What is deflagration?

Deflagration is a very fast moving and hot fire that moves as heated materials to light cold. This differs from combustion, slower spread speeds and detonation, even faster fire, which can also create a shock wave and cause further damage. Fire safety experts distinguish between these types of fires because they need to be solved differently. Similarly, scientists who work with flammable materials must be aware of the risk of combustion, deflagration and detonation. Instead of dying, the fire actually spreads explosive because the water overheats and creates steam that transmits heated oil particles to the surrounding materials. These particles ignite previously cold materials and cause spread. The more water the cook adds, the worse the problem happens.

Deflagration may be a demanding firefighter because they move very quickly and can also be unpredictable. It is possible for the fire to suddenly restart after the crew thinks the fire is out because the heatedThe material smoldering underneath it can again break into the flame and can also cause the neighboring materials to ignite from extreme heat. This is one of the reasons why firefighters ignite very thoroughly, even after they appear to be outside and remain in place of the fire to confirm that all hot places are eradicated.

It is possible to create an explosion by deflagration. A rapid increase in temperature can create a pressure differential by heating gases and other materials in the area, and this can explode explosive without sufficient ventilation. An example is the mechanism of shooting for the weapon; Footing dust is ignited by deflagration to explode and push the bullet with a sudden increase in pressure inside the barrel of the weapon. IF The Bullet Jams, the barrel itself can explode to ease the pressure.

Consumers must be aware of the risk of deflagration when they work with very hot materials. Even without open flame it is possible for fire to start transmission tePLA and can be difficult to control. This may be particularly important in camping and using outdoors, because smoldering coal can ignite and cause fire even after people think their fires are out. Similarly, scientists in the laboratory environment must carefully control temperatures and materials to reduce or create the chance of explosion, depending on what they intend to do.