radar countermeasure

英 [ˈreɪdɑː(r) ˈkaʊntəmeʒə(r)] 美 [ˈreɪdɑːr ˈkaʊntərmeʒər]

反雷达措施;雷达干扰

电力



双语例句

  1. Modern instantaneous frequency measurement receiver and its applications for advanced radar countermeasure systems
    瞬时测频接收机及其在先进对抗系统中的应用
  2. Application of Reflective Memory Technology in Radar Countermeasure Simulation System
    反射内存技术在雷达对抗数字仿真系统中的应用
  3. Target Identification Model of Radar Countermeasure Based on Fuzzy Neural Networks
    基于模糊神经网络的雷达对抗目标识别模型
  4. Study on Capability Evaluation Model of Shipborne Radar Countermeasure System
    舰载雷达对抗系统作战能力评估模型研究
  5. Influence of DRFM Frequency Shift Jamming on The LFM Pulse-compression Radar and Countermeasure Research
    DRFM移频干扰对LFM脉冲压缩雷达的影响及对策研究
  6. Foil in thin strips; ejected into the air as a radar countermeasure.
    很薄的箔条;可以喷射到空中作为一种反雷达措施。
  7. Research and Design of Fault Diagnosis System for Radar Countermeasure Equipment
    雷达对抗装备故障诊断系统研究与设计
  8. Analysis of Jamming Resource Management in Modern Active Radar Countermeasure System
    现代雷达有源对抗系统中干扰资源管理分析
  9. Extracting of radar in-pulse characteristics is an important technology to sort and recognize intercept signal from the radar countermeasure systems.
    信号脉内特征提取技术是雷达对抗系统分选、识别截获信号的关键技术。
  10. Radar Countermeasure Environment Simulated Model The simulated storm fitted the weather radar detection.
    雷达对抗环境仿真模型数值模拟得到了与天气雷达观测一致的结果。
  11. An Approach to GPS Guiding System and Radar Countermeasure
    GPS制导系统与雷达对抗问题讨论GPS系统对抗研究
  12. This paper introduces a kind of direction finding equipment for radar countermeasure, which includes implementation and precision analysis.
    系统介绍一种雷达对抗中常用的测向装置及其实现方法、精度分析。
  13. Application of Real-time Spectrum Analyzer in Radar Countermeasure
    实时频谱仪在雷达对抗中的应用
  14. Distance deception jamming is the most important way for radar countermeasure, and delay line is one of its critical technologies.
    距离欺骗干扰是雷达对抗的重要手段,延迟线是其关键技术。
  15. Design Discussion and Analysis on a Kind of Minitype Direction Finding Equipment for Radar Countermeasure
    一种小型化雷达对抗测向装置的设计探讨与分析
  16. Simulation of Radar Countermeasure Chaff Based on Particle System
    基于粒子系统的雷达箔条干扰仿真
  17. Lack of training targets is always a serious problem. It influences the everyday training of the troops of ground-to-air radar countermeasure.
    缺少训练对象是一直困扰地对空雷达对抗部队日常训练的一个重要问题。
  18. Radar signal Carrier Frequency and Pulse amplitude are very important parameters in radar countermeasure and radar reconnaissance.
    雷达信号载频与脉冲幅度是雷达侦察与对抗的重要参数。
  19. Analysis of the Development Trend of Radar Countermeasure Tactics
    雷达对抗战术发展趋势浅析
  20. Radar Countermeasure Environment Simulated Model
    雷达对抗环境仿真模型
  21. Research on radar stealthy technology in radar countermeasure
    雷达对抗中的隐身技术研究
  22. Recognition of the radar emitter signal is the key of signal processing in radar countermeasure and an importance part of electronic intelligence system and electronic support system.
    雷达辐射源信号识别是整个雷达对抗信号处理中的关键性过程,是现代电子情报侦察系统和电子支援系统的重要组成部分。
  23. Thus appropriately utilize the limited electronic warfare resource and improve the operational efficiency of communication countermeasure, radar countermeasure and photoelectronic countermeasure.
    同时,可以合理地利用有限的电子战资源,提高通信对抗、雷达对抗和光电对抗的作战效率。
  24. In the modern warfare, radar countermeasure is an important means to achieve military superiority. It is an essential component for every kind of weapon systems and military targets to ensure themselves survival and development.
    在现代国防和战争中,雷达对抗是取得军事优势的重要手段和保证,是每一种武器系统和军事目标生存和发展必不可少的组成部分。
  25. Electronic warfare is a major form of modern warfare, while radar countermeasure plays an important part in the field of electronic warfare.
    电子战是现代作战的一种主要形式,而雷达对抗在电子战领域占有举足轻重的地位。
  26. The recognition accuracy of the radar emitter signal can decide whether radar countermeasure will be successful or not.
    雷达辐射源信号识别的准确与否决定着雷达对抗的成败。
  27. The de-interleaving and identification of radar emitter signal is a critical element of radar EW and reconnaissance systems and the nucleus content of radar countermeasure information processing.
    雷达辐射源信号分选与识别是雷达对抗侦察系统中的关键处理过程,也是雷达对抗信息处理的核心内容。