a spoon which is used to evaporate a small amount of solution is known as deflagration spoon
deflagrate
Deflagrate
DEFLAGRATE
Deflagrate
deflagrate
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No. It will lyse all the cells lining your esophagus, and destroy your lung tissue. Additionally, ozone with a concentration greater than about 10 wt% is explosive, and will spontaneously deflagrate back to hot oxygen at the tiniest spark.
A combustible gas is one which ignites to burn, deflagrate or detonate when mixed with air and an ignition source. A release is a purposeful or accidental lapse in contaiment or control of a material. In this case a gas, from a vessel or pipeline. A combustible gas release is then a loss of containment of a gas which can ignite to the indoor or exterior environment.
Short Answer: Yes. Long Answer: Only if you're made of the right stuff. First, understand that explosions are simply a rapid increase in volume and a release of energy in a violent manner. There are two types, deflagration and detonation, with deflagration being subsonic and detonation being supersonic. It is possible for something to deflagrate and then detonate as more energy is released and a shockwave is formed. So there you go, you can explode twice given the right circumstances.
High explosives detonate rapidly, creating a supersonic shockwave, while low explosives deflagrate at a slower rate. High explosives are used in activities like mining and demolition, while low explosives are commonly found in fireworks and propellants.
The three categories of explosives are: high explosives, including dynamite and TNT, which detonate with a supersonic shockwave; low explosives, such as black powder and gunpowder, which deflagrate with a subsonic burn rate; and secondary explosives, like RDX and PETN, which are more powerful and sensitive than primary explosives like TNT.
Low explosives deflagrate (burn) at a subsonic speed, while high explosives detonate at a supersonic speed, resulting in a shock wave. Low explosives are slower and less powerful, often used in fireworks and pyrotechnics, while high explosives are faster and more powerful, commonly used in military and mining applications.