地面防空火力单元基于D-S理论选择反导防御手段

在现代战争中,飞航导弹发挥了重要作用,取得了巨大的作战效能。地面防空火力单元面临着如何合理使用防御措施、正确选择干扰手段加强对飞航导弹防御的问题。提出一种把基于D-S理论的数据融合技术应用于地面防空火力单元选择干扰手段进行反导防御的方法。结果表明,利用D-S理论可以较好地选择对飞航导弹的干扰手段。     

战术地地导弹打击复杂飞机跑道的火力运用

在文献 [1,2 ,3]的基础上 ,研究了运用战术地地导弹对复杂飞机跑道实施打击中 ,最优瞄准点选择和毁伤效果指标计算原理和步骤 ,给出了描述复杂飞机跑道失效率的毁伤指标体系和内涵     

Russia and Strategic Conventional Weapons:

ABSTRACT

Russian political leaders and military strategists are growing increasingly concerned about “strategic conventional weapons”—a broad category that appears to include all non-nuclear, high-precision, standoff weapons—and about long-range, hypersonic weapons, in particular. These concerns are complex and multifaceted (and, in some cases, contradictory), but chief among them are the beliefs that strategic conventional weapons could prove decisive in a major conflict and that Russia is lagging behind in their development. US programs to develop and acquire such weapons—namely, the Conventional Prompt Global Strike program—are of great concern to Russian strategists, who argue both that the United States seeks such weapons for potential use against Russia—its nuclear forces, in particular—and because strategic conventional weapons are more “usable” than nuclear weapons. Asymmetric responses by Russia include increased reliance on tactical nuclear weapons, efforts to enhance the survivability of its nuclear forces, and investments in air and missile defenses. There is also strong—but not completely conclusive evidence—that Russia is responding symmetrically by attempting to develop a long-range, conventionally armed boost-glide weapon.     

Boost-glide Weapons and US-China Strategic Stability

ABSTRACT

The United States and China are testing boost-glide weapons, long-range strike systems capable of flying at Mach 5 or faster through the upper atmosphere. For the United States, these systems would provide a conventional prompt global strike capability, which, together with US ballistic missile defense programs, Chinese experts regard as a threat to China's ability to conduct nuclear retaliation. This perception is encouraging the Chinese military to modify its nuclear posture in ways that tend to create greater risks for both sides. If China's own boost-glide systems are meant to carry nuclear payloads only, their deployment would not fundamentally alter the current situation between the two states. However, if they were conventionally armed or dual-purpose, or if the United States could not determine the payloads they carried, the deployment of Chinese boost-glide systems could compound problems of strategic stability created by the introduction of ballistic missile defense, antisatellite, and antiship ballistic missile capabilities. If the technical hurdles can be overcome, it may be difficult for the two sides to refrain from these deployments in the absence of strong mutual trust or an established arms-control relationship. New confidence-building measures and expanded mutual transparency are warranted to avoid creating new dangers.     

探测平台目指精度对反舰导弹捕捉效能影响分析*

随着反舰导弹射程的不断增加,反舰导弹远程攻击需要使用远程探测平台提供目标指示。针对反舰导弹与远程探测平台的协同使用问题,提出反舰导弹采用"现在点"射击方式时,探测平台的目指精度与反舰导弹捕捉效能的相关分析模型。通过对模型的仿真计算,得出在不同使用条件下,影响导弹捕捉效能的目指精度。研究表明,导弹射击所需要的目指精度是一个随多个因素变化的量,应根据导弹射击的具体情况,确定相应的目指精度。     

高速机动反舰导弹防御技术

在分析高速机动反舰导弹和舰艇近程防御系统发展的基础上,研究了近程反导舰炮武器系统反应时间和精度等主要性能指标面临的突出问题,从改进拦截体制、灵活快速反应、多模型建立、机动检测和识别及改进预测方法等几个方面提出了技术改进措施,可为舰艇近程防御系统的后续发展提供技术参考和研究方向。     

基于证据理论的常规导弹阵地生存防护研究

着眼于阵地生存防护对策分析中的不确定性,提出了一种基于证据理论判别来袭武器类型的方法,通过对武器威胁度的评估,建立了来袭武器威胁等级判据,构建了详细的生存对策,可为常规导弹阵地生存防护决策提供有效的辅助支持.     

便携式防空导弹舵面偏转运动对比研究

建立了便携式防空导弹舵面偏转运动的数学模型,包括正弦偏转运动、不带零位脉冲调宽偏转运动和带零位脉冲调宽偏转运动,推导了相应的等效舵偏角矢量的公式,对比了3种舵面偏转运动对导弹性能的影响,所得结果对导弹设计中舵机的选取有参考价值。     

俄海军舰空导弹武器设计和试验一体化仿真平台

目前在舰空导弹系统研制领域,俄罗斯海军处于世界先进水平。介绍了俄罗斯在舰空导弹武器设计和试验仿真领域的研究成果,对构建设计和试验一体化仿真平台具有重要的借鉴意义。     

制导炸弹--一种重要的空袭兵器和应对措施

根据越南战争、海湾战争和科索沃战争的战例,阐述了制导炸弹的主要战术技术特点,认为制导炸弹是未来空袭作战重要兵器,是中低空中近程地(舰)空导弹的重要目标,拦截制导炸弹是地(舰)空导弹应该着力研究的问题.论证了中低空中近程地(舰)空导弹拦截制导炸弹的可行性,并提出了应开展的专项技术研究课题.