apparatus: facility: high-pressure shock tube institution: DLR kind: shock tube datapoints: - composition: &id001 - InChI: 1S/O2/c1-2 mole-fraction: 0.0349 species: O2 - InChI: 1S/Ar mole-fraction: 0.9305 species: Ar - InChI: 1S/H2/h1H mole-fraction: 0.0346 species: H2 ignition-delay: units: microsecond value: 764.0 ignition-type: &id002 target: OH* type: max pressure: units: atmosphere value: 1.04 temperature: units: kelvin value: 1027.0 - composition: *id001 ignition-delay: units: microsecond value: 1030.0 ignition-type: *id002 pressure: units: atmosphere value: 1.02 temperature: units: kelvin value: 995.0 - composition: *id001 ignition-delay: units: microsecond value: 1190.0 ignition-type: *id002 pressure: units: atmosphere value: 1.02 temperature: units: kelvin value: 982.0 - composition: *id001 ignition-delay: units: microsecond value: 1680.0 ignition-type: *id002 pressure: units: atmosphere value: 1.03 temperature: units: kelvin value: 957.0 - composition: *id001 ignition-delay: units: microsecond value: 2080.0 ignition-type: *id002 pressure: units: atmosphere value: 1.1 temperature: units: kelvin value: 941.0 - composition: *id001 ignition-delay: units: microsecond value: 2260.0 ignition-type: *id002 pressure: units: atmosphere value: 1.04 temperature: units: kelvin value: 939.0 - composition: *id001 ignition-delay: units: microsecond value: 2830.0 ignition-type: *id002 pressure: units: atmosphere value: 1.02 temperature: units: kelvin value: 937.0 - composition: *id001 ignition-delay: units: microsecond value: 3440.0 ignition-type: *id002 pressure: units: atmosphere value: 1.08 temperature: units: kelvin value: 934.0 - composition: *id001 ignition-delay: units: microsecond value: 3150.0 ignition-type: *id002 pressure: units: atmosphere value: 1.1 temperature: units: kelvin value: 927.0 - composition: *id001 ignition-delay: units: microsecond value: 3810.0 ignition-type: *id002 pressure: units: atmosphere value: 1.03 temperature: units: kelvin value: 923.0 experiment-type: Ignition delay file-author: ORCID: 0000-0003-4425-7097 name: Kyle E Niemeyer file-version: (1, 0) reference: doi: 10.1016/j.proci.2008.07.034 authors: - name: Jürgen Herzler - name: C Naumann journal: Proceedings of the Combustion Institute year: 2009 volume: 32 pages: 213-220 detail: Fig. 12, full triangle