1) ground-air missile corps
地空导弹团
1.
The factors influencing the battle effectiveness of the ground-air missile corps are synthetically considered and based on AHP method, the model of the corps is built up to evaluate the battle effectiveness qualitatively and quantitatively.
综合考虑影响地空导弹团战斗力的多方面因素,基于AHP方法建立了地空导弹团战斗力模型,以定性和定量相结合的方式来评估地空导弹团战斗力,最后以具体算例证明模型可行。
2) Anti-air missile
地空导弹
1.
Anti-air missile systems use fire-sheltering height and area to take the place of fire-sheltering space, and mainly quantify fire-sheltering area.
地空导弹火力掩护空域可用系统火力掩护高度和掩护面积表征,并主要从掩护面积对其量化。
2.
The effect of temperature on the anti-air missile is very grave.
温度环境对地空导弹武器装备的设备和元器件等有着严重的影响,是地空导弹武器装备使用维护中一个不可回避的问题。
3) air to surface missile
空地导弹
1.
Aims at the problem that laser fuze take targets from the complicated background while the tactics air to surface missile do battle,brings out a method to recognize targets using laser ranging,gives out the criterion and extent of reorganization,and analyses and illuminates with simulation.
针对战术空地导弹激光引信复杂的目标背景,提出了一种利用激光测距识别目标的方法,给出了识别判据和识别区域。
2.
In this paper,a summary of precision analysis method for guide system of air to surface missile is introduced.
制导精度分析是空地导弹制导控制系统设计过程中必须考虑的关键因素之一。
4) ground-to-air missile
地空导弹
1.
Survivability character of ground-to-air missile fire unit under the threat of EPB;
EPB威胁下的地空导弹火力单元生存性研究
2.
Application of Non-linear Regression Analysis in Establishing Price Model of Ground-to-Air Missile;
非线性回归分析在建立地空导弹价格模型中的应用
3.
JMASE-based Joint Modeling and Simulation of Ground-to-Air Missile;
基于JMASE的地空导弹联合建模与仿真
5) air-to-ground missile
空地导弹
1.
Research on accuracy assessment for air-to-ground missile based simulation technology;
应用仿真技术的空地导弹命中精度评定
2.
Due to the difficulty to repeat fire tests of air-to-air missile and air-to-ground missile in a same launching condition,group test data are unavailable.
由于空空和空地导弹难以在相同发射条件下进行重复射击试验,因而无法得到成组试验数据。
3.
In order to evaluate weapon system operational effectiveness in general,the necessity of developing an air-to-ground missile countermine simulation system was proposed.
从武器系统作战效能评估的角度提出研发空地导弹攻防对抗仿真系统的必要性,对空地导弹攻防对抗仿真系统进行了系统分析,探讨了基于UML的仿真系统建模分析方法,给出仿真系统的仿真概念模型和具体分析实例。
6) surface-to-air missile
地空导弹
1.
Firepower Analysis of Network Combat System with Surface-to-Air Missile;
地空导弹组网作战布站方案的火力分析
2.
Based on HLA distributed simulation technology, a radar guided surface-to-air missile defense system was built.
以雷达制导的地空导弹系统为仿真对象,运用HLA分布式仿真技术进行系统分析和功能划分,在对各功能模块进行需求和能力分析的基础上,以组件重用和系统可扩展为目标,设计了联邦对象并实现了联邦开发,成功组建分布式仿真系统。
3.
The use of utility function in surface-to-air missile type proof was introduced,which is proved under the rule of system effectiveness,cost and development cycle,using utility weighed method,an example validate its validity and practicability.
以系统性能、费用、研制周期为地空导弹型号论证准则,介绍效用函数的特点和用于评估型号论证的可行性。
补充资料：“爱国者”地空导弹
美国研制的一种机动式中远程、中高空对空导弹。具有全天候、全空域、多用途的作战能力。主要用于野战防空， 对付各种高性能飞机，拦截巡航导弹、战术弹道导弹等。导弹长５．３１米，弹径０．４１米，弹重１吨，最大飞行时速７３４４千米，最大射程８０千米，射高０．３～８０千米。主要由战斗部、制导系统、控制组件和发动机等组成。弹体为细长圆柱体，无弹翼。战斗部为破片杀伤型，采用无线电近炸引信，杀伤碎片达７００多片，杀伤半径２０米。“爱国者”导弹的主要特点是反应速度快，飞行速度快，制导精度高，可同时对付５～８个目标，抗干扰能力强，系统可靠性好。在１９９１年的海湾战争中，多次成功地拦截伊拉克的“飞毛脚”导弹，因而声名大振
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条