More of the explosive trains hit Godzilla and detonate, knocking Godzilla down once more and giving them another chance to inject the coagulant.
2.
In all four settings, the high explosive in the mortar shell is detonated by a cascading explosive train of 4 increasing energies within the fuze.
3.
Carmel was killed-off in an explosive train accident on 12 November 2014, with cast members and television critics praising Merna's performance in her final scenes.
4.
In effect, the gun crews had laid an explosive train from the turret to the magazines, and one shell hit to a battlecruiser turret was enough to end a ship.
5.
This includes careful selection of the explosives used throughout the explosive train, strong physical barriers between the detonator and booster until the shell is fired and positioning explosive components for maximum protection in the fuze.
6.
The events required to rotate the explosive train into alignment and generate power for the fuze electronics cannot be accomplished by accident or deliberately by a vandal because three actions difficult to simulate must be applied in rapid succession:
7.
Fuzes normally have two explosive components in their explosive train : a very small detonator ( or primer ) struck by a firing pin, and a booster charge at the base of the fuze ( sometimes called the'magazine').
8.
Safety / arming mechanisms can be as simple as the spring-loaded safety levers on M67 or RGD-5 grenade fuzes, which will not initiate the explosive train so long as the pin is kept in the grenade, or the safety lever is held down on a pinless grenade.
9.
This mechanical arming is accomplished by a torsion spring rotating the detonators 180 degrees into an explosive train alignment as soon as the spring is unlocked by the acceleration forces depressing a Zig-Zag Setback Device ( Figure 3 ) and the wind stream forces unscrewing a Jackscrew ( Figure 4 ) locking device.
10.
Within a few days the cause was traced to a firing pin that was mounted athwart-ships such that when the torpedo hit a target dead-on ( ninety degree track angle ) the deceleration forces slowed the pin's motion in its bearings and its spring couldn't move it fast enough to set off the explosive train.
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