To choke a detonation, one typically reduces the available oxygen or fuel necessary for the combustion process. This can be achieved by using materials that absorb heat or by creating barriers that limit the flow of gases. In controlled environments, such as in explosives handling, specific techniques like using inert gases or physical obstructions can effectively suppress a detonation. It’s crucial to handle such processes with extreme caution due to the inherent dangers involved.
low order detonationlow order detonation
An incomplete detonation is referred to as a "deflagration," while a complete detonation at a lower than maximum velocity is known as a "low-order detonation."
low order detonationlow order detonation
low order detonationlow order detonation
Detonation - band - was created in 1997.
The term used to describe an incomplete detonation is a "misfire," while a complete detonation at a lower velocity is known as a "deflagration."
low order detonationlow order detonation
low order detonationlow order detonation
low order detonationlow order detonation
low order detonationlow order detonation
low order detonationlow order detonation
Deflagration is the term used to describe an incomplete detonation or a complete detonation at a lower than maximum velocity. This process involves a subsonic combustion reaction that moves through the explosive material at a slower rate compared to detonation.