Search results
Results from the WOW.Com Content Network
Each bounce is smaller than the previous one. The "bomb run" is calculated so that at its final bounce, the bomb will reach close to the target, where it sinks. A depth charge causes it to explode at the right depth, creating destructive shockwaves. The bouncing bomb was a 5-ton bomb developed, separately, during World War II. Like the tsunami ...
Extensively used in bombs, shells, depth charges and naval mines Baronal: Barium nitrate, TNT and powdered aluminium: Baratol: Barium nitrate and TNT: Used in British hand grenades. Also used as the low velocity explosive lens in the implosion type nuclear weapon, Fat Man: Composition A: 88.3% RDX and 11.7% plasticizer: Composition B: RDX, TNT ...
An underwater charge explosion, conducted by the US Navy An underwater explosion (also known as an UNDEX ) is a chemical or nuclear explosion that occurs under the surface of a body of water. While useful in anti-ship and submarine warfare, underwater bombs are not as effective against coastal facilities.
Aerial-launched depth bombs are dropped in twos and threes in pre-computed patterns, either from airplanes, helicopters, or blimps. Since aerial attacks normally resulted from surprising the submarine on the surface, air-dropped depth bombs were usually timed to explode at a shallow depth, while the submarine was in the process of making a ...
Underwater warfare includes: Actions by submarines actions, and anti-submarine warfare, i.e. warfare between submarines, other submarines and surface ships; combat airplanes and helicopters may also be engaged when launching special dive-bombs and torpedo-missiles against submarines; Underwater special operations, considering:
Ever seen a 5.4 ton bomb go off underwater? For premium support please call: 800-290-4726 more ways to reach us
The discoveries include two 250-pound bombs and a 1,000-pound bomb, which are estimated to be approximately 80 years old, federal and county officials said in a Feb. 12 news release.
Underwater explosions using dry ice and liquid nitrogen are captured in high definition slow motion by The Backyard Scientist.