弹道导弹突防措施分析

简要介绍了弹道导弹面临的典型防御系统。针对该防御系统,提出了弹道导弹所能采取的典型突防手段,并将弹道导弹突防措施分为反侦察类突防和反拦截类突防两部分,介绍了反侦察类突防中的电子干扰、诱饵、隐身、助推段策略以及反拦截类突防中的加强防御策略、导弹机动发射与飞行、多弹头策略等。为研究弹道导弹突防技术提供参考。     

基于空基平台的TBM助推段拦截可行性分析

为了研究对TBM目标进行空基助推段拦截的作战可行性,设计了空基反TBM的拦截作战过程。在此基础上,从拦截时序、拦截作战距离、拦截方式和拦截弹末速度要求、拦截时空综合等4个方面详细分析了空基助推段拦截TBM的可行性,同时建立了拦截可行性分析计算模型;最后,对拦截可行性进行了仿真验证。从而为空基反导武器装备发展和作战使用研究提供了重要的参考依据。     

一种固体导弹最大射程评定方法

本文提出了一种基于固体火箭发动机性能散布分析的固体导弹最大射程评定方法，将系统辨识、性能散布分析和统计分析有机结合，实用性强，对固体导弹试验鉴定技术研究具有重要意义。     

WSEIAC模型的中远程空空导弹武器系统效能分析

依据中远程空空导弹武器平台系统的战术指标,建立了中远程空空导弹武器平台系统的效能评价体系.对ADC扩展模型中的人为因素K进行了修正,在能力矩阵C中增加对载机生存能力和信息支持能力的体现.在此基础上给出了修正扩展模型下的系统效能,计算了在原始ADC模型下的系统效能,并对两种模型下的效能差异进行了比较.     

反舰导弹发展趋势分析及其末端防御

分析了现代反舰导弹的特点(包括超声速反舰导弹的弱点)及未来发展趋势,论述了当前国外反导防御的手段及新思想,指出末端防御的重要性。主要讨论了目前防空反导系统存在的困难及火控系统存在的局限性,总结了反舰导弹末端具有的弱点(红外特征明显、速度过大不易机动等),从系统的角度论述了末端拦截反舰导弹的可行性及需研究的新技术。     

India’s emerging space assets and nuclear-weapons capabilities

ABSTRACT

Over the last five decades, India’s nuclear and space programs have gone through several phases, from collaboration to divorce to supportive. An interplay of two factors determined the nature of the relationship. One was the state of India’s nuclear-weapon program. The second was international conditions, especially India’s relationship with the nuclear-nonproliferation regime. In the early decades, because of the rudimentary nature of India’s nuclear and space programs, the relationship was collaborative, since the rocket technology being developed was a necessary adjunct to the nuclear-weapon program. Subsequently, as India’s rocketry capabilities and nuclear-weapon program began to mature and concerns about international sanctions under the non-proliferation regime began to grow, the two programs were separated. The Indian rocketry program was also divided, with the civilian-space and ballistic-missile programs clearly demarcated. After India declared itself a nuclear-weapon state in 1998 and the programs matured, the relationship has become more supportive. As the two programs mature further, this relationship is likely to deepen, as the nuclear-weapon program requires space assets to build a robust and survivable nuclear deterrent force.