靶弹系统发展的某些新特点

靶弹系统建设对于防空兵器试验和部队作战训练具有重要的作用。介绍了靶弹的组成,美、俄等国靶弹系统研发现状以及主要型号靶弹的技术战术性能,详细分析了外军靶弹研发的特点和发展趋势,对我国防空兵器靶标体系建设有一定的参考借鉴作用。     

弹上电气系统电磁兼容性设计

随着防空导弹电子集成化的提高和打击目标向雷达、预警机等电子辐射类目标的扩展,导弹弹上电气所处的内、外电磁环境日趋复杂、恶劣,弹上电气电磁兼容性设计的重要性也越来越突出,将直接影响到导弹性能和作战成败。     

无源BD在导弹自定位中的应用研究

为了解决近程防空导弹制导雷达实现全方位、高数据率跟踪多目标、截获跟踪多导弹遇到的资源紧张问题,提出了利用BD无源定位方案实现导弹自定位,提高导弹自定位精度的方法。仿真结果表明,该方案合理可行,可降低导弹定位误差,所得结果对防空导弹自定位方案设计具有指导意义。     

混编防空导弹网络化作战系统功能体系结构分析

混编防空导弹网络化作战系统功能体系结构分析的目的是描述系统结构、系统功能以及功能间的交互关系。基于网络中心战原理,以区域反弹道导弹为背景,描述了混编防空导弹网络化作战系统反导作战的作战过程及其任务序列;分析了混编防空导弹网络化作战系统的功能模块和功能节点划分;构建了以3层逻辑网结构为特征的混编防空导弹网络化作战系统功能体系结构,分析了3层逻辑网的组成与功能及其相互关系。     

Special Section: Nuclear Stability In South Asia

The question of nuclear stability in South Asia is a subject of both academic and policy significance. It is the only region in the world that has three, contiguous nuclear-armed states: India, the People's Republic of China, and Pakistan. It is also freighted with unresolved border disputes. To compound matters, all three states are now modernizing their nuclear forces and have expressed scant interest in any form of regional arms control. These issues and developments constitute the basis of this special section, which explores the problems and prospects of nuclear crisis stability in the region.     

基于ExtendSim的小高炮武器系统抗击超音速巡航导弹仿真分析

目前超音速巡航导弹对要地防空的安全威胁越来越严峻,研究高炮部队在各种配置情况下抗击超音速巡航导弹的作战效能日益受到重视。首先对超音速巡航导弹来袭弹道和高炮抗击过程进行分析,在此基础上设计了高炮反导作战仿真流程,随后基于流程构建ExtendSim仿真模型评估高炮部队在各种配置情况下的作战效能,最后对仿真结果进行分析比较研究,所得结论为高炮部队抗击超音速巡航导弹作战配置提供了基本参考和依据。     

对岸电子进攻中航母阵位确定方法

针对航母编队对岸电子进攻作战提出了一种航母编队阵位确定的方法。基于航母编队在对岸电子进攻中的任务,提出了航母编队与岸边距离的基本要求,建立了航母编队与岸边距离的数学模型,仿真计算了模型中各个参数对航母编队与岸边距离的影响。这些模型可用于航母编队在对岸电子进攻中确定航母的阵位,满足航母编队作战使用的需要。     

Strategic “defensivism” and post-reset blues: US–Russian nuclear arms reductions,missile defenses and minimum deterrence

US nuclear deterrence and arms control policy may be moving, by design and by inadvertence, toward a posture of strategic “defensivism”. Strategic “defensivism” emphasizes the overlapping and reinforcing impact of: (1) reductions in US, Russian and possibly other strategic nuclear forces, possibly down to the level of “minimum deterrence,” (2) deployment of improved strategic and/or theater antimissile defenses for the US, NATO allies and other partners; and (3) additional reliance on conventional military forces for some missions hitherto preferentially assigned to nuclear weapons. This article deals with the first two of these aspects only: the interaction between missile defenses and offensive force reductions in US–Russian strategy and policy. The findings are that stable deterrence as between the USA and Russia is possible at lower than New Strategic Arms Reduction Treaty levels, but reductions below 1000 deployed long-range weapons for each state, toward a true minimum deterrent posture, will require multilateral as opposed to bilateral coordination of arms limitations. Missile defenses might provide some denial capability against light attacks by states with small arsenals, but they still fall short of meaningful damage limitation as between powers capable of massive nuclear strikes.     

美国舰载标准系列导弹对海军防空导弹发展的影响

美国海军现役的标准导弹是一个庞大的系列,主要型号从标准1一直到标准6,每个主要型号又在不同的时期发展出多种改进型。它不仅是美国海军当前的主力舰空导弹武器装备,还出口到多个国家和地区,是世界上装备量最大、应用最为广泛的舰空导弹系统。本文主要结合标准系列导弹的发展历程,分析了标准系列导弹对世界海军防空导弹装备发展的深远影响。