Experimental combustion data and theoretical results in XML format

The database contains 111265 data points in 2397 XML-format data files
Last update: 02.12.2020
ReSpecTh Kinetics Data Format Specification v2.3 (02 December, 2020)
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 filex10004432.xml
File DOI10.24388/x10004432
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain article
Reference tableTable 1. S4
Reference figureFig. 9. star
Apparatus
T min /K1278.44
T max /K1657.82
p min / bar 1.900
p min / bar 1.900
INFO BOX
XML filex10004433.xml
File DOI10.24388/x10004433
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain article
Reference tableTable 1. S5
Reference figureFig. 9. circle
Apparatus
T min /K1441.77
T max /K2017.23
p min / bar 1.800
p min / bar 1.800
INFO BOX
XML filex10004434.xml
File DOI10.24388/x10004434
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain article
Reference tableTable 1. S6
Reference figureFig. 9. square
Apparatus
T min /K1556.79
T max /K1896.09
p min / bar 1.860
p min / bar 1.860
INFO BOX
XML filex10004435.xml
File DOI10.24388/x10004435
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain article
Reference tableTable 1. S7
Reference figureFig. 9. star
Apparatus
T min /K1460.78
T max /K1716.42
p min / bar 1.840
p min / bar 1.840
INFO BOX
XML filex10004436.xml
File DOI10.24388/x10004436
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain article
Reference tableTable 1. S8
Reference figureFig. 9. square
Apparatus
T min /K1513.16
T max /K1930.34
p min / bar 1.930
p min / bar 1.930
INFO BOX
XML filex10004437.xml
File DOI10.24388/x10004437
Article DOI10.1016/j.ijhydene.2007.04.008
Reference locationMain article
Reference table
Reference figureFig 11. circle
Apparatus
T min /K1616.83
T max /K1846.93
p min / bar 11.300
p min / bar 11.300
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 DOI10.1016/s0082-0784(96)80289-x
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 DOI10.1016/s0082-0784(96)80289-x
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 DOI10.1016/s0082-0784(96)80289-x
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 DOI10.1016/s0082-0784(96)80289-x
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 DOI10.1016/s0082-0784(96)80289-x
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 DOI10.1016/s0082-0784(96)80289-x
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 DOI10.1016/s0082-0784(96)80289-x
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 filex10004361.xml
File DOI10.24388/x10004361
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1, Mixture 1, Table 2, tau star.
Reference figure
Apparatusshock tube
T min /K1680
T max /K1770
p min / bar 31.613
p min / bar 86.430
INFO BOX
XML filex10004362.xml
File DOI10.24388/x10004362
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 1, Table 2 (ign) tau peak
Reference figure
Apparatusshock tube
T min /K1680
T max /K1770
p min / bar 31.613
p min / bar 86.430
INFO BOX
XML filex10004363.xml
File DOI10.24388/x10004363
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 1, Table 2 (ign) tau 1
Reference figure
Apparatusshock tube
T min /K1673
T max /K1673
p min / bar 85.518
p min / bar 85.518
INFO BOX
XML filex10004364.xml
File DOI10.24388/x10004364
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 10, Table 2 (ign) tau p
Reference figure
Apparatusshock tube
T min /K1478
T max /K1635
p min / bar 10.335
p min / bar 61.099
INFO BOX
XML filex10004365.xml
File DOI10.24388/x10004365
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1, Mixture 10, Table 2, tau 1.
Reference figure
Apparatusshock tube
T min /K1478
T max /K1635
p min / bar 10.335
p min / bar 61.099
INFO BOX
XML filex10004366.xml
File DOI10.24388/x10004366
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 11, Table 2 (ign) tau 1
Reference figure
Apparatusshock tube
T min /K1706
T max /K1977
p min / bar 32.728
p min / bar 81.972
INFO BOX
XML filex10004367.xml
File DOI10.24388/x10004367
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 12, Table 2 (ign) tau 1
Reference figure
Apparatusshock tube
T min /K1690
T max /K1690
p min / bar 86.836
p min / bar 86.836
INFO BOX
XML filex10004368.xml
File DOI10.24388/x10004368
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1, Mixture 2, Table 2, tau star.
Reference figure
Apparatusshock tube
T min /K1576
T max /K1853
p min / bar 10.639
p min / bar 81.972
INFO BOX
XML filex10004369.xml
File DOI10.24388/x10004369
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1, Mixture 2, Table 2, tau p.
Reference figure
Apparatusshock tube
T min /K1576
T max /K1853
p min / bar 10.639
p min / bar 81.972
INFO BOX
XML filex10004370.xml
File DOI10.24388/x10004370
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 2, Table 2 (ign) tau peak
Reference figure
Apparatusshock tube
T min /K1576
T max /K1853
p min / bar 10.639
p min / bar 81.972
INFO BOX
XML filex10004371.xml
File DOI10.24388/x10004371
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1, Mixture 3, Table 2, tau 1.
Reference figure
Apparatusshock tube
T min /K1532
T max /K1739
p min / bar 10.234
p min / bar 32.728
INFO BOX
XML filex10004372.xml
File DOI10.24388/x10004372
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 3, Table 2 (ign) tau p
Reference figure
Apparatusshock tube
T min /K1532
T max /K1739
p min / bar 10.234
p min / bar 32.728
INFO BOX
XML filex10004373.xml
File DOI10.24388/x10004373
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1, Mixture 4, Table 2, tau p.
Reference figure
Apparatusshock tube
T min /K1706
T max /K1706
p min / bar 85.012
p min / bar 85.012
INFO BOX
XML filex10004374.xml
File DOI10.24388/x10004374
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 4, Table 2 (ign) tau peak
Reference figure
Apparatusshock tube
T min /K1706
T max /K1761
p min / bar 37.288
p min / bar 85.012
INFO BOX
XML filex10004375.xml
File DOI10.24388/x10004375
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1, Mixture 5, Table 2, tau star.
Reference figure
Apparatusshock tube
T min /K1778
T max /K2043
p min / bar 9.525
p min / bar 80.148
INFO BOX
XML filex10004376.xml
File DOI10.24388/x10004376
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1, Mixture 5, Table 2, tau p.
Reference figure
Apparatusshock tube
T min /K1778
T max /K1778
p min / bar 80.148
p min / bar 80.148
INFO BOX
XML filex10004377.xml
File DOI10.24388/x10004377
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 5, Table 2 (ign) tau peak
Reference figure
Apparatusshock tube
T min /K1778
T max /K2043
p min / bar 9.525
p min / bar 80.148
INFO BOX
XML filex10004378.xml
File DOI10.24388/x10004378
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 6, Table 2 (ign) tau p
Reference figure
Apparatusshock tube
T min /K1481
T max /K1617
p min / bar 173.772
p min / bar 487.779
INFO BOX
XML filex10004379.xml
File DOI10.24388/x10004379
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 7, Table 2 (ign) tau p
Reference figure
Apparatusshock tube
T min /K1496
T max /K1633
p min / bar 32.120
p min / bar 62.720
INFO BOX
XML filex10004380.xml
File DOI10.24388/x10004380
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 8, Table 2 (ign) tau 1
Reference figure
Apparatusshock tube
T min /K1988
T max /K1988
p min / bar 30.600
p min / bar 30.600
INFO BOX
XML filex10004381.xml
File DOI10.24388/x10004381
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 9, Table 2 (ign) tau 1
Reference figure
Apparatusshock tube
T min /K1896
T max /K1896
p min / bar 78.122
p min / bar 78.122
INFO BOX
XML filex10004382.xml
File DOI10.24388/x10004382
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 2
Reference figureFig. 2. full circle
Apparatusshock tube
T min /K1542
T max /K1744.4
p min / bar 60.795
p min / bar 60.795
INFO BOX
XML filex10004383.xml
File DOI10.24388/x10004383
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 2N
Reference figureFig. 2. open triangle
Apparatusshock tube
T min /K1562.4
T max /K1738
p min / bar 60.795
p min / bar 60.795
INFO BOX
XML filex10004384.xml
File DOI10.24388/x10004384
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 2
Reference figureFig. 2. reverse triangle
Apparatusshock tube
T min /K1669.4
T max /K1788
p min / bar 18.239
p min / bar 18.239
INFO BOX
XML filex10004385.xml
File DOI10.24388/x10004385
Article DOI10.1016/s0082-0784(96)80289-x
Reference locationMain article
Reference tableTable 1. mixture 2
Reference figureFig. 2. full square
Apparatusshock tube
T min /K1505.7
T max /K1697.3
p min / bar 60.795
p min / bar 60.795
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 filex10004203.xml
File DOI10.24388/x10004203
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 1
Reference figureFig. 3. triangle
Apparatusshock tube
T min /K1684.9
T max /K2140.5
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10004204.xml
File DOI10.24388/x10004204
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 2
Reference figureFig. 3. diamond
Apparatusshock tube
T min /K1687.8
T max /K2159
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10004205.xml
File DOI10.24388/x10004205
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 3
Reference figureFig. 5. triangle
Apparatusshock tube
T min /K1573.7
T max /K2236
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10004206.xml
File DOI10.24388/x10004206
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 4
Reference figureFig. 5. diamond
Apparatusshock tube
T min /K1550.7
T max /K2099.8
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10004207.xml
File DOI10.24388/x10004207
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 5
Reference figureFig. 6. triangle
Apparatusshock tube
T min /K1603.7
T max /K2121.1
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10004208.xml
File DOI10.24388/x10004208
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 6
Reference figureFig. 6. diamond
Apparatusshock tube
T min /K1421.3
T max /K2339.1
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10004209.xml
File DOI10.24388/x10004209
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 7
Reference figureFig. 7. triangle
Apparatusshock tube
T min /K1365.5
T max /K1896.4
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10004210.xml
File DOI10.24388/x10004210
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 8
Reference figureFig. 7. diamond
Apparatusshock tube
T min /K1304.6
T max /K1835.7
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex10004211.xml
File DOI10.24388/x10004211
Article DOI10.1016/0010-2180(84)90088-9
Reference locationMain article
Reference tableTable 1. mixture 9
Reference figureFig. 7. circle
Apparatusshock tube
T min /K1358
T max /K2182
p min / bar 2.027
p min / bar 2.027
INFO BOX
XML filex00000357_p.xml
File DOI10.24388/x00000357
Article DOI10.1017/s0037677900105637
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 filex00202001.xml
File DOI10.24388/x00202001
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
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 filex00202002.xml
File DOI10.24388/x00202002
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
Reference table
Reference figureFig. 2.
Apparatusstirred reactor
T min /K850
T max /K850
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202003.xml
File DOI10.24388/x00202003
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
Reference table
Reference figureFig. 2.
Apparatusstirred reactor
T min /K700
T max /K1025
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202004.xml
File DOI10.24388/x00202004
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
Reference table
Reference figureFig. 2.
Apparatusstirred reactor
T min /K720
T max /K1020
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202005.xml
File DOI10.24388/x00202005
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
Reference table
Reference figureFig. 2.
Apparatusstirred reactor
T min /K750
T max /K1110
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202006.xml
File DOI10.24388/x00202006
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
Reference table
Reference figureFig. 2.
Apparatusstirred reactor
T min /K750
T max /K930
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202007.xml
File DOI10.24388/x00202007
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
Reference table
Reference figureFig. 2.
Apparatusstirred reactor
T min /K730
T max /K1090
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202008.xml
File DOI10.24388/x00202008
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
Reference table
Reference figureFig. 2.
Apparatusstirred reactor
T min /K760
T max /K1090
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202009.xml
File DOI10.24388/x00202009
Article DOI10.1016/j.proci.2006.07.143
Reference locationMain paper
Reference table
Reference figureFig. 2.
Apparatusstirred reactor
T min /K760
T max /K1090
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 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 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 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 filex00200004.xml
File DOI10.24388/x00200004
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 6. (a)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1060
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00200005.xml
File DOI10.24388/x00200005
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 6. (b)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1120
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00200006.xml
File DOI10.24388/x00200006
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 6. (c)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1120
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00200007.xml
File DOI10.24388/x00200007
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 6. (d)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K750
T max /K1099
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00200008.xml
File DOI10.24388/x00200008
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 6. (e)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1090
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00200009.xml
File DOI10.24388/x00200009
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 6. (f)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K746
T max /K1048
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00200010.xml
File DOI10.24388/x00200010
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 9. (a)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1090
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00200011.xml
File DOI10.24388/x00200011
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 9. (b)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1090
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00200012.xml
File DOI10.24388/x00200012
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 9. (c)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1090
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00200013.xml
File DOI10.24388/x00200013
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 9. (d)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1120
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00200014.xml
File DOI10.24388/x00200014
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 9. (e)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1090
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00300000.xml
File DOI10.24388/x00300000
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 7. (a)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1030
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00300001.xml
File DOI10.24388/x00300001
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 7. (b)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K700
T max /K1030
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00300002.xml
File DOI10.24388/x00300002
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 7. (c)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K700
T max /K1030
p min / bar 1.013
p min / bar 1.013
INFO BOX
XML filex00300003.xml
File DOI10.24388/x00300003
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 10. (a)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K760
T max /K1150
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00300004.xml
File DOI10.24388/x00300004
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 10. (b)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K790
T max /K1150
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00300005.xml
File DOI10.24388/x00300005
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 10. (c)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K790
T max /K1120
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00300006.xml
File DOI10.24388/x00300006
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 10. (d)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1120
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00300007.xml
File DOI10.24388/x00300007
Article DOI10.1080/00102200600793171
Reference locationMain article. Figure 10. (e)
Reference table
Reference figure
Apparatusjet stirred reactor
T min /K730
T max /K1090
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202010.xml
File DOI10.24388/x00202010
Article DOI10.1016/j.combustflame.2006.01.002
Reference locationMain paper
Reference table
Reference figureFig. 4. circle, Fig. 6. cirlce
Apparatusstirred reactor
T min /K759.8
T max /K1000
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202011.xml
File DOI10.24388/x00202011
Article DOI10.1016/j.combustflame.2006.01.002
Reference locationMain paper
Reference table
Reference figureFig. 4. triangle
Apparatusstirred reactor
T min /K759.9
T max /K1000.3
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202012.xml
File DOI10.24388/x00202012
Article DOI10.1016/j.combustflame.2006.01.002
Reference locationMain paper
Reference table
Reference figureFig. 4. squere, Fig. 6. squere
Apparatusstirred reactor
T min /K639.8
T max /K1000.5
p min / bar 10.133
p min / bar 10.133
INFO BOX
XML filex00202013.xml
File DOI10.24388/x00202013
Article DOI10.1016/S0082-0784(79)80068-5
Reference locationMain paper
Reference table
Reference figureFig. 4. open symbols
Apparatusstirred reactor
T min /K1870
T max /K1870
p min / bar 0.930
p min / bar 0.930
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 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 filex10004038.xml
File DOI10.24388/x10004038
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain article
Reference tableTable 1.
Reference figureFig. 4., Mixture 1.
Apparatusshock tube
T min /K1457
T max /K2030
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex10004039.xml
File DOI10.24388/x10004039
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain article
Reference tableTable 1.
Reference figureFig. 4., Mixture 1.
Apparatusshock tube
T min /K1412
T max /K1988
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex10004040.xml
File DOI10.24388/x10004040
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain article
Reference tableTable 1.
Reference figureFig. 4., Mixture 1.
Apparatusshock tube
T min /K1283
T max /K1728
p min / bar 20.000
p min / bar 20.000
INFO BOX
XML filex10004041.xml
File DOI10.24388/x10004041
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain article
Reference tableTable 1.
Reference figureFig. 5., Mixture 2.
Apparatusshock tube
T min /K1340
T max /K1842
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex10004042.xml
File DOI10.24388/x10004042
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain article
Reference tableTable 1.
Reference figureFig. 5., Mixture 2.
Apparatusshock tube
T min /K1294
T max /K1809
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex10004043.xml
File DOI10.24388/x10004043
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain article
Reference tableTable 1.
Reference figureFig. 5., Mixture 2.
Apparatusshock tube
T min /K1215
T max /K1785
p min / bar 20.000
p min / bar 20.000
INFO BOX
XML filex10004044.xml
File DOI10.24388/x10004044
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain article
Reference tableTable 1.
Reference figureFig. 6., Mixture 3.
Apparatusshock tube
T min /K1220
T max /K1863
p min / bar 5.000
p min / bar 5.000
INFO BOX
XML filex10004045.xml
File DOI10.24388/x10004045
Article DOI10.1016/j.combustflame.2011.09.010
Reference locationMain article
Reference tableTable 1.
Reference figureFig. 6., Mixture 3.
Apparatusshock tube
T min /K1154
T max /K1778
p min / bar 10.000
p min / bar 10.000
INFO BOX
XML filex10004046.xml