What is the primary mechanism driving the reaction front during a detonation?
Answer
A propagating shock wave moving faster than the speed of sound
Detonation involves a supersonic shock wave that compresses and heats the unreacted material ahead of it, sustaining the chemical reaction.
Related Questions
What characteristic defines a deflagration regarding wave propagation speed?What is the primary mechanism driving the reaction front during a detonation?What is the primary energy source for a mechanical explosion?What typical industrial scenarios are often cited as examples of deflagration?How does the pressure wave associated with a detonation compare to that of a deflagration?What often occurs when a deflagration reaction takes place in a confined area?Which category of explosive events is fundamentally distinct from deflagration and detonation based on kinetics?What is the primary safety focus when engineers manage the risk of a potential detonation event?What is the critical factor ATF considers when assigning hazard classes to explosive materials?What causes the pressure to build during a deflagration if the reaction front is moving slower than the pressure wave?What distinguishes materials that typically only deflagrate from those classified as high explosives?