Explosives detonate when they are rapidly transformed from a solid or liquid state into a hot, high-pressure gas. This sudden release of energy causes a shock wave that propagates rapidly through the material, resulting in a violent disruption of the surrounding environment. The initiation of the explosive reaction can be triggered by various means, such as heat, friction, or impact.
One that will not reliably detonate from heat/flame, but requires the energy of a donor explosive to detonate.
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.
TNT (trinitrotoluene) and nitroglycerin are known to be very sensitive to heat and shock. These explosives can detonate spontaneously if exposed to high temperatures or sudden impacts. Special care must be taken when handling these materials to prevent accidental detonation.
Ammonium nitrate should only be detonated by trained professionals following proper safety procedures. It is extremely dangerous and can cause massive explosions if mishandled. It is best to contact local authorities or a licensed explosives disposal company to safely handle and detonate ammonium nitrate.
Insensitives explosives, like ammonium nitrate, are the least sensitive as they require a strong initiating force, such as a blasting cap, to detonate. These types of explosives are more stable and less prone to accidental detonation.
Because the energy released when they detonate can destroy property, and injure or kill people.
An atomic bomb uses nuclear fission at the atomiclevel to detonate several tons of explosives.
One that will not reliably detonate from heat/flame, but requires the energy of a donor explosive to detonate.
5600 lbs of Composition B to detonate nuclear material which had a yield of 22 kilotons
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.
It can have several meanings- one is a person that uses explosives for construction and mining.
The three categories of explosives are high explosives, low explosives, and blasting agents. High explosives are highly reactive and detonate quickly, while low explosives deflagrate and burn at a slower rate. Blasting agents are mixtures of explosive chemicals that are less sensitive to initiation.
The explosives in the Diamond Mine are left of the elevator, as many as you need. You detonate it with the sparking switch (turn it off before moving exlosives).
Composition C-4. It consists of RDX in a plasticizer, and takes significant shock to detonate.
Low explosives are materials that deflagrate (burn rapidly) rather than detonate. They are typically less powerful and generate less pressure than high explosives. Two examples of low explosives are black powder and smokeless powder.
TNT (trinitrotoluene) and nitroglycerin are known to be very sensitive to heat and shock. These explosives can detonate spontaneously if exposed to high temperatures or sudden impacts. Special care must be taken when handling these materials to prevent accidental detonation.
Ammonium nitrate should only be detonated by trained professionals following proper safety procedures. It is extremely dangerous and can cause massive explosions if mishandled. It is best to contact local authorities or a licensed explosives disposal company to safely handle and detonate ammonium nitrate.