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These higher temperatures cause a 70% reduction in ignition time compared to the Fourier ignition time.
We measured internal temperatures, confinement pressure, and ignition time.
Increasing the oxygen concentration at low pressures reduced the ignition time by an additional 10%.
The power of microwave had the least influence on the ignition time.
Moreover, the ignition time on the insulation boards was gradually increased from 0.5 min to 25 min.
A lower and upper bound for ignition time delay was established.
Kinetic model predictions of ignition time from three mechanisms are compared to the experimental data.
In the case that ignition does occur, we estimate the ignition time.
The effect of the turbulence intensity on the ignition time was found to be non-monotonic.
The results show that the ignition time is modified by the acoustic field.
The ignition time delay was reduced with the increase of ambient temperature.
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