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1.Breakthrough Effectiveness Analysis of SLAM
区外发射空地导弹效能分析收藏指正
2.Simulation and Research on the Penetration Probability of ALCM against SAM
巡航导弹对地空导弹的概率仿真研究收藏指正
3.The EW Tactics in Air Strike Penetration of Local Wars
从局部战争看空袭的电子战战术收藏指正
4.Route planning is one of the critical technologies of low-altitude penetration.
摘要航路规划是新一代低空技术的关键技术之一。收藏指正
5.An Investigation into the Issues of Penetration and Cooperative Engagement for Aerodynamic Missile under the Condition of Systems Coutermeasures
体系作战条件下飞航导弹与协同攻击问题研究收藏指正
6.The formulas to be used to calculate the average killed number of targets for one aircraft and the probability that a group aircraft is killed during combat sortie are deduced.
在效能指标中反映出与对地攻击靶场效能、对国土空系统效能以及对要地空系统效能的关系。收藏指正
7.Air strike penetration is playing an increasingly important role in EW and is payed great attention by the military powerful countries all over the world.
空袭在电子战中的地位和作用越来越出 ,引起世界各军事强国极大的重视和投入。收藏指正
8.Then aiming at the practical requirement of weapon development, a simulation system planning to evaluate the effectiveness of the ICBM?s breaking through missile defense is designed and the idea for the establishment of an comprehensive deliberation environment based on simulation experiment is also presented in this paper. Finally the constitution and character of the system, the key technology to develop the system such as confrontation environment description, system integration and reliability evaluation are elaborated thoroughly.
分析了评估洲际导弹效能面临的主要困难,提出了建立以人为主、人机一体的综合试验研讨环境的构想和洲际弹道导弹效能仿真评估系统的总体方案,重点阐述了仿真试验评估系统的构成和特征,介绍了御体系与对抗环境描述、试验边界条件界定、系统总体集成、系统可信度评估、联邦开发、效能综合评估、多媒体演示等系统实现需要解决的关键技术。收藏指正
9.Passive radars have become an important research area of modern radars for their excellent performance advantages in anti-elint, anti-electronic counter-countermeasure, anti-stealth targets, anti-radiation missile, anti-extra low flight.
无源雷达具有反侦察、反干扰、反隐形、反辐射导弹、反低空方面等诸多优势,是现代雷达研究的一个重要领域。收藏指正
10.Simulation results show that under this guidance law the probability of missile breaking through defense is improved to 89%,and the miss distance is only 0.3mm in the presence of autopilot lag.
仿真结果表明,这种制导律可以令导弹机动成功的概率提高到89%,而且在自动驾驶仪滞后情况下的制导精度很高,脱靶量仅有0.3mm。收藏指正
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