反辐射及抗反辐射导弹的技术现状及前景

以反辐射导弹技术发展为前提,综述抗反辐射导弹的技术措施及发展途径。     

关于战术导弹的储存可靠性问题

本文依据战术导弹储存可靠性的研究与实践,结合导弹的特点,论述了储存状态的界定,储存可靠性的有关基本概念和有关指标。探讨研究了导弹储存可靠性的储存条件与方式、试验验证与数据库等问题。     

舰空导弹引战配合可视化仿真分析方法

提出了一种更加直观的舰空导弹引战配合分析方法,充分利用飞行试验数据和弹道仿真数据,通过引战配合数学仿真计算和可视化仿真,复现了弹目交会时战斗部破片杀伤目标的过程,并在某型舰空导弹飞行试验引战配合分析中得到了应用.     

基于概率模型的弹道导弹突防措施分析

从作战效率的角度,建立多层防御系统的概率模型,分析单层防御系统性能变化对整体的影响;建立目标毁伤概率模型,分析单个目标命中概率对单层防御系统性能的影响;建立单层防御系统的贝努利实验模型,分析识别能力和毁伤能力对系统效能的影响.通过这些简单的概率模型,反向分析探讨了针对分层防御系统的弹道导弹突防问题.     

The salvo combat model with area fire

This article analyzes versions of the salvo model of missile combat where area fire is used by one or both sides in a battle. Although these models share some properties with the area fire Lanchester model and the aimed fire salvo model, they also display some interesting differences, especially over the course of several salvos. Although the relative size of each force is important with aimed fire, with area fire, it is the absolute size that matters. Similarly, although aimed fire exhibits square law behavior, area fire shows approximately linear behavior. When one side uses area fire and the other uses aimed fire, the model displays a mix of square and linear law behavior. © 2013 Wiley Periodicals, Inc. Naval Research Logistics 60: 652–660, 2013     

Missile systems: “Flexible modularity” and incremental technological change in military production∗

It is often stated that technological change in the military field is characterised by the introduction of radical innovations rather than by incremental processes of technological change. This article illustrates the diversity of military innovation by arguing that technological change in missiles systems is dominated by incremental change. While some large weapons platforms display the design rigidities normally associated with complex systems, missiles are characterised by “flexible modularity”. Flexible modularity facilitates the continuous introduction of upgrades, and makes missile systems amenable to gradual technological change. Besides, it has significant implications for the future role of missile systems, and poses special problems for missile disarmament and technology control initiatives.     

双37mm高炮系统防御巡航导弹的仿真研究

采用数字仿真方法对使用双３７ｍｍ小高炮系统防御巡航导弹的效能进行了研究。并对战场环境、武器系统的技术参数与目标的毁伤概率间的关系作了定量的分析     

用有限元法优化高射机枪结构设计

以某高射机枪为研究对象,采用有限元法对该枪进行建模,并用实验研究的结果检验和修改了理论模型。计算了该枪的结构动态特性和枪口动力响应,从改善射击精度的角度出发,通过对若干结构修改方案的模拟计算,提出了该枪结构修改的参考意见。     

海军舰艇编队防空导弹协同作战技术研究

主要以信息化条件下如何提升海军舰艇编队防空导弹作战能力为背景,重点描述协同指挥和协同制导作战的概念内涵、国内外研究现状、作战模式、主要实现的功能,给出不同指挥层次下各指挥节点的体系结构和功能定位,进而从信息场和功能界面等方面说明协同指挥和协同制导2个功能层次的区别.     

空舰导弹火控系统精度分析研究

介绍了一种空舰导弹火控系统动态精度试验的试验方法、误差分析理论和方法.用导弹火控系统的数据测量设备获取火控系统输出射击诸元参数实际值,再测量载机和靶船的位置和运动参数,经真值解算模型解算出射击诸元参数标准值.将实际值与标准值进行比较与分析,即可得知空舰导弹火控系统的动态精度是否满足要求.此方法已成功地应用于导弹火控系统精度飞行试验中.