In spite of this, when a certain wood reaches flame-flash or ignition, the temperature of the surface does not vary with the change of grain distribution.
尽管如此,木材达到闪火和着火时的表面温度并不随木材内部木纹分布的变化而变化。
It presents the advantages, structure, and operation principle, energy distribution, and the relationship between ignition energy and energy saving of the non-contact ignition system with high energy.
介绍高能无触点点火系的优点、结构和工作原理,能量的分配及点火能量与节能的关系。
The paper uses Monte Carlo digital simulation and reliability assessment equation of binomial distribution to assess the performance reliability of the ignition device for a gas generator.
应用蒙特卡罗数值模拟与二项分布累积概率评定方程相结合的方法,对某燃气源点火器的性能可靠性进行评定。
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