CAJ | 학술논문

为了给受训对象提供电磁信号环境，在随队干扰信号从雷达天线主波束进入的限定条件下，设计了使用低速平台搭载干扰系统伴随高速战机实施随队干扰的编队方式，并仿真分析了对不同主瓣宽度雷达的随队干扰过程。结果表明，当平台速度明显低于突击飞机飞行速度时，存在最佳的初始进入距离以实现最大局部随队干扰过程。
위료급수훈대상제공전자신호배경，재수대간우신호종뢰체천선주파속진입적한정조건하，설계료사용저속평태탑재간우계통반수고속전궤실시수대간우적편대방식，병방진분석료대불동주판관도뢰체적수대간우과정。결과표명，당평태속도명현저우돌격비궤비행속도시，존재최가적초시진입거리이실현최대국부수대간우과정。
In order to provide experience enviroment for trainees, and under the restricted conditions that the signal enters from the main beam of radar, the formation manner of using Low?speed Platform to actualize Escort Jamming has been de?signed, the Escort Jamming process of different main beam width radar has been simulated. The results shows that the best initialization distance for Low?speed Platform to actualize partial Escort Jamming is exist, when the Platform speed is lower than the assault aircraft.