Nothing. Nitrogen is quite unreactive due to the triple bond between two nitrogen atoms. An explosive inside the liquid nitrogen would not ignite unless designed for the purpose.
yes like hydrogen and oxygen. Nitrogen and Toluene. Nitrogen and Glycerine.
The chemical name for NI₃ is nitrogen triiodide. It is a dark purple, highly sensitive explosive compound composed of one nitrogen atom and three iodine atoms. Nitrogen triiodide is known for its instability and is often used in demonstrations due to its explosive properties when disturbed.
No, liquid nitrogen is not an explosive material. It is a cryogenic fluid that is extremely cold and can cause severe frostbite if it comes into contact with skin. However, it does not exhibit explosive properties.
Nitrogen is the element that is commonly used in fertilizers, explosives, and cryogenics. Nitrogen is essential for plant growth in fertilizers, forms the basis of many explosive compounds, and is used in cryogenics for its low boiling point.
RDX stands for Research Department Explosive, which is a powerful nitrogen-based explosive compound. It is commonly used in military applications and demolition activities due to its high energy content and stability.
Nitrogen is the mineral used in fertilizers as ammonium nitrate. It is also a key component in explosives such as TNT (trinitrotoluene).
Nitrogen triiodide - a very unstable and sensitive contact explosive.
NH4NO3 is the chemical formula for ammonium nitrate. It is a commonly used fertilizer and explosive due to its high nitrogen content.
Yes. Nitrogen is in dynamite. The explosive ingredient in dynamite is Nitroglycerine. The glycerine molecule comes from fat, either vegetable or animal. It makes jello jell. When a nitric oxide molecule is added, it becomes nitroglycerine. It can be used as an explosive or a heart medicine. To turn nitroglycerine into dynamite, the nitroglycerine is mixed with clay and a few other chemicals.
A nitrogen bomb, also known as a nitrogen-based explosive, refers to a type of explosive device that utilizes nitrogen-rich compounds for its explosive reaction. Unlike conventional explosives that rely on carbon and oxygen, nitrogen bombs generate energy through the decomposition of nitrogen compounds, which can produce large amounts of gas and heat. These explosives are often studied for their potential applications in military and industrial fields due to their unique properties and lower environmental impact. However, the term "nitrogen bomb" can also evoke concerns regarding the environmental effects of nitrogen compounds in other contexts, such as pollution.
When an explosive containing nitrogen is detonated, the rapid reaction releases a large amount of heat and gas, such as nitrogen gas. The sudden increase in pressure and release of energy creates a shock wave that travels through the surrounding materials, causing an explosion. Nitrogen gas in explosive formulations contributes to the rapid expansion of gases during detonation, amplifying the destructive force of the explosion.