Fire channeling prevention device for fuel air explosive warhead
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A warhead and anti-jumping technology, applied in the field of cloud explosion warheads, can solve problems such as unseen
Active Publication Date: 2015-03-04
XIAN MODERN CHEM RES INST
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Problems solved by technology
[0004] At present, there is no technology related to FAE fire prevention
Method used
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Embodiment 1
[0037] The outer diameter of the cloudburst warhead shell is 200mm, and the height is 300mm.
[0038] Fix the anti-jump fire device on the shell of the cloud explosion warhead (see attached figure 2 ), the inner cylinder (inner diameter 40mm, wall thickness 1.5mm) and outer cylinder (inner diameter 70mm, wall thickness 1.5mm) of the fire prevention device should coincide with the axis of the cloud explosion warhead shell;
[0039] Fill cloud explosion medicament (propylene oxide) between the shell of cloud explosion warhead shell and the anti-jump fire device then;
[0040] Then, ammonium bicarbonate is filled between the outer cylinder and the inner cylinder of the fire prevention device, and the density of the filled ammonium bicarbonate is 1.51g / cm 3 , the filling mass is 940g.
[0041] Then fill the throwing powder column (TNT powder column, Φ40×40mm, 7 sections) inside the inner cylinder of the fire prevention device; finally insert the detonator on the upper part of t...
Embodiment 2
[0044] The outer diameter of the cloudburst warhead shell is 400mm, and the height is 600mm.
[0045] Fix the anti-jump fire device on the shell of the cloud explosion warhead, and make the inner cylinder (inner diameter 80mm, wall thickness 2mm) and outer cylinder (inner diameter 140mm, wall thickness 2mm) of the anti-jump fire device and the shell of the cloud explosion warhead The axis coincides;
[0046] Then in the cloud burst warhead shell (see attached figure 2 ) and the shell of the fire prevention device are filled with cloud explosion agent (propylene oxide);
[0047] Then, ammonium bicarbonate is filled between the outer cylinder and the inner cylinder of the fire prevention device, and the density of the filled ammonium bicarbonate is 1.51g / cm 3 , the filling mass is 8327g;
[0048] Then fill the throwing powder column (TNT powder column, Φ80×80mm, 7 sections) inside the inner cylinder of the fire prevention device; finally insert the detonator on the top of the ...
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Abstract
The invention discloses a fire channeling prevention device for a fuel air explosive warhead. The device consists of an outer barrel, an inner barrel and an agent between the inner and outer barrels, wherein the inner and outer barrels are made from a metal material with higher ductility; the agent undergoes decomposition reaction to release a large amount of gas under the action of thermal or shock compression. The agent is compressed by shock waves generated after the detonation of a central dispersed explosive of the fuel air explosive warhead, and the shock waves can be attenuated by the agent, so that the amplitude of the compressed waves transmitted to an air explosive fuel is lower, and the air explosive fuel is prevented from being heated to burning temperature. After the agent undergoes decomposition reaction to release gas such as CO2, H2O and NH3 after being shocked and compressed, the gas is between a central dispersed explosive detonation gas product and the air explosive fuel, and the high-temperature detonation gas product is separated from the air explosive fuel by the gas, so that the air explosive fuel is prevented from being burnt after the central dispersed explosive of the fuel air explosive warhead is detonated, and the problem of fire channeling is solved.
Description
technical field [0001] The invention relates to a cloud explosion warhead, in particular to a fire prevention device for a cloud explosion warhead. Background technique [0002] FAE warhead is a surface-kill warhead with high energy efficiency. [0003] For the secondary detonation FAE warhead, its action process can generally be divided into two stages: the first stage is the formation of FAE cloud, that is, the fuel throwing stage; the second stage is the detonation stage of FAE cloud. During the formation of the FAE cloud in the first stage, if the ignition and combustion of the cloud occurs before the secondary fuze acts, it is called a jump fire. The occurrence of jumping fire greatly reduces the power of FAE, which is one of the important ways for FAE to fail. In order to give full play to the power of FAE weapons, it is necessary to prevent the occurrence of fire. [0004] There is no technology about FAE fire prevention at present. [0005] Practice has shown tha...
Claims
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Application Information
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