现代战争中，舰载雷达工作环境不断恶化，对舰载雷达提出的战术性能要求也越来越高。
In modern warfare, the working environment of ship-borne radars becomes more and more severe, and the requirements to the ship-borne radar's tactical function are much higher as well.
反辐射导弹主要用于攻击警戒雷达、火控雷达和舰载雷达，可对防空雷达进行寻的、跟踪直至摧毁。
Anti-radiation missile mainly used for attacking guard radar, fire control radar and ship carrier radar and finding target of air-defense radar, tacking and destroying.
以海面舰艇编队为背景，研究多平台舰载雷达侦察设备在协同侦察情况下对空中目标测向定位与跟踪问题。
On background of warship formation on sea, bearing location of aerial target with multi-platform cooperative reconnaissance is discussed in this paper.
文章主要对密封机箱的几种不同结构形式进行仿真计算，并选取一种孔缝泄漏量少的结构形式作为军用舰载雷达的机箱形式。
In this paper, several structures of sealed case are introduced and calculated. By the data of calculator, the least leakiness of military case structure is selected.
提出了以电荷耦合器件激光经纬仪作为真值获取手段标校舰载雷达，分析了标校原理，介绍了该标校方法采用的关键技术，给出了应用效果。
In order to improve the measuring and tracking precision of photoelectric theodolite, a set of CCD laser collimation system is used for measuring the deformation of the platform in real time.
以MCS -51系列单片机和交流伺服装置组成的舰载雷达稳定平台伺服系统为对象，采用带修正因子的FUZZY控制器对其进行控制。
FUZZY controller with a correcting factor is utilized to control a ship based radar stabilizing plant servo system consisting of a MCS 51 family single chip computer and ac servo units.
以MCS -51系列单片机和交流伺服装置组成的舰载雷达稳定平台伺服系统为对象，采用带修正因子的FUZZY控制器对其进行控制。
A FUZZY controller with a correcting factor is utilized to control a ship based radar stabilizing plant servo system consisting of a MCS 51 family single chip computer and ac servo units.
关键是，舰载天线——其中许多高度超过20米——让军舰更易被敌军雷达发现。
And, crucially, naval antennae-many of them more than 20 metres tall-make warships more easily visible to enemy radar.
宙斯盾弹道导弹防御系统利用远程传感器预先提供的实时信息，由舰载SPY-1雷达捕捉入侵弹道导弹，并发射了一枚标准导弹进行拦截。
The Aegis BMD system fired a Standard Missile using real-time information from a remote sensor prior to the shipboard SPY-1 radar acquiring the inbound ballistic missile.
基于该定量分析，结合实战要求，提出了舰载微波超视距雷达进行多舰交叉定位时的战术应用原则。
Based on the quantitative analysis and linking to the combat command, it presents the tactical application principles of muti-vessel cross location using the ship-borne microwave OTH radar.
舰载直升机机载超视距目标指示雷达不仅能为舰载导弹进行中继制导，延长导弹射程，而且能够提高导弹攻击精度。
The airborne OTH target indication radar for ship born helicopter not only provides relay guidance and longer range, but also improves the missile attack accuracy.
高频地波超视距雷达在舰载条件下探测舰船目标面临着诸多挑战。
For HF ground wave OTH radar to detect ship targets in the shipboard environment is faced with a range of technical challenges.
高频地波超视距雷达在舰载条件下探测舰船目标面临着诸多挑战。
It is high loss of rate in over-the-horizon radar on the condition of low detection probability.
高频地波超视距雷达在舰载条件下探测舰船目标面临着诸多挑战。
It is high loss of rate in over-the-horizon radar on the condition of low detection probability.
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