详细介绍了两种导弹武器突防概率评估方法：随机服务系统理论和统计试验法。
Two of statistical technologies used for the evaluation of missile penetration, the method based on stochastic service system theory and Monte Carlo, are introduced in detail.
根据国内外装备环境工程管理的现状，分析了我国导弹武器系统在环境工程中的现状。
According to the present conditions of domestic and foreign environmental engineering management, the application of environmental engineering on missile system was analyzed.
将层次分析法应用于模糊综合评价，对地空导弹武器设备性能的综合评价进行了探讨。
Applied analytic hierachy process to fuzzy quality synthetic evaluation, the integrated evaluation for surface to air missile weapon equipment performance is discussed.
根据导弹武器贮存条件、年限和故障率，进行定性和定量分析确定武器最佳检测周期。
According to stockpile condition, fixed number of year and possibility of failure of missile weapon, the nature and quantitative analysis is made to determine optimal test cycle of missile.
第二炮兵已拥有近程、中程、远程和洲际导弹武器系统，并具备快速反应和机动作战能力。
The Second Artillery Force has been equipped with short-range, medium-range, long-range and intercontinental missile systems, and has the capability of rapid reaction and mobile operations.
根据海军导弹使用、维护情况以及技术保障要求，建立导弹武器系统综合保障管理信息系统。
According to the use, the maintenance and the technical support demand of navy missile equipment, this paper exploit mis of Integrated Logistics support for Guided missile Weapon System.
从舰空导弹武器作战任务的需求出发，分析了舰空导弹体系的组成，给出了评估体系优劣的指标。
According to the mission requirement of the ship to air missile, analyzing the component of missile system and giving out the standard to assess system good or bad.
地空导弹武器系统日趋复杂，依靠单一的诊断方法进行故障诊断显然不能满足现代战场的抢修需求。
The surface to air missile equipment is becoming more complicated, the fault diagnosis depending the simple means does not meet the need of modern battlefield.
为利用数字图像处理技术实现导弹武器自动化瞄准，图像采集装置采用直接调焦方式实现自动调焦；
To realize the automatic collimation of missile by using image processing, direct focusing mode is used, and the part definition of image is computed to achieve automatic focusing.
此模型突破了只能评估导弹武器系统试验效能的局限性，估算值更能反映出导弹武器系统的实战水平。
This new model can get over the limit that only evaluates the effectiveness in experimentation, and the evaluation can reflect the missile performance in real battle.
通过在具体实例中的应用表明，采用该评价方法切实可行，使对导弹武器系统的评价更为科学、合理。
The application of the method shows that the evaluation methos is practical and makes the evaluation for the total-property of the Ground-to-Air Missile more scientific and reasonable.
阐述了导弹武器系统作战效能的概念、量度准则、评定方法和步骤，并推导了常见的两种效能评估模型。
The concepts, measure standards, evaluation methods and steps of missile weapon system are expounded, and two effectiveness evaluation models are established.
防空导弹武器指控系统是一个分布式实时多任务数据处理系统，其特点是实时性、并发、异步和多任务。
The antiaircraft missile′s command and control system is a distributed real-time multitask data processing system, its feature is real-time, parallel processing, asynchronous and multitask.
对新型导弹武器系统的各种研制方案作出迅速、合理的评价是武器系统方案论证中非常重要的一项工作。
A quick and reasonable evaluation to variant development plans of a new type of missile is an important job in the demonstration of the development of missile weapon system.
为了提高便携式地空导弹的作战效能，着重对几种红外诱饵干扰对便携式地空导弹武器系统的影响进行了分析。
To improve the operational effectiveness of portable air defense missile, the influence of infrared jamming on portable air defense missile is discussed.
根据WSEIAC模型建立了地面防空导弹武器系统效能评估的指标体系，并依此模型建立与之对应的三层BP神经网络。
According to the WSEIAC model, an index hierarchy of ground antiaircraft missile armament system's efficiency has been developed, and its corresponding three BP nerve network was established.
定向器束在发射状态下的振动特性能够反映发射系统动态性能和结构的合理性，并且会影响火箭、导弹武器系统的射击精度。
The vibration characteristic of launch tube in launching state can reflect the dynamic performance and the structural rationality of launch system, and it will influence the shooting precision.
建立了一种针对导弹武器射击面目标的精度评定方法，定义了命中面目标的精度指标命中区域圆概率偏差，设计了基于蒙特。
Specifically, the hit area circular error probability (ACEP) is defined as an accuracy index for the area target and further a Monte Carlo integral method is designed for calculating ACEP.
针对导弹武器系统具有复杂性，以及效能影响因素具有模糊性、不确定性等特性，提出了潜舰导弹武器系统作战效能评估的P -FHW分析法。
P-FHW analysis method is presented to evaluate operational effectiveness of submarine-to-ship missile weapon system due to the complexity of missile weapon system and the uncertainty of affect factor.
分析得到的结果是令人满意的，从而进一步解决了如何通过较理想的效能模型，全面地预测防空导弹武器系统在给定条件下完成规定任务的能力问题。
The results from the ability of satisfactory and can be used to quantize the ability of air defense missile systems to intercept targets under the conditions given by using an ideal efficiency model.
本文在对拦截决策过程进行分析的基础上，给出了采用0—1整数规划的地空导弹武器拦截方案的优化决策模型，以使防空作战决策更加科学、实用。
Based on the 0-1 integer programming, the optimizing decision model is proposed in this paper. It can guarantee the rationality and utility of intercepting decision.
针对导弹武器体系攻击多目标时的武器配置问题，利用模糊多目标决策理论研究了多种配置方案的优选，提出了一种新的基于效能的导弹武器配置优化算法。
Aiming at the problem of collocating missile weapon system to attack multi-objective, a new collocating method based on fuzzy multi-objective decision making theory is studied.
他们效力最强的武器是飞鱼导弹。
这些新功能将建立在一个开放式系统架构，以便将任何传感器和武器系统纳入弹道导弹防御系统(BMDS)。
These new capabilities will be built upon an open systems infrastructure to facilitate the ability to incorporate any sensor and weapon system into the Ballistic Missile Defense system (BMDS).
即使是现在，中国也正在获得武器，如精确打击反舰弹道导弹，它将迫使美国航母进入西太平洋，这远远超出了舰基f - 35战机的作战半径。
Even now, China is acquiring weapons, such as accurate anti-ship ballistic missiles, that will push American carriers out into the western Pacific, well beyond the range of seaborne F-35s.
树木被时速大于200英里的飓风刮倒后又成了飓风继续破坏的武器。树干压坏汽车，推倒房屋，树枝像导弹一样横飞。
The trees that surrendered to the winds of more than 200 miles per hour became weapons of destruction, the trunks crumpling cars and houses and the branches sailing off as missiles.
测试由美国导弹防御局和洛克希德·马丁公司联合举行，洛克希德·马丁公司是THAAD武器系统的主要合同商和系统集成商。
The test was conducted by the U.S. Missile Defense Agency and Lockheed Martin, the THAAD weapon system's prime contractor and systems integrator.
雷神公司和拉菲尔公司还合作研制了“大卫投石索”武器系统，该产品是机动陆基导弹防御项目以及“蓝麻雀”导弹防御目标项目的一部分。
Raytheon and Rafael are also teaming on the David Sling Weapon System, which is a mobile, land-based missile defense program, and the Blue Sparrow missile defense targets program.
测试由美国导弹防御局和洛克希德·马丁公司联合举行，洛克希德·马丁公司是THAAD武器系统的主要合同商和系统集成商。
The test was conducted by the U.S.Missile Defense Agency and Lockheed Martin, the THAAD weapon system's prime contractor and systems integrator.
他们的主要目标是帮助基辅裁减已用于生产大部分苏联远程武器的导弹生产基础设施。
Their main objective was to help Kiev downsize a missile-production infrastructure that had been used to churn out the bulk of the Soviet Union's long-range weapons.
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