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Low order detonations?
what substance does a low order explosive resemble
Low order detonations leave large ordinance fragments?
they leave chunks or pieces. do not move out of the way
What term is used to describe an incomplete detonations or complete detonation at a lower than maximum velocity?
low order detonationlow order detonation
What do low order detonations do?
leave large ordinance fragments containing explosives and may leave chunks or pieces of exposed explosive, do not remove remaining debris
What are low-order detonations?
they leave large ordnance fragments containing explosives and may leave chunks or pieces of exposed explosives; do not remove remaining debris.
Low order detonations leave?
leave large ordnance fragments containing explosives and may leave chuncks or pieces of exposed explosives; do not move remaining debris
Low-order detonations leave?
Leave large ordnance fragments containing explosives and may leave chunks or pieces of exposed explosive; do not move remaining debris.
Would it be true or false that some land mines have interval detonations?
True, some land mines have interval detonations.
Which one has the ability to destroy entire cities and impair electronic communications systems?
Nuclear weapon detonations
Which types of nuclear detonations create a large crater?
Both underground and surface nuclear detonations can create large craters. Underground detonations can result in a deep, narrower crater due to the explosion taking place beneath the surface, while surface detonations can produce wider, shallower craters as the blast occurs on the surface.
What are three true statments about uxo hazards?
Spring-loaded fins in UXOs can deploy with enough pressure to break bones Remaining bits of explosive from low-order detonations are very dangerous and may be extremely sensitive to shock, friction, and heat A UXO buried just below the surface can have the same hazardous effects as if it were on the surface
Which types of nuclear detonations create a mushroom cloud?
Both atmospheric and surface nuclear detonations can create mushroom clouds. Atmospheric detonations occur above the Earth's surface, while surface detonations occur at or near the Earth's surface. The characteristic mushroom cloud is formed when the intense heat of the explosion generates an updraft that draws up debris and dust into the atmosphere.
