39th Aerospace Sciences Meeting and Exhibit 2001
DOI: 10.2514/6.2001-479
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Measurements of ignition delay times in cornstarch dust-air mixture

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“…The studied temperature of the reactive gas is 940 K, and the mean size of particles is 15 µm. An approximate polynomial fit was applied to the results of Li et al [55], of the ignition delay time of softwood as a function of particle size for temperature 862 K. Hence, for this temperature, the ignition delay time of softwood (15 microns) can be estimated to 50 ms [56]. For a temperature of 940 K, the delay is estimated to be shorter, and thus, we expect an ignition delay time of a few milliseconds.…”
Section: Solid Biomass Particles Ignition and Combustion Processmentioning
confidence: 99%
“…The studied temperature of the reactive gas is 940 K, and the mean size of particles is 15 µm. An approximate polynomial fit was applied to the results of Li et al [55], of the ignition delay time of softwood as a function of particle size for temperature 862 K. Hence, for this temperature, the ignition delay time of softwood (15 microns) can be estimated to 50 ms [56]. For a temperature of 940 K, the delay is estimated to be shorter, and thus, we expect an ignition delay time of a few milliseconds.…”
Section: Solid Biomass Particles Ignition and Combustion Processmentioning
confidence: 99%