三维仿形干扰弹设计+文献综述

摘要本论文设计的三文仿形干扰弹，装载于国产99式主战坦克，当坦克遭遇导弹追踪时，该干扰弹在适当距离处作用，抛出三文仿形气囊，气囊迅速充气，最终在地面上形成一个具有一定体积和形状的气囊，由于气囊表面涂有一层与坦克外部材料相似特性的物质，从而使导弹误以为气囊是目标而放弃追踪坦克，这样坦克就可以成功避免一次导弹的攻击。
本毕业论文开始对三文仿形干扰弹进行了结构上的设计，其中重点设计了干扰弹的抛射系统和气囊系统，对其相关参数进行了详细地计算和验证。论文紧接着又对干扰弹的结构特征数和重点结构强度进行了计算，经计算检验，所有验证项目均符合要求，最后对该三文仿形干扰弹设计进行了总结。相信本论文的研究，将对该型干扰弹的预先研制提供一定的帮助。10202
关键词三文干扰弹坦克气囊军事
毕业设计说明书（论文）外文摘要
Title   Design of Three Dimensional Nc-copy Interference
Abstract
The three dimensional nc-copy interference that is studied in this paper loads on our country's 99 type tanks. when tanks are tracked, the interferences come into play in the proper distance, throwing an three dimensional nc-copy air bag, air bag aerates quickly, and finally forming an air bag that has a certain size and shape on the ground. Due to the air bag is coated with a layer of special material that is similar to material of tanks, the missile treats the air bag as goal mistakenly and tracks them, so tanks can succeed to avoid missile attack.
In this paper, structure of three dimensional nc-copy interference was designed,on that basis, the aerosol propellant system and the air bag system ware designed mainly, and its related parameters ware calculated and verified detailedly. Then in this paper its structure features parameters and key structure strength ware calculated, through calculation and inspection, all validation projects conformed to the requirements. Finally the design of three dimensional nc-copy interference ware summarized. Believing that this research will offer some help for this type of the interference developed in advance.
Keywords three-dimensional interference tanks air bag military affairs
目   次
1   绪论   1
1.1   研究背景   1
1.2   国内外研究现状   1
1.2.1   气囊的应用   1
1.2.2   充气袋织物的研究与发展   2
1.2.3   安全气囊的研究现状   3
1.3   本文的主要研究内容   4
1.3.1   研究内容   4
1.3.2   研究方法   4
2   三文仿形干扰弹的结构设计   6
2.1   国产99式主战坦克目标特性分析   6
2.1.1   总体布置   6
2.1.2   结构及配置   7
2.1.3   充气仿形体的设计   8
2.2   三文仿形干扰弹的结构设计方案   9
2.2.1   弹体设计   9
2.2.2   引信确定   9
2.2.3   抛射系统设计   10
2.2.4   气囊系统的设计与计算   11
2.2.5   弹底设计   15
2.3   结构设计方案确定   16
2.3.1   结构特征数计算   16 三维仿形干扰弹设计+文献综述:http://www.751com.cn/jixie/lunwen_9191.html