In addition, we numerically determine the dynamics of the ignition process as a function of the parameters of the problem.
Two independent high speed cameras were spontaneously employed to capture the self-luminous images of the whole hypergolic ignition process as well as the initial impact process.
Increasing the presence of toluene in the toluene/n-heptane binary mixtures resulted in an increased ignition delay time and generated a distinct two stage ignition process.
The model results accurately captured the qualitative behavior of the first stage ignition and quenching as well as the dual-stage ignition processes.
Data on the concentration of atoms and radicals produced in the discharge processes were used as the initial input data to determine the subsequent ignition process because they play an important role in the subsequent ignition process.
In fact, the catalytic ignition process represents a convolution of reaction kinetics and heat generation, since the heat produced is governed by the reaction rate which in turn is determined by the reaction kinetics.
The minimum ignition energy (MIE) is an important property for designing safety standards and understanding the ignition process of combustible mixtures.
A transient ignition model is established based on the theoretical analysis of hybrid rocket motor ignition process.
Subsequently, the ignition process was terminated.
The ignition process was less affected by the spraying condition (Wea), except that the change of the spraying condition influenced ignition to steady state transition, such as a combustion chamber pressure overshoot.
The music serves not only as an overture but also as an ignition key; the performers stand at the ready.
