火焰温度是泄爆管重要性能参数。
Flame temperature is a very important parameter of the detonating fusee.
本实用新型公开了一种除尘器上的泄爆装置。
The utility model discloses an explode-discharging apparatus on ash remover.
泄爆阀主要适用于建材、冶金、电力等行业部门。
The valve is mainly used in building material, metallurgy and electric power industries etc.
在泄爆膜的右侧设有多孔板，该多孔板固定在除尘器的箱体板上。
A porous sheet is provided at the right side of the explode-discharging film, the porous sheet is fixed on the box plate of the dust remover.
随后，未燃气体从泄爆口泄出，并在外流场与空气混合形成可燃云团。
Then, the combustible gas rushed out and mixed with the oxygen of the air to form combustible cloud.
本实用新型公开了一种新型泄爆除尘器，包括袋室，袋室下方设有泄压阀。
The utility model discloses a novel explosion venting dust cleaner which comprises a bag chamber. A pressure release valve is arranged under the bag chamber.
最后，利用已经建立的方法模拟了甲烷-空气预混气体从点火开始的泄爆过程。
Finally, two explosion ventings were simulated numerically with the constructed method since ignition in the premixed methane-air system in the closed vessel.
本实用新型的目的是提供一种灵敏度高、泄爆及时、不易产生碎片的除尘器上的泄爆装置。
The objective of the utility model is to provide an explode-discharging apparatus on ash remover with high sensitivity, timely explode-discharging and no easy to generate fragments.
在改进的1.3L哈特曼管中进行铝粉、 镁粉、铝镁混合粉及合金粉尘泄爆特性的实验研究。
The explosion venting process of metal dusts is studied in 1.3 L Hartmann tube.
另外还讨论了泄压面积和泄爆压力对泄爆过程的影响，对于该类容器的防爆泄压设计具有指导意义。
The influence of the pressure relief area and the discharging pressure on the process is discussed, which has guiding significance for the anti-explosion and pressure-relief design of such vessels.
在某些条件下，泄爆外流场可能出现二次爆炸，故研究其外流场特别是二次爆炸的产生机制，具有重要的意义。
The dominant mechanisms of the occurrence of the secondary explosion during the venting processes were elucidated according to the numerical and relevant experimental results.
通过比较与实践，说明在煤气净化系统中，采用新型自闭式煤气泄爆阀的必要性和可靠性，并提出泄爆阀的设计技术参数。
Based on comparison and practice, necessity and reliability of us - age of new self-closing gas safety valves in gas purification systems are presented.
泄爆诱导流动通过加速火焰传播、加剧火焰变形、增大火焰面积对容器内燃烧产生增强作用，泄爆流动大小主要由泄爆面积决定。
The venting induced flow result in the flame acceleration, deformation and area increase, and the strength of venting induced flow is dominated mostly by the venting area.
泄爆诱导流动通过加速火焰传播、加剧火焰变形、增大火焰面积对容器内燃烧产生增强作用，泄爆流动大小主要由泄爆面积决定。
The venting induced flow result in the flame acceleration, deformation and area increase, and the strength of venting induced flow is dominated mostly by the venting area.
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