主动雷达制导

针对以海上目标作为攻击对象的主动雷达制导武器系统对远海大擦地角范围海面散射特性数据（尤其是20°~90°）的需求，开展了机载高分辨海面电磁散射测量研究。

To study the electromagnetic scattering property of sea surface in large range of grazing angle , especially 20 ° ~ 90 °, for the weapon system with active radar guidance against targets on sea surface , airborne high resolution measurement is performed .

同时也没有升级的J-11可以兼容发射中国的主动雷达制导空空导弹PL-12。

Neither are the upgraded J-11s compatible with China 's own active-radar AAM , the PL-12 .

导弹是半-主动雷达制导而且射程大约50公里（类似HQ-12）。

The missiles are semi-active radar homing and would have a range of about50km ( similar to HQ-12 ) .

连续波半主动雷达制导空空导弹截获跟踪距离计算

Consideration on calculating capture and tracking range of CW guided air-to-air missile

主动雷达制导反舰导弹攻击目标计算

Calculation of Attack Target for Active Radar Homing Antiship Missile

歼击机配装主动雷达制导导弹关键技术研究

Some Researches on Key Techniques When a Fighter Aircraft is Modified with an Active Radar Guided Missile

主动雷达制导型空空导弹是当今战斗飞机最重要的空战武器。

Air to air active radar guided missile is the most important air combat weapon for modern fighter aircraft .

分析了连续波半主动雷达制导导弹导引头工作电磁环境和对武器系统攻击区的影响。

The magnetic environment in which the CW semi active radar guided missile 's homer works is analyzed and its influence on the attacking envelope of the weapon system is given .

两个项目改为有天线罩，它们可能是像SD-10一样的主动雷达-制导武器。

Both items instead have radomes , suggesting they might be active radar-guided weapons like the SD-10 .

主动雷达末制导反舰导弹多目标选择技术

Antiship Missile Multiobjective Selection Technology of Active Radar Terminal Guidance

主要采用被动红外成像与主动激光雷达制导相结合的模式，首先使用被动红外方式搜索视场并确认目标，然后激光雷达系统获得此目标信息进行进一步锁定并精确跟踪。

Mainly uses the method of passive infrared imaging and laser radar guidance combined configuration , it works firstly use the passive infrared search field and confirm the target , then the laser radar system acquired the target information and precise tracking .

该方案采用被动红外成像与主动激光雷达制导两种模式，通过被动红外方式进行视场搜索并确认目标，然后将目标信息传递给激光雷达系统进行目标锁定与精确跟踪。

The scheme includes two homing modes : the passive IR imaging mode and the active Ladar mode . The passive IR imaging system is used for searching and identifying the target , and then transmitting the information of target to the active Ladar mode to precisely tracking the target .