The SOJ and ESJ and SSJ are identified on radar operation mode and jamming characteristics .

根据压制式干扰的特征以及雷达网中雷达工作方式，对支援干扰（SOJ）、随队干扰（ESJ）、自卫干扰（SSJ）进行识别。

With a high energy waveform , an increased detection threshold , SOJ can be neutralized .

对于SOJ产生的干扰，可通过选择高能量波形，提高检测门限来抑制。

Standoff Jamming ( SOJ ) is a common measure of Electronic Warfare Support in modern combat .

远距支援干扰是战争中常用的电子支援干扰方式。

The example of the defense area of two radars for one maneuverable target in the SOJ is given .

并给出两相控雷达存在压制式干扰情况下对一机动目标的防御范围。

The suppressing effect will be better when several jammers are reasonably arranged . It is conducted in this paper the modeling and simulating of the counter measure of SOJ against AEW . It ends with the variance of jamming sector under different circumstance based on the analysis of simulation results and corresponding charts .

机载预警系统（AEW）是现代战争中必不可少的电子支援系统，远距离支援干扰（SOJ是对抗AEW的一种有效手段，尤其是采用多部干扰机合理布站时干扰效果更佳。本文对SOJ与AEW的对抗进行了建模与仿真，通过对仿真结果及相应图表的分析，对比了不同情况下压制扇面的变化情况。