1) active blanket jamming
有源压制干扰
1.
Finally,cancellation results against several kinds of active blanket jamming are provided.
文章介绍了某型雷达旁瓣抑制电路的组成,分析了其基本的对消原理,并进行了计算机仿真,最后,给出了对几种有源压制干扰的对消结果。
2) active blanking jamming
有源压制性干扰
1.
In order to provide the real jamming environment for simulating the radar system and evaluating its anti-jamming performence, three typical models of active blanking jamming were established by using MATLAB/ Simulink software.
为开展干扰条件下雷达系统仿真及抗干扰性能评估提供较为真实的干扰信号,利用Matlab/Simulink软件,建立了3种典型有源压制性干扰模型。
3) active self-defence jamming
自卫有源压制干扰
1.
Research on the model evaluating the efficiency of the airborne active self-defence jamming system;
机载自卫有源压制干扰效果评估模型研究
4) complex active blanking jamming
复合式有源压制性干扰
5) active jamming
有源干扰
1.
Method of improving chaff-interference by the active jamming;
利用有源干扰提高箔条干扰效果的方法
2.
Study of the active jamming on polarimetric radars;
对极化雷达的有源干扰研究
3.
Finally,the current situation of the laser active jamming equipment is described.
本文介绍了各类激光有源干扰设备的工作原理和特点,简要分析了某些设备的改进方法。
6) barrage jamming
压制干扰
1.
Considering the principle of radar jamming and the theory of image disposal,a new evaluation method of barrage jamming effect on ISAR based on the concept of equivalent number of looks(ENL) is proposed,it evaluates the jamming effect through calculating the difference of two picture s ENL,This method can reflect clearly distortion degree of the jammed target during the whole jamming process.
综合考虑雷达干扰的原理和图像处理的理论,从等效视数的角度出发,提出了一种新的对ISAR压制干扰效果的评估方法,即采用干扰前后两幅图像的等效视数差来评估干扰效果,该方法能清楚地反映受干扰目标从临界干扰到严重干扰整个过程中目标图像的失真程度,仿真结果表明了该评估方法的正确性和有效性。
2.
Based on the concept of correlation coefficient, this paper introduces an evaluation method of barrage jamming effect on ISAR.
从二维相关系数的角度出发,提出了一种对ISAR压制干扰效果的评估方法。
3.
Basing on the concept of Euclid distance space, this paper introduces an evaluation technique of barrage jamming effect on SAR.
从欧几里德距离空间的概念出发 ,提出了一种对SAR压制干扰效果的评估方法。
补充资料：干扰压制区(见电子干扰)
干扰压制区(见电子干扰)
jamming neutralized zone
gQnrQo yQZhiqu干扰压制区臼amming。eutralized zone)见电子千扰。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条