基于反舰导弹速度约束的舰载预警机阵位配置  

Shipborne Early Warning Aircraft Array Configuration Based on Velocity Constraint of Anti-ship Missile

作　　者：于楷泽 罗木生 吴一乔 王泓臻 杨兴 YU Kaize;LUO Musheng;WU Yiqiao;WANG Hongzhen;YANG Xing(Naval Aviation University,Yantai 264001;No.91423 Troops of PLA,Laiyang 265200)

机构地区：[1]海军航空大学,烟台264001 [2]91423部队,莱阳265200

出　　处：《舰船电子工程》2024年第6期13-17,共5页Ship Electronic Engineering

摘　　要：针对舰载预警机对各型反舰导弹预警探测时阵位配置问题,简要分析了典型反舰导弹特征参数,明确了来袭反舰导弹影响舰载预警机阵位配置的因素和舰载预警机预警探测反舰导弹的整个过程,从舰载预警机前出距离、来袭导弹威胁角、舰载预警机最大探测半径建立舰载预警机预警探测反舰导弹阵位配置计算模型。仿真分析了雷达反射截面积(RCS)值、来袭反舰导弹速度对舰载预警机的前出距离的影响,结果表明舰载预警机在应对不同类型的来袭反舰导弹的前出距离随来袭导弹的雷达反射截面积(RCS)变大而变大,前出距离随来袭导弹速度增大而减小。The characteristic parameters of typical anti-ship missiles are analyzed briefly in view of the problem of array con-figuration of ship-borne early warning and detection aircraft for various types of anti-ship missiles.The factors affecting the array configuration of shipborne early warning aircraft and the whole process of shipborne early warning and detection of anti-ship mis-siles are clarified.The calculation model of array position configuration of ship-borne early warning and detection anti-ship missile is established from the forward distance of ship-borne early warning and detection aircraft,the threat angle of incoming missile and the maximum detection radius of ship-borne early warning and detection aircraft.The effects of radar reflection cross-sectional area(RCS)and the velocity of incoming anti-ship missile on the forward departure distance of shipborne early warning aircraft are simu-lated and analyzed.The results show that the forward departure range of shipborne early warning aircraft against different types of in-coming anti-ship missiles increases as the radar reflection cross-sectional area(RCS)of incoming missiles increases,and the for-ward departure range decreases as the speed of incoming missiles increases.

关 键 词：舰载预警机 预警探测 阵位配置 建模仿真 

分 类 号：TN95[电子电信—信号与信息处理]