apparatus: facility: rectangular aluminum shock tube institution: Lawrence Berkeley National Laboratory kind: shock tube datapoints: - composition: &id001 - InChI: 1S/O2/c1-2 mole-fraction: 0.0333 species: O2 - InChI: 1S/Ar mole-fraction: 0.9 species: Ar - InChI: 1S/H2/h1H mole-fraction: 0.0667 species: H2 ignition-delay: units: microsecond value: 52.0 ignition-type: &id002 target: pressure type: d/dt max pressure: units: atmosphere value: 2.393 temperature: units: kelvin value: 1281.0 - composition: *id001 ignition-delay: units: microsecond value: 28.0 ignition-type: *id002 pressure: units: atmosphere value: 2.896 temperature: units: kelvin value: 1427.0 - composition: *id001 ignition-delay: units: microsecond value: 62.0 ignition-type: *id002 pressure: units: atmosphere value: 2.395 temperature: units: kelvin value: 1277.0 - composition: *id001 ignition-delay: units: microsecond value: 90.0 ignition-type: *id002 pressure: units: atmosphere value: 2.159 temperature: units: kelvin value: 1202.0 - composition: *id001 ignition-delay: units: microsecond value: 233.0 ignition-type: *id002 pressure: units: atmosphere value: 1.729 temperature: units: kelvin value: 1051.0 - composition: *id001 ignition-delay: units: microsecond value: 65.0 ignition-type: *id002 pressure: units: atmosphere value: 2.007 temperature: units: kelvin value: 1184.0 - composition: *id001 ignition-delay: units: microsecond value: 72.0 ignition-type: *id002 pressure: units: atmosphere value: 2.139 temperature: units: kelvin value: 1228.0 - composition: *id001 ignition-delay: units: microsecond value: 72.0 ignition-type: *id002 pressure: units: atmosphere value: 2.078 temperature: units: kelvin value: 1209.0 - composition: *id001 ignition-delay: units: microsecond value: 25.0 ignition-type: *id002 pressure: units: atmosphere value: 2.531 temperature: units: kelvin value: 1364.0 - composition: *id001 ignition-delay: units: microsecond value: 157.0 ignition-type: *id002 pressure: units: atmosphere value: 1.723 temperature: units: kelvin value: 1117.0 - composition: *id001 ignition-delay: units: microsecond value: 60.0 ignition-type: *id002 pressure: units: atmosphere value: 2.101 temperature: units: kelvin value: 1257.0 - composition: *id001 ignition-delay: units: microsecond value: 158.0 ignition-type: *id002 pressure: units: atmosphere value: 1.59 temperature: units: kelvin value: 1066.0 - composition: *id001 ignition-delay: units: microsecond value: 62.0 ignition-type: *id002 pressure: units: atmosphere value: 2.145 temperature: units: kelvin value: 1271.0 - composition: *id001 ignition-delay: units: microsecond value: 118.0 ignition-type: *id002 pressure: units: atmosphere value: 1.807 temperature: units: kelvin value: 1146.0 - composition: *id001 ignition-delay: units: microsecond value: 145.0 ignition-type: *id002 pressure: units: atmosphere value: 1.631 temperature: units: kelvin value: 1117.0 - composition: *id001 ignition-delay: units: microsecond value: 128.0 ignition-type: *id002 pressure: units: atmosphere value: 1.701 temperature: units: kelvin value: 1146.0 - composition: *id001 ignition-delay: units: microsecond value: 75.0 ignition-type: *id002 pressure: units: atmosphere value: 1.961 temperature: units: kelvin value: 1242.0 - composition: *id001 ignition-delay: units: microsecond value: 45.0 ignition-type: *id002 pressure: units: atmosphere value: 2.162 temperature: units: kelvin value: 1318.0 - composition: *id001 ignition-delay: units: microsecond value: 115.0 ignition-type: *id002 pressure: units: atmosphere value: 1.618 temperature: units: kelvin value: 1152.0 - composition: *id001 ignition-delay: units: microsecond value: 72.0 ignition-type: *id002 pressure: units: atmosphere value: 1.864 temperature: units: kelvin value: 1252.0 - composition: *id001 ignition-delay: units: microsecond value: 57.0 ignition-type: *id002 pressure: units: atmosphere value: 1.966 temperature: units: kelvin value: 1293.0 - composition: *id001 ignition-delay: units: microsecond value: 67.0 ignition-type: *id002 pressure: units: atmosphere value: 1.92 temperature: units: kelvin value: 1272.0 - composition: *id001 ignition-delay: units: microsecond value: 75.0 ignition-type: *id002 pressure: units: atmosphere value: 1.785 temperature: units: kelvin value: 1264.0 - composition: *id001 ignition-delay: units: microsecond value: 175.0 ignition-type: *id002 pressure: units: atmosphere value: 1.435 temperature: units: kelvin value: 1111.0 - composition: *id001 ignition-delay: units: microsecond value: 90.0 ignition-type: *id002 pressure: units: atmosphere value: 1.636 temperature: units: kelvin value: 1199.0 - composition: *id001 ignition-delay: units: microsecond value: 86.0 ignition-type: *id002 pressure: units: atmosphere value: 1.596 temperature: units: kelvin value: 1184.0 - composition: *id001 ignition-delay: units: microsecond value: 62.0 ignition-type: *id002 pressure: units: atmosphere value: 1.701 temperature: units: kelvin value: 1227.0 - composition: *id001 ignition-delay: units: microsecond value: 53.0 ignition-type: *id002 pressure: units: atmosphere value: 1.834 temperature: units: kelvin value: 1293.0 - composition: *id001 ignition-delay: units: microsecond value: 53.0 ignition-type: *id002 pressure: units: atmosphere value: 1.93 temperature: units: kelvin value: 1325.0 - composition: *id001 ignition-delay: units: microsecond value: 135.0 ignition-type: *id002 pressure: units: atmosphere value: 1.527 temperature: units: kelvin value: 1218.0 - composition: *id001 ignition-delay: units: microsecond value: 71.0 ignition-type: *id002 pressure: units: atmosphere value: 1.689 temperature: units: kelvin value: 1282.0 - composition: *id001 ignition-delay: units: microsecond value: 110.0 ignition-type: *id002 pressure: units: atmosphere value: 1.534 temperature: units: kelvin value: 1206.0 - composition: *id001 ignition-delay: units: microsecond value: 75.0 ignition-type: *id002 pressure: units: atmosphere value: 1.647 temperature: units: kelvin value: 1260.0 - composition: *id001 ignition-delay: units: microsecond value: 38.0 ignition-type: *id002 pressure: units: atmosphere value: 1.973 temperature: units: kelvin value: 1405.0 - composition: *id001 ignition-delay: units: microsecond value: 98.0 ignition-type: *id002 pressure: units: atmosphere value: 1.439 temperature: units: kelvin value: 1213.0 - composition: *id001 ignition-delay: units: microsecond value: 43.0 ignition-type: *id002 pressure: units: atmosphere value: 1.754 temperature: units: kelvin value: 1368.0 - composition: *id001 ignition-delay: units: microsecond value: 85.0 ignition-type: *id002 pressure: units: atmosphere value: 1.491 temperature: units: kelvin value: 1239.0 - composition: *id001 ignition-delay: units: microsecond value: 79.0 ignition-type: *id002 pressure: units: atmosphere value: 1.453 temperature: units: kelvin value: 1277.0 - composition: *id001 ignition-delay: units: microsecond value: 50.0 ignition-type: *id002 pressure: units: atmosphere value: 1.585 temperature: units: kelvin value: 1347.0 - composition: *id001 ignition-delay: units: microsecond value: 42.0 ignition-type: *id002 pressure: units: atmosphere value: 2.668 temperature: units: kelvin value: 1318.0 - composition: *id001 ignition-delay: units: microsecond value: 65.0 ignition-type: *id002 pressure: units: atmosphere value: 2.347 temperature: units: kelvin value: 1220.0 - composition: *id001 ignition-delay: units: microsecond value: 57.0 ignition-type: *id002 pressure: units: atmosphere value: 2.436 temperature: units: kelvin value: 1247.0 - composition: *id001 ignition-delay: units: microsecond value: 73.0 ignition-type: *id002 pressure: units: atmosphere value: 2.263 temperature: units: kelvin value: 1189.0 - composition: *id001 ignition-delay: units: microsecond value: 93.0 ignition-type: *id002 pressure: units: atmosphere value: 2.131 temperature: units: kelvin value: 1146.0 - composition: *id001 ignition-delay: units: microsecond value: 428.0 ignition-type: *id002 pressure: units: atmosphere value: 1.982 temperature: units: kelvin value: 1099.0 - composition: *id001 ignition-delay: units: microsecond value: 282.0 ignition-type: *id002 pressure: units: atmosphere value: 1.834 temperature: units: kelvin value: 1025.0 - composition: *id001 ignition-delay: units: microsecond value: 103.0 ignition-type: *id002 pressure: units: atmosphere value: 2.227 temperature: units: kelvin value: 1145.0 - composition: *id001 ignition-delay: units: microsecond value: 73.0 ignition-type: *id002 pressure: units: atmosphere value: 2.381 temperature: units: kelvin value: 1190.0 - composition: *id001 ignition-delay: units: microsecond value: 62.0 ignition-type: *id002 pressure: units: atmosphere value: 2.482 temperature: units: kelvin value: 1220.0 - composition: *id001 ignition-delay: units: microsecond value: 70.0 ignition-type: *id002 pressure: units: atmosphere value: 2.35 temperature: units: kelvin value: 1181.0 - composition: *id001 ignition-delay: units: microsecond value: 62.0 ignition-type: *id002 pressure: units: atmosphere value: 2.391 temperature: units: kelvin value: 1199.0 - composition: *id001 ignition-delay: units: microsecond value: 170.0 ignition-type: *id002 pressure: units: atmosphere value: 1.959 temperature: units: kelvin value: 1098.0 - composition: *id001 ignition-delay: units: microsecond value: 63.0 ignition-type: *id002 pressure: units: atmosphere value: 1.892 temperature: units: kelvin value: 1242.0 - composition: *id001 ignition-delay: units: microsecond value: 375.0 ignition-type: *id002 pressure: units: atmosphere value: 1.35 temperature: units: kelvin value: 1012.0 - composition: *id001 ignition-delay: units: microsecond value: 48.0 ignition-type: *id002 pressure: units: atmosphere value: 2.008 temperature: units: kelvin value: 1312.0 - composition: *id001 ignition-delay: units: microsecond value: 189.0 ignition-type: *id002 pressure: units: atmosphere value: 1.544 temperature: units: kelvin value: 1125.0 - composition: *id001 ignition-delay: units: microsecond value: 44.0 ignition-type: *id002 pressure: units: atmosphere value: 1.746 temperature: units: kelvin value: 1364.0 experiment-type: Ignition delay file-author: ORCID: 0000-0003-4425-7097 name: Kyle E Niemeyer file-version: (1, 0) reference: doi: 10.1016/0010-2180(84)90088-9 authors: - name: Robert K. Cheng - name: A. K. Oppenheim journal: Combustion and Flame year: 1984 volume: 58 pages: 125-139 detail: Fig. 4, open triangle