The rate of burning for explosives refers to the speed at which the material undergoes combustion and releases energy in the form of heat and gas. It is a critical factor that determines the performance and behavior of the explosive, influencing factors such as shockwave intensity, pressure development, and fragmentation effects. This parameter plays a key role in the design and application of explosives for various purposes, ranging from mining to military applications.
The burning rate of fuel is dependent on its physical state because it affects the surface area exposed to oxygen, which is necessary for combustion. In a solid state, the surface area is limited, while in a gaseous or liquid state, the fuel can mix more easily with oxygen, increasing the burning rate. Additionally, the physical state influences the ease of vaporization and combustion reactions, which can impact the burning rate of the fuel.
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, 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.
Most common is nitrogen.
The process of burning music means to copy songs into a CD. It is also possible to copy music videos into a DVD. This is also called the process of burning music. You can use the CD or DVD on any other device to listen to.
For example heat from burning, explosives, etc.
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.
the burning rate of paper actually depends on the type of paper because they all have different densitys which will affect the burning rate of each type paper.in conclusion there are different burning rates.
This is the process of burning
lighting it on fire
Explosives are used to put out oil fires by cutting off the oxygen supply to the flames, depriving them of the fuel they need to continue burning. The force and shockwave from the explosion can help to disrupt the fire and extinguish it quickly.
cheaper than standard rate :)
The most widely used low explosives are black powder, smokeless powder, and pyrotechnic compositions. These explosives are commonly used in firearms, fireworks, and industrial applications due to their controlled burn rate and relatively low sensitivity to shock or friction.
Projection Hazard - #2(Explosives 1.2) Minor explosion hazard, no significant blast - #4(Explosives 1.4) Mass explosion hazard - #1(Explosives 1.1) Predominantly fire hazard - #3(Explosives 1.3) Extremely insensitive hazard - #6(Explosives 1.6) Burning/explosion during normal transport unlikely - #5(Explosives 1.5) ---------------------------------------------------------------------------------------------------------- Answer cordinates with number on sign. Corrosive - 8 Dangerous when wet - 4 Organic peroxid - 5.2 Flammable liquid - 3 Flammable Gases - 2
it is the same
yes it does
it is the same