1) terminal detection
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末敏
1.
In this paper, according to sub munition’s flying characters and work theory of terminal detection and terminal correction parts, a new method of calculating the shooting probability of terminal correction sub munition is presented.
根据末修子弹的运动特点以及末敏、末修部件的工作原理 ,用近似的方法计算出子弹对机场跑道的探测概率 。
2) terminal sensitive
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末敏
1.
Anti line target terminal sensitive cluster warhead is a new kind of bomb.
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攻击线目标的末敏子母弹是一种新型弹种 ,具有较高的射击效力。
2.
Based on the research of the project—"The Fuse Technology of Smart Mine", and according to the development tendency of anti-armed tank weapons, thisdissertation presents a kind of passive acoustic detecting method which is combinedby voice/infrared for terminal sensitive projectile.
本文在“智能雷弹引信技术”的研究基础之上,根据反坦克武器的发展,提出了一种基于被动声探测技术的声红外复合探测方法,并用于末敏弹之上。
3) terminal-sensitive projectiles
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末敏弹
1.
Optimal design of system efficiency parameters about terminal-sensitive projectiles based on support vector machine and genetic algorithm;
基于支持向量机和遗传算法的末敏弹系统效能参数优化设计
4) terminal-sensitive projectile
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末敏弹
1.
Bayesian method is applied to analyzing the reliability of projecting process about terminal-sensitive projectiles.
针对末敏弹是几种高新技术相结合的新型弹药,试验费用昂贵,靶场试验次数的特点,采用Bayes方法对其抛射过程的可靠性进行分析。
2.
fire efficiency and the target selecting,Scientific foundations are thus supplied in this paper for the operational implementation about terminal-sensitive projectile.
论述了末敏弹扫描间隔产生的原因,分析了扫描间隔对末敏弹扫描幅员计算方法,评定射击效率方法以及对目标选择等的影响,为研究末敏弹的作战使用提供了科学依据。
3.
Terminal-sensitive projectile is an advanced new-type of ammunition, having complex structure and a multiplicity of influencing factors, the overall optimal design to the terminal-sensitive projectile system is thus a very difficult work.
末敏弹是一种先进的新型弹药 ,由于其结构复杂 ,影响因素多 ,所以对其进行全面的系统优化设计十分困难。
5) terminal sensitive projectile
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末敏弹
1.
The design and implement of terminal sensitive projectile simulation system;
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末敏弹红外敏感器仿真系统的设计与实现
2.
The detection level of terminal sensitive projectile effects the ability for damaging armored target.
末敏弹探测结果直接影响到其毁伤装甲目标的能力 ,为了提高末敏弹对目标的识别能力 ,提高命中概率 ,该文采用基于模糊数学和D -S证据理论的多传感器数据融合技术 ,对毫米波 /红外复合敏感体制末敏弹的目标识别问题进行了分析研究 ,有效地提高了末敏弹对目标的识别能
3.
According to orthogonal experiment based sensitivity analysis method, and working principia of terminal sensitive projectile, a project testing scheme is established in this paper.
根据基于正交试验的灵敏度分析法 ,在了解了末敏弹工作原理基础上 ,确定了设计试验方案 ,在此基础上通过大量计算对影响末敏弹系统效能的几个因素进行了分析 ,找出了这些影响因素的主次关系 ,优水平及其单调性 ,为末敏弹系统效能的提高提供了依
6) target sensitivity projectile
![点击朗读](/dictall/images/read.gif)
末敏弹
1.
This paper deals with the method of the simulation of target sensitivity projectile trajectory based on MATLAB/Simulink,Firstly,the trajectory of target sensitivity projectile is divided into the phase of speed-down and the phase of scanning steadily according to its working principle,and the dynamics models of target sensitivity projectile trajectory are brought forward.
文中介绍了基于 MATLAB/Simulink 的末敏弹弹道仿真方法。
补充资料:末端敏感弹
末端敏感弹
terminal sensing projectile
moduan mingandQn末端敏感弹(terminal sensing proje在弹道末端利用弹上的敏感装置,自测、搜索目标,并自动引爆自锻弹丸部的反坦克弹药。简称末敏弹。具有的特征,能自动探测和攻击目标;又炮弹的结构简单、使用方便和“发射管”等优点,是远距离打击集群装甲的理想弹药。 末敏弹多采用大口径子母弹结构弹内装有2一3枚子弹,每枚子弹带有祸降落伞、毫米波传感器及天线、红外器、信号处理机构、安全保险机构、自丸战斗部。其子弹的毫米波传感器,是毫米波雷达反射的原理对金属目标和自然环境探侧,识别出是金属目标还是物体。毫米波传感器空间分辨能力高,小型天线,具有透过一定的烟、雾、云等环境观察目标的能力。在恶劣环境下,不易受干扰。红外传感器是根据物热辐射原理,通过对坦克及装甲车辆旷机和履带甲板与自然环境的温度差判标。两个传感器结合使用,可使探测目加精确。信号处理机构是微型电子计算当传感器判明目标后,计算机可计算出的方位、高度和最佳起爆时机,并适时指令,起爆自锻弹丸战斗部。自锻弹丸部,由大锥角(120。以上)的球面形或药形罩和聚能装药组成。爆炸时,在爆的作用下,金属药形罩被压塌、翻转,一个质量大、短而粗且形状规整的弹丸速飞行,以其动能侵彻装甲,毁伤目标战时,利用常规大口径火炮将母弹发射标上空,母弹在时间引信的作用下,将抛出。当子弹距地面150米左右高度时弹靠涡流环降落伞以10米/秒左右的速慢下降,此时的弹轴与地面呈30。夹Lile)栋科娜沛环嘛母林撼麒确捆她阴雨瓣渺黝阴硬队琳础料豁撇贼高作湘滩子滁 ,/、12‘\黔静刃一、。一砰/一 ︸一蔚威、\ / 奋苦I、、~一____一一尸子弹进行螺旋式扫描示意涯黝︸VV丫︾U!角速落方!毫米;转运由外},不标,:终确)装甲:理机l爆时锻弹:坦克)世纪l的。研制1“萨生命中{了重丢甲子立母弹l带两l、瑞自般弹丸命中坦克示意图并以约4转/秒〔度绕垂线(即习向)旋转。
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