美军新型反辐射导弹AARGM-ER性能分析与研究  

Performance analysis and research of US Army new generation anti-radiation missile AARGM-ER

作　　者：祝雯生 于俊庭 张顺家 赵炜 孙巩浩 Zhu Wensheng;Yu Junting;Zhang Shunjia;Zhao Wei;Sun Gonghao(Shanghai Electro-Mechanical Engineering Institute,Shanghai 201109,China;Unit 93184 of PLA,Beijing 100076,China)

机构地区：[1]上海机电工程研究所,上海201109 [2]中国人民解放军93184部队,北京100076

出　　处：《战术导弹技术》2023年第4期134-141,共8页Tactical Missile Technology

摘　　要：增程型先进反辐射导弹(AARGM-ER)是美军AGM-88系列反辐射导弹的最新改进型,具备载机内埋弹射、防区外打击等先进作战能力,是美军尖端精确制导武器的典范。梳理总结了AARGM-ER导弹三个阶段的研制历程,详细介绍了导弹的三种作战使用模式,分析了导弹气动布局方案及制导控制系统、动力系统、引战系统等主要分系统方案,得出了导弹具有飞行速度快、射程远、抗诱饵和抗关机能力强等技术特点。借鉴美AARGM-ER导弹研制经验,总结出反辐射导弹发展应立足实战需求牵引,聚焦先进技术突破,推动模块化、系列化升级,以支撑武器装备实战能力的快速构建与提升。分析结果可为后续反辐射导弹的研制提供一定参考。The Extended Range Advanced Anti-Radiation Missile(AARGM-ER)is the latest improved version of the US Army's AGM-88 series of anti-radiation missiles,which has advanced combat capabilities,such as embedded ejection and stand-off attack,and it is a model of cutting-edge precision-guided weapons of the US military.The development process of the AARGM-ER in three stages are summarized and three operational modes of missile are introduced.The aerodynamic configuration of the missile and its main subsystem,such as guidance and control system,propulsion system,and fuze warhead system,are analyzed.The technical characteristics of the missile,such as rapid flight speed,long range,strong anti-interference capacity against decoy and radar-shutdown are concluded.Based on these conclusions and the development experience of AARGM-ER,it is recommended that the follow-up anti-radiation missiles of military should be based on actual combat demand traction,focusing on advanced technology breakthroughs,promoting modular and serial upgrad,and supporting the rapid construction and improvement of actual combat capabilities of weapons and equipment.The analysis results provide a reference for the subsequent development of antiradiation missiles.

关 键 词：反辐射导弹 AARGM-ER导弹 AGM-88E导弹 作战模式 制导控制 双脉冲发动机 

分 类 号：TJ762.2[兵器科学与技术—武器系统与运用工程]