Low order detonation
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
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.
A low-order detonation is either incomplete detonation or complete detonation at lower than maximum velocity -OR- leave large ordanance fragments containing explosives and may leave chunks or pieces of exposed explosive; do not move remaining debris
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
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.
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
low order detonationlow order detonation
low order detonationlow order detonation
A low-order detonation is either incomplete detonation or complete detonation at lower than maximum velocity -OR- leave large ordanance fragments containing explosives and may leave chunks or pieces of exposed explosive; do not move remaining debris