The company has one batch to be engaged in the anti-radar work many year professionals, devotes the anti-radar product research and development, the production, sells a body's service. 公司拥有一批从事防雷工作多年的专业技术人员,致力于防雷产品的研发、生产、销售一体的服务。
Future UAVs will carry other weapons, such as air-to-air or anti-radar missiles. 未来的无人机将装载其它武器,如空对空导弹或反雷达导弹。
Research and Application Progress in Broadband Lightweight Anti-Radar Coatings 宽频轻质吸波涂料的研究与应用进展
The general principles and technical approaches of radar cross section reduction ( RCSR) are introduced, and the application of RCSR technology in military target anti-radar stealth are studied. 本文介绍了RCSR技术(雷达截面积缩减技术)的一般原则及其技术途径,对RCSR技术在军事目标反雷达隐身方面的应用进行了探索与研究。
The RCS will be reduced with Chinese-made signature-reduction paint. Research and Application Progress in Broadband Lightweight Anti-Radar Coatings 另外,国产的吸波材料也将使其雷达反射截面得以降低。宽频轻质吸波涂料的研究与应用进展
Research on Anti-Radar Stealth for the Logistic Universal Trunk Truck 后勤通用厢式车反雷达隐身设计研究
Study on the Algorithm of Calculating the Allowable Launching Angle of Anti-Radar Missile 反辐射导弹发射角算法研究
Estimation of Attacking Effectiveness for Anti-radar UAV 反辐射无人机攻击效能评估
With the progress of anti-radar technology, the radar's status in modern war is enhanced and the battle in electromagnetism field is more and more impetuosity. 随着雷达在现代战争中地位的提高,雷达对抗技术在不断发展,电磁领域的斗争也越来越激烈。
The use of low inner-stress coating in anti-radar concealed coatings 低内应力涂层设计在防雷达波隐身涂料中的应用
For anti-radar seekers unconsciously interrupted by artificial target jammers in comprehensive radar attack, the concept of uninterrupted-tracking region is proposed. 针对综合雷达攻击中假目标干扰机对反辐射武器导引头的无意干扰,提出了导引头不中断跟踪区的概念。
A kind of nonwovens produced for anti-radar camouflage with PAN-based carbon fiber, low-melt polyester fiber and common polyester staple fiber is introduced in this paper. 介绍了一种用聚丙烯腈基碳纤维、低熔点涤纶纤维和普通涤纶短纤维制作的雷达伪装用非织造布絮片。
Several preparation techniques of basic cloths used for scattering anti-radar camouflage net were compared, among which chemical copper-plating was found to be the most suitable one. 对几种散射型防雷达伪装网装饰片基础布的制备工艺进行了比较,选取了织物化学镀铜为其制备工艺。
From the features of the anti-radar stealth of the logistic universal trunk truck, the main regions of the trunk truck threatened by radar are analyzed. The reasonable RCS reduction is determined. 从后勤通用厢式车反雷达隐身特点出发,分析了后勤通用厢式车受雷达探测威胁的主要区域,并确定了合理的雷达截面减缩量。
Finally, anti-radar missile attacking radar station is taken as an instance for application research. 最后,以反辐射导弹攻击雷达站作为算例进行了应用研究。
Describing 0.618 of Mr. Hua Luo-geng, and then 0.618 be derived. And introduced a kind of the application in the Anti-radar foil design for the major passive jamming material, and which in the radar passive countermeasures technology. 简介华罗庚先生的0.618,然后推导0.618,并介绍在雷达无源干扰技术中,重要无源干扰物反雷达箔片设计中一种应用方法。
The analysis of uninterrupted-tracking regions of anti-radar seekers 反辐射导引头不中断跟踪区分析
The wide application and development of anti-radar stealthy technology have enhanced the aerocraft's survivability and penetration ability. 反雷达隐身技术的发展和广泛应用,提高了飞行器的生存能力和突防能力。
Preparations and properties of basic cloths of the scattering anti-radar camouflage net 具有反雷达性能的伪装饰片基础布的制备及性能研究
Development of carbon fiber containing nonwovens for anti-radar camouflage 雷达伪装用含碳纤维非织造布的开发
Introduction of Anti-radar System of Highway's Mechanical and Electrical Project 关于高速公路机电工程防雷系统介绍
The expression of operational effectiveness for single anti-radar UAV is given by means of a WSEIAC weapon system effectiveness model, that of operational effectiveness of multi-anti-radar UAV are de-rived, and the characteristics of operations for multi-anti-radar UAV are also discussed in this paper. 应用WSEIAC武器系统效能模型给出了单架反辐射无人机的作战效能表达式,推导了多架反辐射无人机的作战效能表达式。
Stealth technology of Anti-radar, infrared, visible light, acoustic, smoke, track detection has come into being. 反雷达、红外、可见光、声学、烟雾、轨迹探测的隐身技术便应运而生。
For example, the echo signal of the anti-radar target will become very faint that cannot be detected. 比如反雷达目标回波信号非常的微弱以至无法检测。
In order to antagonize the effective detection of radar, a wide range of anti-radar technologies have been developed in recent years. 为了对抗雷达的有效探测,各种各样的反雷达技术也相应迅速发展。
But with the development of the current level of technology and the anti-radar equipment, radar has serious defects in the face of electronic interference, anti-radiation missiles, invisible aircraft and low-altitude penetration. 但随着现在科技水平的进步和反制雷达技术的发展,雷达在面对电子干扰、反辐射导弹、隐身飞机和低空突防四个方面存在着严重缺陷。