sympathetic detonation

Theres a risk of sympathetic detonation but its more theoretical than real.

Ground water in open channels facilitates sympathetic detonation as well.

The explosions inside here will trigger sympathetic detonations of all the missiles in the place.

Seven mine clearing line charges were used to create greater than fifteen sympathetic detonations.

Class 1.1 solid rocket fuels are susceptible to sympathetic detonation.

The mines are prone to sympathetic detonation if laid closer together than 2 m.

A cooked-off round may cause a sympathetic detonation of adjacent rounds.

Unfortunately, because of something we call sympathetic detonation, the hydrogen bombs also go poof!

If there were a sufficiently powerful explosion close by it might go up by sympathetic detonation.

However, in some ditch blasting cases sympathetic detonations are exploited purposefully.

The resultant shock wave can even cause sympathetic detonation of unsecured ammunition.

The mines were normally laid between 3.5 and 1.8 meters apart, any closer would trigger sympathetic detonation.

Transfer of the shock wave through the wall or armour may also be possible cause of a sympathetic detonation.

Uncontrolled sympathetic detonations may cause excessive ground vibrations and/or flying rocks.

So, move one case, then, when the second one was moved, it would go off, blowing the first case in sympathetic detonation.

Sympathetic detonation's a funny thing--there's an even chance that the whole damned lot would go up.

The others go up by sympathetic detonation.'

I think it's meant to blow up the twister in sympathetic detonation if the twister's own time mechanism doesn't work.

Triggered electrically, by radio or, if they used fulminate of mercury, by sympathetic detonation.

It is shock-resistant and can be laid as close as two meters apart without causing sympathetic detonation.

This design was very thin-walled and sympathetic detonation could occur if the mines were planted closer together than seven feet (2 m).

Sympathetic detonation is caused by a shock wave, or impact of primary or secondary blast fragments.

Sympathetic detonation presents problems in storage and transport of explosives and ordnance.

Conversely, class 1.3 fuels can be ignited by a nearby fire or explosion, but are generally not susceptible to sympathetic detonation.

For most industrial explosives, the maximum distances for possible sympathetic detonations are between 2-8 times of the charge diameter.