反辐射无人攻击机,anti-radiation UCAV
1)anti-radiation UCAV反辐射无人攻击机
1.Based on the research of the control principle of anti-radiation UCAV guidance,and a simulation model of guidance system for anti-radi aircraft based on dynamic simulation is built.基于反辐射无人攻击机导引头控制原理,在建立反辐射无人机末制导系统数学模型的基础上,根据反辐射无人机的作战环境和特点,分析了反辐射无人攻击机攻击弹道预定过载参数的影响,并依据反辐射无人攻击机的弹道运动方程进行了仿真运算,选取了最佳的攻击弹道。
2)anti-radiation UAV反辐射无人机
1.Then according to the quantitative formula of decoy effect of anti-radiation UAV,the validity of decoy effect under this kind of layout deployment is verified through simulations,which provides theoretical basis for the design and deployment of anti-radiation UAV countermeasure.从有源诱偏理论出发,深入研究了抗反辐射无人机系统的诱饵布站配置。
2.Presently,anti-radiation UAV has become the important aim of the aerial defence weapon.目前反辐射无人机已成为防空武器的重要作战目标。
3.Based on the theoretical analysis of shoot and condition kill probability for anti-radiation UAV,a method of calculating killprobability for anti-radiation UAV againstsurface radar target was proposed.在理论分析反辐射无人机命中概率和条件毁伤概率的基础上,提出了一种反辐射无人机攻击地面雷达目标时击毁概率的计算法。
英文短句/例句

1.Design of Simulation System of Anti-radiation Unmanned Aerial Vehicle反辐射无人机仿真系统关键技术研究
2.Research into The Countermeasure of Surface Ship Confronting Anti-radiation UAV水面舰艇对抗反辐射无人机对策研究
3.Research of Anti-radiation UA V System Simulation Based on HLA基于HLA的反辐射无人机系统仿真研究
4.An Application of UKF to Antagonism Against the Radar Stopping Radiating of Anti-Radiation UAVUKF在反辐射无人机抗目标雷达关机中的应用
5.Antiradiation UAV in EW and analysis of its system capacity反辐射无人机在电子战中的应用及其效能分析
6.A Model of Radar Decoy System Antagonizing Anti-radiation UAV and Its Simulation雷达诱饵系统对抗反辐射无人机模型及仿真
7.Evaluation and Simulation of Radar Network Capability Against Anti-radiation UAV组网雷达对抗反辐射无人机能力评估与仿真
8.Analysis of Operational Effectiveness of Anti-radiation UAV Under the Condition of Complex Confrontation复杂对抗条件下反辐射无人机作战效能分析
9.Presently,anti-radiation UAV has become the important aim of the aerial defence weapon.目前反辐射无人机已成为防空武器的重要作战目标。
10.Novel tailoring method for conducting and radiating electromagnetic compatibility testing of unmanned aerial vehicle无人机电磁兼容传导与辐射测试项目剪裁法
11.Some were exposed to radiation that mimicked what a person receives when using a mobile phone. The others received none.其中一部分人处在与手机辐射相同的模拟环境中,而另一部分人则处于无辐射环境中。
12.Design for Signal Processor of ARM Seeker;反辐射导弹导引头信号处理机的设计
13.Airborne passive SAR imaging algorithm based on external illuminator基于外辐射源的机载无源SAR成像算法
14.The Research and Application of Ultrasound Irradiation, Ionic Liquid and Solvent-free Synthetic Techniques in Organic Synthesis;超声波辐射、离子液体以及无溶剂合成技术在有机化学反应中的应用研究
15.Analyzing Probability of Anti-radiation Missile Hitting Source of Noise on the Ground;反辐射导弹对地面噪声干扰机的命中概率分析
16.Retrieval Method of Path-integrated LWC for Airborne Upward-Looking Microwave Radiometer Using Cloud Model;机载微波辐射计反演云液水含量的云物理方法
17.Pressing Application of Anti-Radiation Missile to Enemy’s Warship Air Defense System机载反辐射导弹对敌舰载防空系统的压制运用
18.Estimation of Radiative Properties in One-dimensional Media Using Stochastic Particle Swarm Optimization一维介质辐射物性反演的随机微粒群方法(英文)
相关短句/例句

anti-radiation UAV反辐射无人机
1.Then according to the quantitative formula of decoy effect of anti-radiation UAV,the validity of decoy effect under this kind of layout deployment is verified through simulations,which provides theoretical basis for the design and deployment of anti-radiation UAV countermeasure.从有源诱偏理论出发,深入研究了抗反辐射无人机系统的诱饵布站配置。
2.Presently,anti-radiation UAV has become the important aim of the aerial defence weapon.目前反辐射无人机已成为防空武器的重要作战目标。
3.Based on the theoretical analysis of shoot and condition kill probability for anti-radiation UAV,a method of calculating killprobability for anti-radiation UAV againstsurface radar target was proposed.在理论分析反辐射无人机命中概率和条件毁伤概率的基础上,提出了一种反辐射无人机攻击地面雷达目标时击毁概率的计算法。
3)anti-radiation unmanned aerial vehicle反辐射无人机
1.In view of the anti-radiation unmanned aerial vehicle(UAV)searching,attacking and suppressing covered radars in irregular and define region,this paper puts forward the path layout index——coverage region,and makes use of the hybridization and variation of genetic algorithms to araise the search path which meets the mission needs and flexiblity of anti-radiation UAV.针对反辐射无人机对不规则、确定任务区域内的隐蔽雷达执行搜索攻击、压制任务的问题,提出了覆盖区域这一路径规划指标,利用遗传算法的杂交、变异操作产生满足反辐射无人机任务需求、机动性能的搜索路径,解决了反辐射无人机在不规则区域内执行任务时的搜索路径规划问题。
2.As a new hard kill weapon in the electronic warfare(EW),the anti-radiation unmanned aerial vehicle(UAV) has become an important defense penetration force.反辐射无人机作为电子战中一种新兴的硬杀伤武器已经成为重要的突防力量。
4)nti-radiation UAV反辐射无人机
1.Analysis of Threat Degree of Target Attacked by Anti-radiation UAV;反辐射无人机攻击目标威胁度分析
2.The passive acoustics detection system is available for detecting the anti-radiation UAV.为探测反辐射无人机,采用被动声探测系统是一种有效的方法。
5)antiradiation unmanned aircraft resistance抗反辐射无人机
6)anti-radar UAV反辐射无人机
1.Analysis of Operational Effectiveness for Multi-anti-radar UAVs;多架反辐射无人机的作战效能分析
2.A mathematical model is used to describe the process of a anti-radar UAV attacking a single radar in a threat environment.应用概率数学模型描述反辐射无人机在威胁环境中的攻击过程,给出了反辐射无人机完成任务概率、目标雷达被击毁概率及反辐射无人机被击毁概率的表达式。
3.The main characteristics and key technology of TT&C system for anti-radar UAVs are concluded.介绍了反辐射无人机军事应用方面的基本情况,分析了其作战使用方式及战术特点,归纳了为适应反辐射作战使用及战术特点的无人机测控与信息传输系统的主要技术特点及关键技术,旨在为无人机测控系统的工程设计提供有益的参考。
延伸阅读

反辐射无人机反辐射无人机anti-radiation drone 到目标上空,并在目标上空区域巡航、待机。反辐射导引头自动搜索、分选和识别敌电磁辐射信号。当选定某一攻击目标后,导引头即由搜索状态转入跟踪状态,无人机按照设定方式对目标进行跟踪和俯冲攻击。在攻击中,若目标关机而信号消失,还可根据记忆信息继续攻击;也可重新进入待机状态,伺机再行攻击。 反辐射无人机的主要性能指标有:攻击曰标类别、频率覆盖范围、攻击距离、攻击精度、待机时间、飞行高度和飞行速度等。如南非ARw—10反辐射无人机:机 南非ARW 10反辐射无人机长2.53米,翼展2.10米;攻击目标首先是警戒雷达和引导雷达,其次是导弹制导雷达和火炮控制雷达;频率覆盖范围2~10吉赫,可扩展到O.7~18吉赫;在典型攻击距离z100千米时,具有2.5小时待机时问;最大飞行高度4 500米,攻击精度5米,巡航速度210千米/小时,待机速度170千米/小时。 反辐射无人机的优点是:攻击距离远,巡航能力强,压制时间长;可在敌方防区外发射,发射后不用管,保证了发射平台及人员的安全。缺点是速度比较慢,不能对受威胁的目标立即提供保护。反辐射无人机与反辐射导弹攻击目标各有侧重,作战任务相辅相成,主要作战性能互相补充,从而构成了功能更加完善的反辐射武器系列。 20世纪70年代末,为降低反辐射导弹的使用成本,增加反辐射导弹巡航能力,一些国家开始研制反辐射无人机。80年代中期以来,德国、以色列、南非、法国和美国等国相继研制并部分装备了反辐射无人机,如美国的“勇敢”200系列、德国的“达尔”、以色列的“哈比”反辐射无人机等。反辐射无人机的发展趋势是:扩展频段和拓展攻击的辐射源类型,提高突防能力和生存能力等。 (周小平)fanfushe毗renii反辐射无人机(anti一radiation drone)装有反辐射导引头和战斗部,用于压摧毁敌方电磁辐射源的小型无人驾驶-它与指挥控制设备、运输发射设备等组成反辐射无人机作战武器系统。主于压制和摧毁敌方防空系统中的雷达削弱敌方防空系统的作战能力。 反辐射无人机按飞行速度,分为反辐射无人机和低速反辐射无人机;射方式,分为车载反辐射无人机、舰辐射无人机和机载反辐射无人机。它由飞机机体、反辐射导引头、战斗部行控制装置和导航装置等几部分组成体采用具有隐身性能的复合材料制成减少雷达散射截面积。