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Results indicated ignition time as a function of initial particle size of Ni, process control agent, and ball-to-powder ratio.
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There is a region where discharges do not cause ignition and the other one, where the results indicate ignition of gas mixture.
Analysis of the interferograms at the ignition threshold indicated that ignition occurs near the region of flow separation.
Recent piloted ignition experiments indicate that ignition times are reduced under these environmental conditions compared to normal atmospheric conditions, suggesting that the critical mass flux at ignition may also be reduced.
On the other hand, when the air-stream temperature is higher than the crossover temperature, the predicted ignition distance indicates that ignition is feasible within practical supersonic combustion engines.
Results indicated that ignition conditions evidently impact on heat release rate development, peak heat release rate, smoke temperature, smoke generation and smoke toxicity.
All the magnetos were tested and the results indicated normal ignition was available to all engines up to the time of impact.
PitchBook's records indicate that Ignition sold its stake on April 25, which might have been when the deal closed.
Results at temperatures above 900 K indicate that ignition delay time is similar for these fuels.
Cetane number (CN) is one of the most important properties of a fuel and indicates its ignition delay in combustion process.
Since the position of the weak flame indicates the ignition characteristics as well as the reactivity of each fuel, the experimental and computational results were compared with research octane number (RON) which is a general index for ignition characteristics of ordinary fuels.
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