Eliminate all ignition sources. Use explosion-proof equipment. Powdered material may be a fire or explosion hazard. Suck up material and place in a disposal container.
消除所有的点火源。使用防爆设备。粉状材料可引起火灾或爆炸事故。吸取材料并置于处理容器中。
This paper is concerned with the laser ignition performance of energetic material affected by the light spot diameter using photoelectric method.
用光电探测法研究了激光光斑直径对含能材料激光点火特性的影响。
This paper introduces the advantage, the technical performance and application of polyurethane potting material used in automobile ignition coils.
研究了汽车点火线圈用聚氨酯灌封料的应用工艺。
Two most common ignition manners, external radiation and internal heat, were used to ignite the material.
采用两种最常见的点燃方式，即外部辐射着火和内部受热着火，对材料多角度研究其燃烧特性。
In order to meet the demand of the smart, high energy density and long lifetime for the burst blow ignition fuse, a type of piezoceramics power supply made of P-5A4 material is designed.
为了使爆胎充气点火引信的电源满足小型化、高能量密度和使用周期长等技术要求，以P ！ 5a4为材料设计了一种压电陶瓷电源。
There exist deficiencies in the material and shape designing of the seal baffle for ignition furnace of circular traveling gate machine.
环式烧结机点火炉密封挡板存在着材质及形状设计不合理等问题。
The research of ignition system in sintering machine, including smoothing raw material layer, low negative pressure ignition, igniting intensification, selection of igniting device, is introduced.
介绍了攀钢烧结厂为完善点火制度在铺平料面、低负压点火、提高点火强度、点火器种类的选择等方面所作的研究与应用。
Our experimental results will be useful for understand the ignition characteristic of energy material.
实验数据将有益于含能材料点火时间的研究。
Our experimental results will be useful for understand the ignition characteristic of energy material.
实验数据将有益于含能材料点火时间的研究。
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