DOI000023
Reference locationMain Article
Reference table
Reference figureFig. 8, H2/CO = 1/99, full green circle.
Apparatusflame cylindrical premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001060.xml
File DOI10.24388/x20001060
Article DOI10.1016/S0082-0784(06)80707-1
Reference locationMain Article
Reference table
Reference figureopen circle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001061.xml
File DOI10.24388/x20001061
Article DOI10.1016/S0082-0784(06)80707-1
Reference locationMain Article
Reference table
Reference figureopen diamond.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001062.xml
File DOI10.24388/x20001062
Article DOI10.1016/j.ijhydene.2010.11.089
Reference locationMain Article
Reference table
Reference figureFig. 4, lower full black square.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 0.963
p min / bar 0.963
INFO BOX
XML filex20001063.xml
File DOI10.24388/x20001063
Article DOI10.1016/j.ijhydene.2010.11.089
Reference locationMain Article
Reference table
Reference figureFig. 7, full black square.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 0.963
p min / bar 0.963
INFO BOX
XML filex20001064.xml
File DOI10.24388/x20001064
Article DOI10.1016/j.ijhydene.2010.11.089
Reference locationMain Article
Reference table
Reference figureFig. 7, full black triangle.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 0.963
p min / bar 0.963
INFO BOX
XML filex20001065.xml
File DOI10.24388/x20001065
Article DOI10.1016/j.ijhydene.2010.11.089
Reference locationMain Article
Reference table
Reference figureFig. 7, full black circle.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 0.963
p min / bar 0.963
INFO BOX
XML filex20001066.xml
File DOI10.24388/x20001066
Article DOI10.1016/j.ijhydene.2010.11.089
Reference locationMain Article
Reference table
Reference figureFig. 7, full black diamond.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 0.963
p min / bar 0.963
INFO BOX
XML filex20001067.xml
File DOI10.24388/x20001067
Article DOI10.1016/j.ijhydene.2010.11.089
Reference locationMain Article
Reference table
Reference figureFig. 8, full black triangle.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 0.963
p min / bar 0.963
INFO BOX
XML filex20001068.xml
File DOI10.24388/x20001068
Article DOI10.1016/j.ijhydene.2010.11.089
Reference locationMain Article
Reference table
Reference figureFig. 8, full black diamond.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 0.963
p min / bar 0.963
INFO BOX
XML filex20001069.xml
File DOI10.24388/x20001069
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 5, H2/CO = 50/50, 0% CO2 dilution, dark blue square.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001070.xml
File DOI10.24388/x20001070
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 5, H2/CO = 50/50, 20% CO2 dilution, red triangle.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001071.xml
File DOI10.24388/x20001071
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 5/95, 0% CO2 dilution, dark blue square.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001072.xml
File DOI10.24388/x20001072
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 5/95, 10% CO2 dilution, red triangle.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001073_x.xml
File DOI10.24388/x20001073_x
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 95/5, 0% CO2 dilution, dark blue square.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001074.xml
File DOI10.24388/x20001074
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 95/5, 20% CO2 dilution, red triangle.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001075.xml
File DOI10.24388/x20001075
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 12, H2/CO = 5/95, 0% CO2 dilution, blue star.
Apparatusflame premixed laminar
T min /K700
T max /K700
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001076.xml
File DOI10.24388/x20001076
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 12, H2/CO = 5/95, 0% CO2 dilution, brown circle.
Apparatusflame premixed laminar
T min /K600
T max /K600
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001077.xml
File DOI10.24388/x20001077
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 12, H2/CO = 5/95, 0% CO2 dilution, green square.
Apparatusflame premixed laminar
T min /K500
T max /K500
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001078.xml
File DOI10.24388/x20001078
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 12, H2/CO = 5/95, 0% CO2 dilution, red triangle.
Apparatusflame premixed laminar
T min /K400
T max /K400
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001079.xml
File DOI10.24388/x20001079
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 12, H2/CO = 5/95, 0% CO2 dilution, dark blue diamond.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001080.xml
File DOI10.24388/x20001080
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 13, H2/CO = 95/5, 0% CO2 dilution, blue circle.
Apparatusflame premixed laminar
T min /K600
T max /K600
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001081.xml
File DOI10.24388/x20001081
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 13, H2/CO = 95/5, 0% CO2 dilution, green square.
Apparatusflame premixed laminar
T min /K500
T max /K500
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001082.xml
File DOI10.24388/x20001082
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 13, H2/CO = 95/5, 0% CO2 dilution, red triangle.
Apparatusflame premixed laminar
T min /K400
T max /K400
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001083.xml
File DOI10.24388/x20001083
Article DOI10.1016/j.combustflame.2007.05.003
Reference locationMain Article
Reference table
Reference figureFig. 13, H2/CO = 95/5, 0% CO2 dilution, dark blue diamond.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001084.xml
File DOI10.24388/x20001084
Article DOI10.1016/j.proci.2010.05.088
Reference locationMain Article
Reference table
Reference figureFig. 5, H2/CO = 5/95, full yellow square.
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001085.xml
File DOI10.24388/x20001085
Article DOI10.1016/j.proci.2010.05.088
Reference locationMain Article
Reference table
Reference figureFig. 6, H2/CO = 10/90, full yellow square.
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001086_x.xml
File DOI10.24388/x20001086_x
Article DOI10.1016/j.proci.2010.05.088
Reference locationMain Article
Reference table
Reference figureFig. 7, H2/CO = 25/75, full yellow square.
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001087_x.xml
File DOI10.24388/x20001087_x
Article DOI10.1016/j.proci.2010.05.088
Reference locationMain Article
Reference table
Reference figureFig. 8, H2/CO = 50/50, full yellow square.
Apparatusflame premixed laminar
T min /K295
T max /K295
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001088.xml
File DOI10.24388/x20001088
Article DOI10.2514/2.5154
Reference locationMain Article
Reference tableTable 1, H2/CO = 5/95.
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001089.xml
File DOI10.24388/x20001089
Article DOI10.2514/2.5154
Reference locationMain Article
Reference tableTable 1, H2/CO = 10/90.
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001090_x.xml
File DOI10.24388/x20001090_x
Article DOI10.2514/2.5154
Reference locationMain Article
Reference tableTable 1, H2/CO = 25/75.
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001091.xml
File DOI10.24388/x20001091
Article DOI10.2514/2.5154
Reference locationMain Article
Reference tableTable 1, H2/CO = 50/50.
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001105.xml
File DOI10.24388/x20001105
Article DOI10.2514/2.5154
Reference locationMain Article
Reference tableTable 1, H2/CO = 3/97.
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001106.xml
File DOI10.24388/x20001106
Article DOI10.2514/2.5154
Reference locationMain Article
Reference tableTable 2, H2/CO = 5/95, p = 0.5 atm.
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.507
p min / bar 0.507
INFO BOX
XML filex20001107.xml
File DOI10.24388/x20001107
Article DOI10.2514/2.5154
Reference locationMain Article
Reference tableTable 2, H2/CO = 5/95, p = 2 atm.
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex20001108.xml
File DOI10.24388/x20001108
Article DOI10.2514/2.5154
Reference locationMain Article
Reference tableTable 2, H2/CO = 5/95, p = 4 atm.
Reference figure
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 4.053
p min / bar 4.053
INFO BOX
XML filex20001092.xml
File DOI10.24388/x20001092
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 2, H2/CO/CO2 = 5/95/0, open square.
Apparatusflame premixed laminar
T min /K308
T max /K308
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001093.xml
File DOI10.24388/x20001093
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 2, H2/CO/CO2 = 5/45/50, half filled open square.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001094.xml
File DOI10.24388/x20001094
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 3, H2/CO/CO2 = 40/10/50, open circle.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001095.xml
File DOI10.24388/x20001095
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 3, H2/CO/CO2 = 25/25/50, open square.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001096.xml
File DOI10.24388/x20001096
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 3, H2/CO/CO2 = 10/40/50, open diamond.
Apparatusflame premixed laminar
T min /K303
T max /K303
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001097.xml
File DOI10.24388/x20001097
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 8, H2/CO/CO2 = 32/8/60, open circle.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001098.xml
File DOI10.24388/x20001098
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 8, H2/CO/CO2 = 20/20/60, open reverse triangle.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001099.xml
File DOI10.24388/x20001099
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 8, H2/CO/CO2 = 8/32/60, open square.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001100.xml
File DOI10.24388/x20001100
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 9, H2/CO/CO2 = 48/12/40, open circle.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001101.xml
File DOI10.24388/x20001101
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 9, H2/CO/CO2 = 30/30/40, open reverse triangle.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001102.xml
File DOI10.24388/x20001102
Article DOI10.1016/j.combustflame.2011.03.018
Reference locationMain Article
Reference table
Reference figureFig. 9, H2/CO/CO2 = 12/48/40, open square.
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001103.xml
File DOI10.24388/x20001103
Article DOI10.1016/S1540-7489(02)80264-4
Reference locationMain Article
Reference table
Reference figureFig 1, H2/CO/CO2 = 5.05/44.75/50.2, cross.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001104.xml
File DOI10.24388/x20001104
Article DOI10.1016/S1540-7489(02)80264-4
Reference locationMain Article
Reference table
Reference figureFig 1, H2/CO/CO2 = 5.05/44.75/50.2, open square.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001109.xml
File DOI10.24388/x20001109
Article DOI10.1016/j.combustflame.2004.08.011
Reference locationMain Article
Reference table
Reference figureFig. 13, H2/CO/N2 = 28/25/47, open circle.
Apparatusflame counterflow twin flat premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001110.xml
File DOI10.24388/x20001110
Article DOI10.1016/S0082-0784(06)80773-3
Reference locationMain Article
Reference table
Reference figureFig. 1, (XCO+XH2) = 0.20, H2/CO ratio varied.
Apparatusflame counterflow twin flat premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001111.xml
File DOI10.24388/x20001111
Article DOI10.1016/S0082-0784(06)80773-3
Reference locationMain Article
Reference table
Reference figureFig. 1, (XCO+XH2) = 0.17, H2/CO ratio varied.
Apparatusflame counterflow twin flat premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001112.xml
File DOI10.24388/x20001112
Article DOI10.1016/S0082-0784(06)80773-3
Reference locationMain Article
Reference table
Reference figureFig. 1, (XCO+XH2) = 0.14, H2/CO ratio varied.
Apparatusflame counterflow twin flat premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001113.xml
File DOI10.24388/x20001113
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 190, H2/CO/O2/N2/H2O, f = 0.985.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001114.xml
File DOI10.24388/x20001114
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 190, H2/CO/O2/N2/H2O, f = 0.80.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001115.xml
File DOI10.24388/x20001115
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 190, H2/CO/O2/N2/H2O, f = 0.60.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001116.xml
File DOI10.24388/x20001116
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 190, H2/CO/O2/N2/H2O, f = 0.40.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001117.xml
File DOI10.24388/x20001117
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 190, H2/CO/O2/N2/H2O, f = 0.30.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001118.xml
File DOI10.24388/x20001118
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 190, H2/CO/O2/N2/H2O, f = 0.21.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001119.xml
File DOI10.24388/x20001119
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 190, H2/CO/O2/N2/H2O, f = 0.17.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001120.xml
File DOI10.24388/x20001120
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 190, H2/CO/O2/N2/H2O, f = 0.13.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001121.xml
File DOI10.24388/x20001121
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 191, CO/O2/N2/H2O, f = 0.985.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001122.xml
File DOI10.24388/x20001122
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 191, CO/O2/N2/H2O, f = 0.21.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001123.xml
File DOI10.24388/x20001123
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 192, H2/CO/O2/CO2/H2O, f = 1.00.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001124.xml
File DOI10.24388/x20001124
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 192, H2/CO/O2/CO2/H2O, f = 0.80.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001125.xml
File DOI10.24388/x20001125
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 192, H2/CO/O2/CO2/H2O, f = 0.60.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001126.xml
File DOI10.24388/x20001126
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 192, H2/CO/O2/CO2/H2O, f = 0.40.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001127.xml
File DOI10.24388/x20001127
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 192, H2/CO/O2/CO2/H2O, f = 0.30.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001128.xml
File DOI10.24388/x20001128
Article DOI000001
Reference locationMain Article
Reference table
Reference figureFig. 192, H2/CO/O2/CO2/H2O, f = 0.21.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001129.xml
File DOI10.24388/x20001129
Article DOI10.1016/j.fuel.2011.11.058
Reference locationMain Article
Reference table
Reference figureFig. 2, 75% H2, 25% CO.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001130.xml
File DOI10.24388/x20001130
Article DOI10.1016/j.fuel.2011.11.058
Reference locationMain Article
Reference table
Reference figureFig. 2, 25% H2, 75% CO.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001131.xml
File DOI10.24388/x20001131
Article DOI10.1016/j.fuel.2011.11.058
Reference locationMain Article
Reference table
Reference figureFig. 2, 5% H2, 95% CO.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001132.xml
File DOI10.24388/x20001132
Article DOI10.1016/j.fuel.2011.11.058
Reference locationMain Article
Reference table
Reference figureFig. 3, 50% H2, 50% CO, T = 500 K.
Apparatusflame premixed laminar
T min /K500
T max /K500
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001133.xml
File DOI10.24388/x20001133
Article DOI10.1016/j.fuel.2011.11.058
Reference locationMain Article
Reference table
Reference figureFig. 3, 50% H2, 50% CO, T = 400 K.
Apparatusflame premixed laminar
T min /K400
T max /K400
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001134.xml
File DOI10.24388/x20001134
Article DOI10.1016/j.fuel.2011.11.058
Reference locationMain Article
Reference table
Reference figureFig. 3, 50% H2, 50% CO, T = 298 K.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001135.xml
File DOI10.24388/x20001135
Article DOI10.1016/j.fuel.2011.11.058
Reference locationMain Article
Reference table
Reference figureFig. 5, 50% H2, 50% CO, varying H2O addition.
Apparatusflame premixed laminar
T min /K400
T max /K400
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001136.xml
File DOI10.24388/x20001136
Article DOI10.1016/j.fuel.2011.11.058
Reference locationMain Article
Reference table
Reference figureFig. 5, 5% H2, 95% CO, varying H2O addition.
Apparatusflame premixed laminar
T min /K400
T max /K400
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001142.xml
File DOI10.24388/x20001142
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 3, CO/(CO+H2) = 0.303.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001143.xml
File DOI10.24388/x20001143
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 3, CO/(CO+H2) = 0.567.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001144.xml
File DOI10.24388/x20001144
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 3, CO/(CO+H2) = 0.759.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001145.xml
File DOI10.24388/x20001145
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 3, CO/(CO+H2) = 0.895.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001146.xml
File DOI10.24388/x20001146
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 3, CO/(CO+H2) = 0.97.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001147.xml
File DOI10.24388/x20001147
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 3, CO/(CO+H2) = 0.9945.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001148.xml
File DOI10.24388/x20001148
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 4, full circle, CO/(CO+H2) = 0.9945, 2.30% H2O addition.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001149.xml
File DOI10.24388/x20001149
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 4, vertically struck circle, CO/(CO+H2) = 0.9945, 1.87% H2O addition.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001150.xml
File DOI10.24388/x20001150
Article DOI10.1016/S0082-0784(81)80043-4
Reference locationMain Article
Reference table
Reference figureFig. 4, open circle, CO/(CO+H2) = 0.9945, 1.20% H2O addition.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001192.xml
File DOI10.24388/x20001192
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 17a, open circle, H2/CO = 66.7/33.3, T = 360 K.
Apparatusflame premixed laminar
T min /K360
T max /K360
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001193.xml
File DOI10.24388/x20001193
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 17a, open triangle, H2/CO = 66.7/33.3, T = 410 K.
Apparatusflame premixed laminar
T min /K410
T max /K410
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001194.xml
File DOI10.24388/x20001194
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 17b, open circle, H2/CO = 66.7/33.3, p = 2.5 bar.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 2.500
p min / bar 2.500
INFO BOX
XML filex20001195.xml
File DOI10.24388/x20001195
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 17b, open triangle, H2/CO = 66.7/33.3, p = 5 bar.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex20001157.xml
File DOI10.24388/x20001157
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 18, full circle, H2/CO = 67/33.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001158.xml
File DOI10.24388/x20001158
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 20a, open circle, H2/CO = 67/33, N2 dilution, dilution ratio 0.1.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001159_x.xml
File DOI10.24388/x20001159_x
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 20a, open triangle, H2/CO = 67/33, N2 dilution, dilution ratio 0.2.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001160_x.xml
File DOI10.24388/x20001160_x
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 20a, open reverse triangle, H2/CO = 67/33, N2 dilution, dilution ratio 0.3.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001161.xml
File DOI10.24388/x20001161
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 20a, open diamond, H2/CO = 67/33, N2 dilution, dilution ratio 0.4.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001162.xml
File DOI10.24388/x20001162
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 20b, open circle, H2/CO = 67/33, CO2 dilution, dilution ratio 0.1.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001163_x.xml
File DOI10.24388/x20001163_x
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 20b, open triangle, H2/CO = 67/33, CO2 dilution, dilution ratio 0.2.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001164.xml
File DOI10.24388/x20001164
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 20b, open reverse triangle, H2/CO = 67/33, CO2 dilution, dilution ratio 0.3.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001165.xml
File DOI10.24388/x20001165
Article DOI10.1016/j.ijhydene.2009.03.046
Reference locationMain Article
Reference table
Reference figureFig. 20b, open diamond, H2/CO = 67/33, CO2 dilution, dilution ratio 0.4.
Apparatusflame premixed laminar
T min /K310
T max /K310
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20001176.xml
File DOI10.24388/x20001176
Article DOI000002
Reference locationMain Article
Reference table
Reference figureFig. 6, full square.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001177.xml
File DOI10.24388/x20001177
Article DOI000002
Reference locationMain Article
Reference table
Reference figureFig. 7a, full triangle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20001178.xml
File DOI10.24388/x20001178
Article DOI000002
Reference locationMain Article
Reference table
Reference figureFig. 7a, full diamond.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 20.265
p min / bar 20.265
INFO BOX
XML filex20001179.xml
File DOI10.24388/x20001179
Article DOI000002
Reference locationMain Article
Reference table
Reference figureFig. 7b, full triangle.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex20001186.xml
File DOI10.24388/x20001186
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 13, full blue reverse triangle, H2/CO = 3, air, 80% dilution (70% N2, 10% CO2).
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 0.968
p min / bar 0.968
INFO BOX
XML filex20001187.xml
File DOI10.24388/x20001187
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 13, full green triangle, H2/CO = 4, air, 80% dilution (70% N2, 10% CO2).
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 0.968
p min / bar 0.968
INFO BOX
XML filex20001188.xml
File DOI10.24388/x20001188
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 14, full red circle, H2/CO = 2, air, 70% dilution (60% N2, 10% CO2).
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 0.975
p min / bar 0.975
INFO BOX
XML filex20001189.xml
File DOI10.24388/x20001189
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 14, full green triangle, H2/CO = 2, air, 60% dilution (50% N2, 10% CO2).
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 0.979
p min / bar 0.979
INFO BOX
XML filex20001190.xml
File DOI10.24388/x20001190
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 15, full green square, H2/CO = 3, air, 80% dilution (70% N2, 10% CO2), T = 325 K.
Apparatusflame premixed laminar
T min /K325
T max /K325
p min / bar 0.979
p min / bar 0.979
INFO BOX
XML filex20001191.xml
File DOI10.24388/x20001191
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 15, full red triangle, H2/CO = 3, air, 80% dilution (70% N2, 10% CO2), T = 350 K.
Apparatusflame premixed laminar
T min /K350
T max /K350
p min / bar 0.967
p min / bar 0.967
INFO BOX
XML filex20001183.xml
File DOI10.24388/x20001183
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 11, full red circle, H2/CO = 1, air, 60% N2 dilution.
Apparatusflame premixed laminar
T min /K302
T max /K302
p min / bar 0.973
p min / bar 0.973
INFO BOX
XML filex20001184.xml
File DOI10.24388/x20001184
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 12, full blue circle, H2/CO = 2, air, 70% N2 dilution.
Apparatusflame premixed laminar
T min /K298
T max /K298
p min / bar 0.973
p min / bar 0.973
INFO BOX
XML filex20001185.xml
File DOI10.24388/x20001185
Article DOI000003
Reference locationReport + data file from personal communication
Reference table
Reference figureFig. p. 13, full black diamond, H2/CO = 2, air, 80% dilution (70% N2, 10% CO2).
Apparatusflame premixed laminar
T min /K300
T max /K300
p min / bar 0.968
p min / bar 0.968
INFO BOX
XML filex20001196.xml
File DOI10.24388/x20001196
Article DOI000004
Reference locationPaper P3-4.
Reference table
Reference figureFig. 5, full circle.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001197.xml
File DOI10.24388/x20001197
Article DOI000004
Reference locationPaper P3-4.
Reference table
Reference figureFig. 6, full circle.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001198.xml
File DOI10.24388/x20001198
Article DOI000004
Reference locationPaper P3-4.
Reference table
Reference figureFig. 7, full circle.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001199.xml
File DOI10.24388/x20001199
Article DOI10.1016/j.ijhydene.2013.10.164
Reference locationSupplementary Material
Reference tableTable 1, 1st data series.
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001200.xml
File DOI10.24388/x20001200
Article DOI10.1016/j.ijhydene.2013.10.164
Reference locationSupplementary Material
Reference tableTable 1, 2nd data series.
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 5.066
INFO BOX
XML filex20001201.xml
File DOI10.24388/x20001201
Article DOI10.1016/j.ijhydene.2013.10.164
Reference locationSupplementary Material
Reference tableTable 1, 3rd data series.
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 4.053
INFO BOX
XML filex20001202.xml
File DOI10.24388/x20001202
Article DOI10.1016/j.ijhydene.2013.10.164
Reference locationSupplementary Material
Reference tableTable 1, 4th data series.
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 3.546
INFO BOX
XML filex20001203.xml
File DOI10.24388/x20001203
Article DOI10.1016/j.ijhydene.2013.10.164
Reference locationSupplementary Material
Reference tableTable 1, 5th data series.
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 9.119
INFO BOX
XML filex20001204.xml
File DOI10.24388/x20001204
Article DOI10.1016/j.ijhydene.2013.10.164
Reference locationSupplementary Material
Reference tableTable 1, 6th data series.
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 4.053
INFO BOX
XML filex20001205_x.xml
File DOI10.24388/x20001205_x
Article DOI10.1016/j.ijhydene.2013.10.164
Reference locationSupplementary Material
Reference tableTable 1, 7th data series.
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 8.106
INFO BOX
XML filex20001206.xml
File DOI10.24388/x20001206
Article DOI10.1016/j.ijhydene.2009.11.078
Reference locationMain Article
Reference table
Reference figureFig. 2a, full circle.
Apparatusflame premixed laminar OPF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001207.xml
File DOI10.24388/x20001207
Article DOI10.1016/j.ijhydene.2009.11.078
Reference locationMain Article
Reference table
Reference figureFig. 2b, full circle.
Apparatusflame premixed laminar OPF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001208.xml
File DOI10.24388/x20001208
Article DOI10.1016/j.ijhydene.2011.07.021
Reference locationMain Article
Reference table
Reference figureFig. 2, top, open sircle.
Apparatusflame premixed laminar OPF
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001209.xml
File DOI10.24388/x20001209
Article DOI10.1016/j.ijhydene.2011.07.021
Reference locationMain Article
Reference table
Reference figureFig. 2, middle, open sircle.
Apparatusflame premixed laminar OPF
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001210.xml
File DOI10.24388/x20001210
Article DOI10.1016/j.ijhydene.2011.07.021
Reference locationMain Article
Reference table
Reference figureFig. 2, bottom, open sircle.
Apparatusflame premixed laminar OPF
T min /K293
T max /K293
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001211.xml
File DOI10.24388/x20001211
Article DOI10.1016/j.ijhydene.2011.07.021
Reference locationMain Article
Reference table
Reference figureFig. 14, open sircle.
Apparatusflame premixed laminar OPF
T min /K293
T max /K293
p min / bar 20.265
p min / bar 20.265
INFO BOX
XML filex20001212.xml
File DOI10.24388/x20001212
Article DOI10.1016/j.ijhydene.2014.09.093
Reference locationMain Article + Experimental Data Copy from Author
Reference table
Reference figureFig. 9, H2/CO/N2+air, H2/CO=0.5, 70% dilution series.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 0.968
p min / bar 0.968
INFO BOX
XML filex20001213.xml
File DOI10.24388/x20001213
Article DOI10.1016/j.ijhydene.2014.09.093
Reference locationMain Article + Experimental Data Copy from Author
Reference table
Reference figureFig. 8, H2/CO/N2+air, H2/CO=1, 70% dilution series.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 0.964
p min / bar 0.968
INFO BOX
XML filex20001214.xml
File DOI10.24388/x20001214
Article DOI10.1016/j.ijhydene.2014.09.093
Reference locationMain Article + Experimental Data Copy from Author
Reference table
Reference figureFig. 9, H2/CO/N2+air, H2/CO=2, 70% dilution series.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 0.954
p min / bar 0.968
INFO BOX
XML filex20001215.xml
File DOI10.24388/x20001215
Article DOI10.1016/j.ijhydene.2014.09.093
Reference locationMain Article + Experimental Data Copy from Author
Reference table
Reference figureFig. 8, H2/CO/N2+air, H2/CO=4, 70% dilution series.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 0.968
p min / bar 0.968
INFO BOX
XML filex20001216.xml
File DOI10.24388/x20001216
Article DOI10.1016/j.ijhydene.2014.09.093
Reference locationMain Article + Experimental Data Copy from Author
Reference table
Reference figureFig. 6, H2/CO/N2+air, H2/CO=2, 55-80% dilution series.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 0.954
p min / bar 0.968
INFO BOX
XML filex20001217.xml
File DOI10.24388/x20001217
Article DOI10.1016/j.ijhydene.2014.09.093
Reference locationMain Article + Experimental Data Copy from Author
Reference table
Reference figureFig. 7, H2/CO/N2+air, H2/CO=0.75-3.0, 70% dilution series.
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 0.968
p min / bar 0.968
INFO BOX
XML filex20001218.xml
File DOI10.24388/x20001218
Article DOI10.1016/j.combustflame.2014.03.016
Reference locationMain Article
Reference table
Reference figureFig. 4, full black square, phi = 0.4.
Apparatusflame premixed laminar CTF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001219.xml
File DOI10.24388/x20001219
Article DOI10.1016/j.combustflame.2014.03.016
Reference locationMain Article
Reference table
Reference figureFig. 4, full red circle, phi=0.5.
Apparatusflame premixed laminar CTF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001220.xml
File DOI10.24388/x20001220
Article DOI10.1016/j.combustflame.2014.03.016
Reference locationMain Article
Reference table
Reference figureFig. 4, full blue triangle, phi = 0.6.
Apparatusflame premixed laminar CTF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001221.xml
File DOI10.24388/x20001221
Article DOI10.1016/j.combustflame.2014.03.016
Reference locationMain Article
Reference table
Reference figureFig. 4, full green reverse triangle, phi = 0.7.
Apparatusflame premixed laminar CTF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20001222.xml
File DOI10.24388/x20001222
Article DOI10.1016/j.proci.2014.07.047
Reference locationMain Article
Reference tableTable 2, Exp. No.s 10a-10d.
Reference figure
Apparatusflame premixed laminar OPF
T min /K353
T max /K353
p min / bar 5.066
p min / bar 25.331
INFO BOX
XML filex20002001.xml
File DOI10.24388/x20002001
Article DOI10.1080/00102209208951823
Reference locationMain article
Reference table
Reference figureFig. 2, upper, full square
Apparatusflame premixed laminar CTF
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002002.xml
File DOI10.24388/x20002002
Article DOI10.1080/00102209208951823
Reference locationMain article
Reference table
Reference figureFig. 2, upper, open triangle
Apparatusflame premixed laminar CTF
T min /K368
T max /K368
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002003.xml
File DOI10.24388/x20002003
Article DOI10.1080/00102209208951823
Reference locationMain article
Reference table
Reference figureFig. 2, lower, open square
Apparatusflame premixed laminar CTF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002004.xml
File DOI10.24388/x20002004
Article DOI10.1080/00102209208951823
Reference locationMain article
Reference table
Reference figureFig. 2, lower, full triangle
Apparatusflame premixed laminar CTF
T min /K340
T max /K340
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002005.xml
File DOI10.24388/x20002005
Article DOI10.1016/j.combustflame.2004.08.008
Reference locationMain article
Reference table
Reference figureFig. 11 (i), full diamond
Apparatusflame premixed laminar OPF
T min /K298
T max /K298
p min / bar 0.500
p min / bar 0.500
INFO BOX
XML filex20002006.xml
File DOI10.24388/x20002006
Article DOI10.1016/j.combustflame.2004.08.008
Reference locationMain article
Reference table
Reference figureFig. 11 (i), full square
Apparatusflame premixed laminar OPF
T min /K298
T max /K298
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002007.xml
File DOI10.24388/x20002007
Article DOI10.1016/j.combustflame.2004.08.008
Reference locationMain article
Reference table
Reference figureFig. 11 (i), cross
Apparatusflame premixed laminar OPF
T min /K298
T max /K298
p min / bar 3.000
p min / bar 3.000
INFO BOX
XML filex20002008.xml
File DOI10.24388/x20002008
Article DOI10.1016/j.combustflame.2004.08.008
Reference locationMain article
Reference table
Reference figureFig. 11 (ii), full diamond
Apparatusflame premixed laminar OPF
T min /K425
T max /K425
p min / bar 0.500
p min / bar 0.500
INFO BOX
XML filex20002009.xml
File DOI10.24388/x20002009
Article DOI10.1016/j.combustflame.2004.08.008
Reference locationMain article
Reference table
Reference figureFig. 11 (ii), full square
Apparatusflame premixed laminar OPF
T min /K425
T max /K425
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002010.xml
File DOI10.24388/x20002010
Article DOI10.1016/j.combustflame.2004.08.008
Reference locationMain article
Reference table
Reference figureFig. 11 (ii), cross
Apparatusflame premixed laminar OPF
T min /K425
T max /K425
p min / bar 3.000
p min / bar 3.000
INFO BOX
XML filex20002011.xml
File DOI10.24388/x20002011
Article DOI10.1016/j.enconman.2006.08.017
Reference locationMain article
Reference table
Reference figureFig. 6, full circle
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002012.xml
File DOI10.24388/x20002012
Article DOI10.1016/j.enconman.2006.08.017
Reference locationMain article
Reference table
Reference figureFig. 7, open diamond, phi=0.8
Apparatusflame premixed laminar OPF
T min /K358
T max /K480
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002013.xml
File DOI10.24388/x20002013
Article DOI10.1016/j.enconman.2006.08.017
Reference locationMain article
Reference table
Reference figureFig. 7, open square, phi=1.0
Apparatusflame premixed laminar OPF
T min /K358
T max /K480
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002014_x.xml
File DOI10.24388/x20002014_x
Article DOI10.1016/j.enconman.2006.08.017
Reference locationMain article
Reference table
Reference figureFig. 7, open triangle, phi=1.2
Apparatusflame premixed laminar OPF
T min /K358
T max /K480
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002015.xml
File DOI10.24388/x20002015
Article DOI10.1016/j.enconman.2006.08.017
Reference locationMain article
Reference table
Reference figureFig. 8, full circle
Apparatusflame premixed laminar OPF
T min /K400
T max /K400
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002016.xml
File DOI10.24388/x20002016
Article DOI10.1016/j.enconman.2006.08.017
Reference locationMain article
Reference table
Reference figureFig. 8, full square
Apparatusflame premixed laminar OPF
T min /K480
T max /K480
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002017_x.xml
File DOI10.24388/x20002017_x
Article DOI10.1016/0010-2180(91)90180-J
Reference locationMain article
Reference table
Reference figureFig. 2, crossed open circle
Apparatusflame premixed laminar adiabatic LFF
T min /K323
T max /K323
p min / bar 0.090
p min / bar 0.090
INFO BOX
XML filex20002018.xml
File DOI10.24388/x20002018
Article DOI10.1016/0010-2180(91)90180-J
Reference locationMain article
Reference table
Reference figureFig. 2, open circle
Apparatusflame premixed laminar adiabatic LFF
T min /K323
T max /K323
p min / bar 0.203
p min / bar 0.203
INFO BOX
XML filex20002019.xml
File DOI10.24388/x20002019
Article DOI10.1016/0010-2180(91)90180-J
Reference locationMain article
Reference table
Reference figureFig. 2, slashed open circle
Apparatusflame premixed laminar adiabatic LFF
T min /K323
T max /K323
p min / bar 0.253
p min / bar 0.253
INFO BOX
XML filex20002025.xml
File DOI10.24388/x20002025
Article DOI10.1016/0010-2180(81)90135-8
Reference locationMain article
Reference table
Reference figureFig. 1, open circle, 0% H2O
Apparatusflame premixed laminar FCM
T min /K413
T max /K413
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002026.xml
File DOI10.24388/x20002026
Article DOI10.1016/0010-2180(81)90135-8
Reference locationMain article
Reference table
Reference figureFig. 1, open triangle, 5% H2O
Apparatusflame premixed laminar FCM
T min /K413
T max /K413
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002027.xml
File DOI10.24388/x20002027
Article DOI10.1016/0010-2180(81)90135-8
Reference locationMain article
Reference table
Reference figureFig. 1, open square, 10% H2O
Apparatusflame premixed laminar FCM
T min /K413
T max /K413
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002028.xml
File DOI10.24388/x20002028
Article DOI10.1016/0010-2180(81)90135-8
Reference locationMain article
Reference table
Reference figureFig. 1, open reverse triangle, 15% H2O
Apparatusflame premixed laminar FCM
T min /K413
T max /K413
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002029.xml
File DOI10.24388/x20002029
Article DOI10.1016/0010-2180(81)90135-8
Reference locationMain article
Reference table
Reference figureFig. 1, open diamond, 20% H2O
Apparatusflame premixed laminar FCM
T min /K413
T max /K413
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002030.xml
File DOI10.24388/x20002030
Article DOI10.1016/j.combustflame.2010.04.001
Reference locationMain article
Reference table
Reference figureFig. 5, blue open circle
Apparatusflame premixed laminar CTF
T min /K343
T max /K343
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex22003005.xml
File DOI10.24388/x22003005
Article DOI10.1016/j.combustflame.2010.04.001
Reference locationMain Article
Reference table
Reference figureFig. 5, red open square
Apparatusflame premixed laminar CTF
T min /K343
T max /K343
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002031.xml
File DOI10.24388/x20002031
Article DOI10.1016/j.combustflame.2008.07.005
Reference locationMain article
Reference table
Reference figureFig. 14a, open triangle
Apparatusflame premixed laminar OPF
T min /K473
T max /K473
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002032.xml
File DOI10.24388/x20002032
Article DOI10.1016/j.combustflame.2008.07.005
Reference locationMain article
Reference table
Reference figureFig. 14a, open circle
Apparatusflame premixed laminar OPF
T min /K423
T max /K423
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002033.xml
File DOI10.24388/x20002033
Article DOI10.1016/j.combustflame.2008.07.005
Reference locationMain article
Reference table
Reference figureFig. 14a, open square
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002034.xml
File DOI10.24388/x20002034
Article DOI10.1016/j.combustflame.2008.07.005
Reference locationMain article
Reference table
Reference figureFig. 14b, open circle
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 2.500
p min / bar 2.500
INFO BOX
XML filex20002035.xml
File DOI10.24388/x20002035
Article DOI10.1016/j.combustflame.2008.07.005
Reference locationMain article
Reference table
Reference figureFig. 14b, open triangle
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex20002036_x.xml
File DOI10.24388/x20002036_x
Article DOI10.1016/j.combustflame.2008.07.005
Reference locationMain article
Reference table
Reference figureFig. 14c, open reverse triangle, phi_r=0.05
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002037_x.xml
File DOI10.24388/x20002037_x
Article DOI10.1016/j.combustflame.2008.07.005
Reference locationMain article
Reference table
Reference figureFig. 14c, open circle, phi_r=0.10
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002038_x.xml
File DOI10.24388/x20002038_x
Article DOI10.1016/j.combustflame.2008.07.005
Reference locationMain article
Reference table
Reference figureFig. 14c, open triangle, phi_r=0.15
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002039.xml
File DOI10.24388/x20002039
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 4, full square, phi=0.7
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 5.000
INFO BOX
XML filex20002040.xml
File DOI10.24388/x20002040
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 4, full triangle, phi=0.8
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex20002041.xml
File DOI10.24388/x20002041
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 4, open reverse triangle, phi=0.9
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex20002042.xml
File DOI10.24388/x20002042
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 4, open triangle, phi=1.0
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex20002043.xml
File DOI10.24388/x20002043
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 4, open circle, phi=1.1
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex20002044.xml
File DOI10.24388/x20002044
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 4, open square, phi=1.2
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex20002045.xml
File DOI10.24388/x20002045
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 4, full circle, phi=1.3
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex20002046.xml
File DOI10.24388/x20002046
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 7, left, open square, phi=0.8
Apparatusflame premixed laminar OPF
T min /K300
T max /K500
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002047.xml
File DOI10.24388/x20002047
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 7, left, open circle, phi=1.0
Apparatusflame premixed laminar OPF
T min /K300
T max /K500
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002048.xml
File DOI10.24388/x20002048
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 7, left, open triangle, phi=1.2
Apparatusflame premixed laminar OPF
T min /K300
T max /K500
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002049.xml
File DOI10.24388/x20002049
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 8, left, open square, phi=0.8
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 4.000
p min / bar 4.000
INFO BOX
XML filex20002050.xml
File DOI10.24388/x20002050
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 8, left, open circle, phi=1.0
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 4.000
p min / bar 4.000
INFO BOX
XML filex20002051.xml
File DOI10.24388/x20002051
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 8, left, open triangle, phi=1.2
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 4.000
p min / bar 4.000
INFO BOX
XML filex20002052.xml
File DOI10.24388/x20002052
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 9, left, open square, phi=0.8
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 6.000
p min / bar 6.000
INFO BOX
XML filex20002053.xml
File DOI10.24388/x20002053
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 9, left, open circle, phi=1.0
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 6.000
p min / bar 6.000
INFO BOX
XML filex20002054.xml
File DOI10.24388/x20002054
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 9, left, open triangle, phi=1.2
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 6.000
p min / bar 6.000
INFO BOX
XML filex20002055.xml
File DOI10.24388/x20002055
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain article
Reference table
Reference figureFig. 2, open triangle
Apparatusflame premixed laminar OPF
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003030.xml
File DOI10.24388/x21003030
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 2, open square
Apparatusflame premixed laminar OPF
T min /K300
T max /K300
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003031.xml
File DOI10.24388/x21003031
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 5, full square, phi=0.7
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 5.000
INFO BOX
XML filex21003032.xml
File DOI10.24388/x21003032
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 5, full triangle, phi=0.8
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex21003033.xml
File DOI10.24388/x21003033
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 5, open reverse triangle, phi=0.9
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex21003034.xml
File DOI10.24388/x21003034
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 5, open triangle, phi=1.0
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex21003035.xml
File DOI10.24388/x21003035
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 5, open circle, phi=1.1
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex21003036.xml
File DOI10.24388/x21003036
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 5, open square, phi=1.2
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex21003037.xml
File DOI10.24388/x21003037
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 5, full circle, phi=1.3
Apparatusflame premixed laminar OPF
T min /K350
T max /K350
p min / bar 1.000
p min / bar 8.000
INFO BOX
XML filex21003038.xml
File DOI10.24388/x21003038
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 7, middle, open square, phi=0.8
Apparatusflame premixed laminar OPF
T min /K300
T max /K500
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003039.xml
File DOI10.24388/x21003039
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 7, middle, open circle, phi=1.0
Apparatusflame premixed laminar OPF
T min /K300
T max /K500
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003040.xml
File DOI10.24388/x21003040
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 7, middle, open triangle, phi=1.2
Apparatusflame premixed laminar OPF
T min /K300
T max /K500
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003041.xml
File DOI10.24388/x21003041
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 8, middle, open square, phi=0.8
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 4.000
p min / bar 4.000
INFO BOX
XML filex21003042.xml
File DOI10.24388/x21003042
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 8, middle, open circle, phi=1.0
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 4.000
p min / bar 4.000
INFO BOX
XML filex21003043.xml
File DOI10.24388/x21003043
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 8, middle, open triangle, phi=1.2
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 4.000
p min / bar 4.000
INFO BOX
XML filex21003044.xml
File DOI10.24388/x21003044
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 9, middle, open square, phi=0.8
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 6.000
p min / bar 6.000
INFO BOX
XML filex21003045.xml
File DOI10.24388/x21003045
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 9, middle, open circle, phi=1.0
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 6.000
p min / bar 6.000
INFO BOX
XML filex21003046.xml
File DOI10.24388/x21003046
Article DOI10.1016/S0082-0784(82)80198-7
Reference locationMain Article
Reference table
Reference figureFig. 9, middle, open triangle, phi=1.2
Apparatusflame premixed laminar OPF
T min /K350
T max /K500
p min / bar 6.000
p min / bar 6.000
INFO BOX
XML filex20002057.xml
File DOI10.24388/x20002057
Article DOI10.1016/0010-2180(82)90127-4
Reference locationMain article
Reference table
Reference figureFig. 5, full square
Apparatusflame premixed laminar OPF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002058_x.xml
File DOI10.24388/x20002058_x
Article DOI10.1080/00102208308923674
Reference locationMain article
Reference table
Reference figureFig. 7, open circle
Apparatusflame premixed laminar OPF
T min /K300
T max /K600
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex20002059.xml
File DOI10.24388/x20002059
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 1, T = 298 K
Reference figurealso shown in main article, Fig. 4, open triangle (not used)
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002060.xml
File DOI10.24388/x20002060
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 1, T = 343 K
Reference figurealso shown in main article, Fig. 5, open triangle (not used)
Apparatusflame premixed laminar HFM
T min /K343
T max /K343
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002061.xml
File DOI10.24388/x20002061
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 1, T = 308 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K308
T max /K308
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002062.xml
File DOI10.24388/x20002062
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 1, T = 318 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002063.xml
File DOI10.24388/x20002063
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 1, T = 328 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K328
T max /K328
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002064.xml
File DOI10.24388/x20002064
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 1, T = 338 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002065.xml
File DOI10.24388/x20002065
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 1, T = 348 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K348
T max /K348
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002066.xml
File DOI10.24388/x20002066
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 1, T = 358 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002067.xml
File DOI10.24388/x20002067
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 2, T = 298 K, mH2O/mCH3OH = 10%
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002068.xml
File DOI10.24388/x20002068
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 2, T = 318 K, mH2O/mCH3OH = 10%
Reference figure
Apparatusflame premixed laminar HFM
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002069.xml
File DOI10.24388/x20002069
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 2, T = 338 K, mH2O/mCH3OH = 10%
Reference figure
Apparatusflame premixed laminar HFM
T min /K328
T max /K328
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002070.xml
File DOI10.24388/x20002070
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference table
Reference figure
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002071.xml
File DOI10.24388/x20002071
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 2, T = 348 K, mH2O/mCH3OH = 10%
Reference figure
Apparatusflame premixed laminar HFM
T min /K348
T max /K348
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002072.xml
File DOI10.24388/x20002072
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 2, T = 358 K, mH2O/mCH3OH = 10%
Reference figure
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002073.xml
File DOI10.24388/x20002073
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 3, T = 318 K, mH2O/mCH3OH = 20%
Reference figure
Apparatusflame premixed laminar HFM
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002074.xml
File DOI10.24388/x20002074
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 3, T = 328 K, mH2O/mCH3OH = 20%
Reference figure
Apparatusflame premixed laminar HFM
T min /K328
T max /K328
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002075.xml
File DOI10.24388/x20002075
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 3, T = 338 K, mH2O/mCH3OH = 20%
Reference figure
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002076.xml
File DOI10.24388/x20002076
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 3, T = 348 K, mH2O/mCH3OH = 20%
Reference figure
Apparatusflame premixed laminar HFM
T min /K348
T max /K348
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002077.xml
File DOI10.24388/x20002077
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 3, T = 358 K, mH2O/mCH3OH = 20%
Reference figure
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002078.xml
File DOI10.24388/x20002078
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 4, T = 328 K, mH2O/mCH3OH = 35%
Reference figure
Apparatusflame premixed laminar HFM
T min /K328
T max /K328
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002079.xml
File DOI10.24388/x20002079
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 4, T = 338 K, mH2O/mCH3OH = 35%
Reference figure
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002080.xml
File DOI10.24388/x20002080
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 4, T = 348 K, mH2O/mCH3OH = 35%
Reference figure
Apparatusflame premixed laminar HFM
T min /K348
T max /K348
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002081.xml
File DOI10.24388/x20002081
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 4, T = 358 K, mH2O/mCH3OH = 35%
Reference figure
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002082.xml
File DOI10.24388/x20002082
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 5, T = 298 K, O2/(O2+N2) = 19%
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002083.xml
File DOI10.24388/x20002083
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 5, T = 318 K, O2/(O2+N2) = 19%
Reference figure
Apparatusflame premixed laminar HFM
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002084.xml
File DOI10.24388/x20002084
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 5, T = 338 K, O2/(O2+N2) = 19%
Reference figure
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002085.xml
File DOI10.24388/x20002085
Article DOI10.1021/ef2016683
Reference locationSupplementary Material
Reference tableSupp. Mat. Table 5, T = 358 K, O2/(O2+N2) = 19%
Reference figure
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002086.xml
File DOI10.24388/x20002086
Article DOI10.1021/je60003a011
Reference locationMain article
Reference table
Reference figureTABLE V, methanol
Apparatusflame premixed laminar FCM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002087_x.xml
File DOI10.24388/x20002087_x
Article DOI10.1021/je60003a011
Reference locationMain article
Reference tableTABLE VI, methanol
Reference figure
Apparatusflame premixed laminar FCM
T min /K373
T max /K373
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002088.xml
File DOI10.24388/x20002088
Article DOI10.1016/j.fuel.2013.09.025
Reference locationMain article
Reference table
Reference figureFig. 6, full square
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex21003047.xml
File DOI10.24388/x21003047
Article DOI10.1016/j.fuel.2013.09.025
Reference locationMain Article
Reference table
Reference figureFig. 6, full circle
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex20002089.xml
File DOI10.24388/x20002089
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupplementary Material
Reference tableSupp. Mat. Methanol, T = 298 K
Reference figure
Apparatusflame premixed laminar OPF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002090.xml
File DOI10.24388/x20002090
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupplementary Material
Reference tableSupp. Mat. Methanol, T = 318 K
Reference figure
Apparatusflame premixed laminar OPF
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002091.xml
File DOI10.24388/x20002091
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupplementary Material
Reference tableSupp. Mat. Methanol, T = 328 K
Reference figure
Apparatusflame premixed laminar OPF
T min /K328
T max /K328
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002092.xml
File DOI10.24388/x20002092
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupplementary Material
Reference tableSupp. Mat. Methanol, T = 338 K
Reference figure
Apparatusflame premixed laminar OPF
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002093.xml
File DOI10.24388/x20002093
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupplementary Material
Reference tableSupp. Mat. Methanol, T = 358 K
Reference figure
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003038.xml
File DOI10.24388/x23003038
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupp. Mat.
Reference tableEthanol, T = 298 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003039.xml
File DOI10.24388/x23003039
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupp. Mat.
Reference tableEthanol, T = 318 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003040.xml
File DOI10.24388/x23003040
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupp. Mat.
Reference tableEthanol, T = 328 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K328
T max /K328
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003041.xml
File DOI10.24388/x23003041
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupp. Mat.
Reference tableEthanol, T = 338 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003042.xml
File DOI10.24388/x23003042
Article DOI10.1016/j.fuel.2013.07.004
Reference locationSupp. Mat.
Reference tableEthanol, T = 358 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002094.xml
File DOI10.24388/x20002094
Article DOI000005
Reference locationMain article
Reference table
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002095.xml
File DOI10.24388/x20002095
Article DOI000005
Reference locationMain article
Reference table
Reference figure
Apparatusflame premixed laminar HFM
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002100.xml
File DOI10.24388/x20002100
Article DOI10.1016/j.combustflame.2014.11.033
Reference locationMain article
Reference tableTable 1, T = 308 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K308
T max /K308
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002101.xml
File DOI10.24388/x20002101
Article DOI10.1016/j.combustflame.2014.11.033
Reference locationMain article
Reference tableTable 1, T = 318 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002102.xml
File DOI10.24388/x20002102
Article DOI10.1016/j.combustflame.2014.11.033
Reference locationMain article
Reference tableTable 1, T = 328 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K328
T max /K328
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002103.xml
File DOI10.24388/x20002103
Article DOI10.1016/j.combustflame.2014.11.033
Reference locationMain article
Reference tableTable 2, T = 338 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex20002104.xml
File DOI10.24388/x20002104
Article DOI10.1016/j.combustflame.2014.11.033
Reference locationMain article
Reference tableTable 2, T = 358 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex21003001.xml
File DOI10.24388/x21003001
Article DOI10.1016/j.combustflame.2009.02.007
Reference locationMain Article
Reference table
Reference figureFig. 6, cross
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003002.xml
File DOI10.24388/x21003002
Article DOI10.1016/j.combustflame.2009.02.007
Reference locationMain Article
Reference table
Reference figureFig. 7, cross
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex21003003.xml
File DOI10.24388/x21003003
Article DOI10.1016/j.combustflame.2009.02.007
Reference locationMain Article
Reference table
Reference figureFig. 7, asterisk
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 7.000
p min / bar 7.000
INFO BOX
XML filex21003004.xml
File DOI10.24388/x21003004
Article DOI10.1016/j.combustflame.2009.02.007
Reference locationMain Article
Reference table
Reference figureFig. 8, open square
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 2.000
p min / bar 2.000
INFO BOX
XML filex21003005.xml
File DOI10.24388/x21003005
Article DOI10.1016/j.combustflame.2009.02.007
Reference locationMain Article
Reference table
Reference figureFig. 8, full square
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex21003006.xml
File DOI10.24388/x21003006
Article DOI10.1016/j.combustflame.2009.02.007
Reference locationMain Article
Reference table
Reference figureFig. 8, full circle
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 12.000
p min / bar 12.000
INFO BOX
XML filex21003007.xml
File DOI10.24388/x21003007
Article DOI10.1016/j.combustflame.2009.02.007
Reference locationMain Article
Reference table
Reference figureFig. 8, full triangle
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 14.000
p min / bar 14.000
INFO BOX
XML filex21003008.xml
File DOI10.24388/x21003008
Article DOI10.1016/j.combustflame.2011.09.002
Reference locationMain Article
Reference table
Reference figureFig. 21, open circle
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003009.xml
File DOI10.24388/x21003009
Article DOI10.1016/j.combustflame.2011.09.002
Reference locationMain Article
Reference table
Reference figureFig. 24, open circle
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.000
p min / bar 5.000
INFO BOX
XML filex21003010.xml
File DOI10.24388/x21003010
Article DOI10.1016/j.applthermaleng.2006.07.026
Reference locationMain Article
Reference table
Reference figureFig. 7, full circle
Apparatusflame premixed laminar OPF
T min /K358
T max /K358
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003011.xml
File DOI10.24388/x21003011
Article DOI10.1016/j.applthermaleng.2006.07.026
Reference locationMain Article
Reference table
Reference figureFig. 8, top, full diamond
Apparatusflame premixed laminar OPF
T min /K358
T max /K480
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003012.xml
File DOI10.24388/x21003012
Article DOI10.1016/j.applthermaleng.2006.07.026
Reference locationMain Article
Reference table
Reference figureFig. 8, middle, full diamond
Apparatusflame premixed laminar OPF
T min /K358
T max /K480
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003013.xml
File DOI10.24388/x21003013
Article DOI10.1016/j.applthermaleng.2006.07.026
Reference locationMain Article
Reference table
Reference figureFig. 8, bottom, full diamond
Apparatusflame premixed laminar OPF
T min /K358
T max /K480
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003014.xml
File DOI10.24388/x21003014
Article DOI000006
Reference locationMain Article
Reference table
Reference figure
Apparatusflame premixed laminar OPF
T min /K325
T max /K325
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003016.xml
File DOI10.24388/x21003016
Article DOI10.4271/2004-01-2936
Reference locationMain Article
Reference table
Reference figureFig. 12, black full circle
Apparatusflame premixed laminar OPF
T min /K450
T max /K450
p min / bar 3.040
p min / bar 3.040
INFO BOX
XML filex21003017.xml
File DOI10.24388/x21003017
Article DOI10.1016/j.fuel.2010.09.021
Reference locationMain Article
Reference table
Reference figureFig. 2, full diamond
Apparatusflame premixed laminar OPF
T min /K393
T max /K393
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003018.xml
File DOI10.24388/x21003018
Article DOI10.1016/j.fuel.2012.10.066
Reference locationMain Article
Reference table
Reference figureFig. 4, top left, open circle
Apparatusflame premixed laminar OPF
T min /K423
T max /K423
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003019.xml
File DOI10.24388/x21003019
Article DOI10.1016/j.fuel.2012.10.066
Reference locationMain Article
Reference table
Reference figureFig. 4, top right, open circle
Apparatusflame premixed laminar OPF
T min /K423
T max /K423
p min / bar 3.000
p min / bar 3.000
INFO BOX
XML filex21003020.xml
File DOI10.24388/x21003020
Article DOI10.1016/j.fuel.2012.10.066
Reference locationMain Article
Reference table
Reference figureFig. 4, bottom left, open circle
Apparatusflame premixed laminar OPF
T min /K423
T max /K423
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex21003021.xml
File DOI10.24388/x21003021
Article DOI10.1016/j.fuel.2012.10.066
Reference locationMain Article
Reference table
Reference figureFig. 4, bottom right, open circle
Apparatusflame premixed laminar OPF
T min /K423
T max /K423
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex21003022.xml
File DOI10.24388/x21003022
Article DOI10.3775/jie.89.1088
Reference locationMain Article
Reference table
Reference figureFig. 2, full circle
Apparatusflame premixed laminar OPF
T min /K340
T max /K340
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003023.xml
File DOI10.24388/x21003023
Article DOI10.3775/jie.89.1088
Reference locationMain Article
Reference table
Reference figureFig. 2, full triangle
Apparatusflame premixed laminar OPF
T min /K340
T max /K340
p min / bar 2.500
p min / bar 2.500
INFO BOX
XML filex21003024.xml
File DOI10.24388/x21003024
Article DOI10.3775/jie.89.1088
Reference locationMain Article
Reference table
Reference figureFig. 2, full square
Apparatusflame premixed laminar OPF
T min /K340
T max /K340
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex21003025.xml
File DOI10.24388/x21003025
Article DOI000007
Reference locationMain Article
Reference table
Reference figureFig. 4.11, full square
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex21003026.xml
File DOI10.24388/x21003026
Article DOI10.1016/j.proci.2012.06.072
Reference locationMain Article
Reference table
Reference figureFig. 2, cross
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003027.xml
File DOI10.24388/x21003027
Article DOI000008
Reference locationMain Article
Reference table
Reference figureFig. 4, RWTH data series @ 1 atm, 373 K for ethanol, results scaled to 20.94% O2 content of air
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex21003028.xml
File DOI10.24388/x21003028
Article DOI000008
Reference locationMain Article
Reference table
Reference figureFig. 5, RWTH data series @ 5 bar, 373 K for ethanol, technical air with 20.5% O2
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex21003029.xml
File DOI10.24388/x21003029
Article DOI10.4271/2009-01-2784
Reference locationMain Article
Reference table
Reference figureFig. 5, full black square
Apparatusflame premixed laminar OPF
T min /K373
T max /K373
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex21003068.xml
File DOI10.24388/x21003068
Article DOI10.1021/ef4024178
Reference locationMain Article
Reference table
Reference figureFig. 5, black square (0% H2O)
Apparatusflame premixed laminar OPF
T min /K383
T max /K383
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003069.xml
File DOI10.24388/x21003069
Article DOI10.1021/ef4024178
Reference locationMain Article
Reference table
Reference figureFig. 5, red circle (10% H2O)
Apparatusflame premixed laminar OPF
T min /K383
T max /K383
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003070.xml
File DOI10.24388/x21003070
Article DOI10.1021/ef4024178
Reference locationMain Article
Reference table
Reference figureFig. 5, blue triangle (20% H2O)
Apparatusflame premixed laminar OPF
T min /K383
T max /K383
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex21003071.xml
File DOI10.24388/x21003071
Article DOI10.1021/ef4024178
Reference locationMain Article
Reference table
Reference figureFig. 5, pink reverse triangle (30% H2O)
Apparatusflame premixed laminar OPF
T min /K383
T max /K383
p min / bar 1.000
p min / bar 1.000
INFO BOX
XML filex22003001.xml
File DOI10.24388/x22003001
Article DOI10.1016/S0082-0784(06)80101-3
Reference locationMain Article
Reference table
Reference figureFig. 1 top, open triangle
Apparatusflame premixed laminar CTF
T min /K453
T max /K453
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex22003002.xml
File DOI10.24388/x22003002
Article DOI10.1016/S0082-0784(06)80101-3
Reference locationMain Article
Reference table
Reference figureFig. 1 top, full square
Apparatusflame premixed laminar CTF
T min /K363
T max /K363
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex22003003.xml
File DOI10.24388/x22003003
Article DOI10.1016/S0082-0784(06)80101-3
Reference locationMain Article
Reference table
Reference figureFig. 1 bottom, full triangle
Apparatusflame premixed laminar CTF
T min /K428
T max /K428
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex22003004_x.xml
File DOI10.24388/x22003004_x
Article DOI10.1016/S0082-0784(06)80101-3
Reference locationMain Article
Reference table
Reference figureFig. 1 bottom, open square
Apparatusflame premixed laminar CTF
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003001.xml
File DOI10.24388/x23003001
Article DOI10.1016/j.proci.2010.06.143
Reference locationMain Article
Reference tableTable 2, 298 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003002.xml
File DOI10.24388/x23003002
Article DOI10.1016/j.proci.2010.06.143
Reference locationMain Article
Reference tableTable 2, 308 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K308
T max /K308
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003003.xml
File DOI10.24388/x23003003
Article DOI10.1016/j.proci.2010.06.143
Reference locationMain Article
Reference tableTable 2, 318 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K318
T max /K318
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003004.xml
File DOI10.24388/x23003004
Article DOI10.1016/j.proci.2010.06.143
Reference locationMain Article
Reference tableTable 2, 328 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K328
T max /K328
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003005.xml
File DOI10.24388/x23003005
Article DOI10.1016/j.proci.2010.06.143
Reference locationMain Article
Reference tableTable 2, 338 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003006.xml
File DOI10.24388/x23003006
Article DOI10.1016/j.proci.2010.06.143
Reference locationMain Article
Reference tableTable 2, 348 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K348
T max /K348
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003007.xml
File DOI10.24388/x23003007
Article DOI10.1016/j.proci.2010.06.143
Reference locationMain Article
Reference tableTable 2, 358 K
Reference figure
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003008.xml
File DOI10.24388/x23003008
Article DOI10.1016/j.fuel.2011.04.029
Reference locationMain Article
Reference table
Reference figureFig. 4, cross
Apparatusflame premixed laminar HFM
T min /K338
T max /K338
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003009.xml
File DOI10.24388/x23003009
Article DOI10.1016/j.fuel.2011.04.029
Reference locationMain Article
Reference table
Reference figureFig. 5, cross
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003013.xml
File DOI10.24388/x23003013
Article DOI000010
Reference locationMain Article
Reference table
Reference figureFig. 2, full blue square
Apparatusflame premixed laminar HFM
T min /K358
T max /K358
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex23003014.xml
File DOI10.24388/x23003014
Article DOI000011
Reference locationMain Article
Reference table
Reference figureFig. 5, full circle
Apparatusflame premixed laminar HFM
T min /K298
T max /K298
p min / bar 0.945
p min / bar 0.953
INFO BOX
XML filex23003015.xml
File DOI10.24388/x23003015
Article DOI000011
Reference locationMain Article
Reference table
Reference figure
Apparatusflame premixed laminar HFM
T min /K3