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Ammunition Fuze Detonating Medicine、Booster from Failure Technology Research

Author: ZhangXinMao
Tutor: GuQiang
School: University of North
Course: Mechanical and Electronic Engineering
Keywords: Cluster munitions Unexploded ordnance Detonating medicine booster Autonomic failure technology
CLC: TJ410
Type: Master's thesis
Year: 2014
Downloads: 1
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Abstract


Under the condition of the existence of safety hazards caused by unexploded ordnance and abandoned munitions during the use of cluster munitions, this project is focus on trying to solve that cluster munitions can lapse automatically after firing but not happening explosion, promising to meet the international convention on limitation and use safely under specified conditions. When abandoned ammunition are transported and destroyed, will cause harm to human body, so we should eliminate the hazards of unexploded ordnance and abandoned munitions to human from the root.This article, based on the theoretical basis of polymer solubility, combining with physical and chemical properties of detonating drugs and booster, through theoretical analysis and experimental verification and other methods, try to find one or more chemical reagents to break the key detonating drugs and boosters in fuse explosives, to disintegrate and make it become compounds without explosive properties. Using a special device to add these reagents into ammunition fuse, if the ammunition is abandoned or the explosion not happening after launch, the device will start automatically, letting the reagents and detonating drugs, boosters react to make it fail, so that achieve the purpose. This article is focus on the research about the independent failure of detonating agents and boosters, and breaks through the key technologies of explosive degradation about detonating drugs and boosters. Through a lot of texts, finally, we determine the best components of degrading detonating drugs, boosters, and initially form a chemical method to achieve the cluster munitions fuse fail automatically. And the effect can be controlled and application range is wide, meanwhile, it’s easy to upgrade on the basis of existing products. It can solve the problem of unexploded cluster munitions fuses failing and ensure the safety of the use of cluster munitions.

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CLC: > Industrial Technology > Arms industry > Ammunition, fuses, pyrotechnics > Ammunition > General issues
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