考虑了对机动导弹实施机动区域打击，建立起在圆环形区域瞄准点选取模型，并通过计算机模拟进行了结果分析。
Attacking the mobile missile base is considered and an aim-point-choosing model for striking its ring mobile region is presented. The simulation model is realized and the result is analyzed.
国外情报部门已经提到一种白俄罗斯MAZ7916型12-轮机动导弹竖立式运输发射架（TEL）车辆出现在位于北京南苑（Nanyuan）的DF-31制造厂。
Foreign intelligence has noted a Belarus MAZ7916 12-wheel mobile missile TEL at the DF-31 production facility in Nanyuan, Beijing.
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.
机动性增强了导弹部署时的生存能力，使其更难以在缺少其精确阵地数据的情况下被准确瞄准。
Mobility enhances the survivability of deployed assets, making it harder to accurately target them due to a potential lack of consistently accurate positioning data.
依照一些报道，这些设施允许DF - 4和DF - 5导弹能够被储存并且机动穿越地下隧道增加他们的生存性。
According to some reports, this facility enables DF-4 and DF-5 missiles to be stored and mobilised through underground tunnels to increase their survivability.
DF - 31是目前服役中最先进的弹道导弹，与中国上一代洲际弹道导弹(ICBM)相比较特点是高机动性和由此更好的生存能力。
The most advanced ballistic missile currently in service, the DF-31 features higher mobility and therefore better survivability compared to the last generation Chinese ICBM.
为研究具有大离轴角及越肩发射能力的先进空空导弹初始段敏捷转弯方法，研究了装有反作用喷气控制系统的空空导弹的大角度姿态过失速机动控制律。
This paper investigates the large Angle attitude post stall maneuver control for the agile turn phase of an air-to-air missile that has high off-boresight capability and head reverse maneuverability.
介绍了某型导弹机动发射平台是陆军压制武器，说明了自主防御技术正在提高武器装备生存能力等方面发挥着日益重要的作用。
The mobile missile launch platform(MMLP) is the weapon of army, while the autonomous defense technology(ADT) plays more important role in improving the survival ability of weapon and equipment.
阐明了针对大空域机动反舰导弹飞行空域大、速度变换范围大的特点，采用增益调度的方法设计其控制系统。
For Large aerospace maneuvering anti-ship missiles(LAMASM), which fly in large aerospace with velocity varies in large range, a gain schedule autopilot is designed.
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.
BTT导弹攻击范围大，跟踪性能好，在目标作较大机动时也能稳定击中目标。
They also verify that the BTT missiles have the characters of large attacking range, good tracking performance, and hitting the target stably when it's in larger maneuvering.
目标通过对自身和导弹的状态估计，估计出相对导弹作不同机动时所获得的效能，并以最大效能为最优机动形式。
By estimating the state of a missile, the efficiency of object maneuvering is gained, and the highest efficiency is taken as the optimized maneuvering.
课题任务是设计一种定位定向接收机，以满足自行火炮、导弹部队等高机动性作战部队的定位定向需求。
The assignment of the project is to design a positioning and orientation receiver, which can satisfy the requirement of high mobility troop, such as self-propelled gun and missile forces.
结合作战任务剖面、导弹发射条件和弹道，设计出无人机防区外攻击导弹发射前、后的机动动作链。
Due to mission profile , launched conditions and trajectory , maneuver chains for stand off missile are designed . instruction control model and maneuver model is setup for ucav flight simulation.
通过对超视距空中机动目标的分析和合理的假设之后，提出了用空空导弹攻击超视距空中目标的基本模型。
The target detection model, booting attack model and using effect model of weapon are (presented) based on process analysis of the over-the-horizon (OTH) attack of the anti-ship missile.
研究了一种机动规律未知的随机机动突防策略，其随机性保证了导弹的高突防概率。
A kind of random maneuver penetration strategy with unknown maneuver law is studied. The randomicity of the maneuver can ensure the missile's high penetration probability.
提出了一种基于空中发射点的在线诸元计算方法，该方法具有计算量小、制导方法误差小的特点，可用于陆基机动弹道导弹或潜射弹道导弹的快速发射。
The method has minor computer load and small guidance method error; therefore it can be used in rapid launching of land-based maneuver ballistic missiles or.
新型精确制导导弹为了获得更大的机动性、敏捷性和更高的命中精度，大多采用了推力矢量控制或反作用推力控制。
Advanced agile missiles possess maneuverability, agility and accurate guidance performance by adopting thruster vector control or reaction control system thruster.
近年来，随着被拦截目标速度和机动性能力的增强，导弹导引系统的制导任务变得越来越复杂。
In recent years, with various aircraft to en-hance the speed and maneuverability, the task of the missile guidance system has become increasingly complicated.
为了满足远程高机动性要求，提出了将冲压发动机和倾斜转 弯（BTT）控制技术应用于某型地空导弹的设计方法。
The design project of surface-to-air missiles offered in this paper which adopts a ramair engine and bank-to-turn(BTT) control technology has the property of a long range and high maneuverability.
为了满足远程高机动性要求，提出了将冲压发动机和倾斜转 弯（BTT）控制技术应用于某型地空导弹的设计方法。
The design project of surface-to-air missiles offered in this paper which adopts a ramair engine and bank-to-turn(BTT) control technology has the property of a long range and high maneuverability.
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