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The pd scaling values (p and d are the SF6 gas pressure and characteristic dimension of the microdischarge devices, respectively) for minimum ignition voltage are observed about 0.3 0.4 Pa m.
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It showed notably that, as the particle size decreases, minimum ignition temperature and minimum ignition energy decrease, indicating higher potential inflammation.
Increased engine speeds and higher cylinder pressures made it increasingly difficult to meet high ignition voltage requirements.
The minimum ignition delay was 27.5 ms with an ignition energy of 19.3 mJ.
Both ignition sensitivity characteristics (minimum ignition energy and minimum ignition temperatures) and explosion severity characteristics (maximum explosion pressure, Pmax, and maximum rate of pressure rise, Kst) are investigated.
The MIT (minimum ignition temperature) and MIE (minimum ignition energy) are two important properties for designing safety standards and understanding the ignition process of combustible mixtures.
The parameters including the ignition voltage, ignition current, and ignition delay are achieved by using capacitor voltage discharging firing set with and without the presence of the B/Ti reactive multilayer films.
The measured parameters include maximum deflagration pressure rise, maximum rate of pressure rise, minimum ignition temperature, minimum ignition energy and minimum explosible concentration.
The concept of minimum ignition energy (MIE) has traditionally formed the basis for studying ignition hazards of fuels.
We reveal the minimum ignition temperatures of slurry droplets in air flow.
The minimum ignition energy was about one order of magnitude higher than the minimum ignition energy obtained by the electric spark ignition.
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