CAJ | 학술논문

反舰导弹防御技术的发展使反舰导弹已面临新的挑战,迫切需要通过隐身技术、变轨技术、电磁对抗和超声速飞行等技术来提高突防和打击效能,而变轨技术和超声速飞行直接与冲压动力装置相关。在论述变轨技术的基础上对冲压动力约束问题进行了对比分析,讨论了不同参数的影响和动力装置的限制因素。
반함도탄방어기술적발전사반함도탄이면림신적도전,박절수요통과은신기술、변궤기술、전자대항화초성속비행등기술래제고돌방화타격효능,이변궤기술화초성속비행직접여충압동력장치상관。재논술변궤기술적기출상대충압동력약속문제진행료대비분석,토론료불동삼수적영향화동력장치적한제인소。
With the development of the technology for defence against anti-ship missile,anti-ship missile is facing a new challenge.Therefore,the technologies of stealth,variable trajectory,electronic countermeasure and supersonic flight must be used to improve the penetration efficiency and strike effect,in which the variable trajectory and supersonic flight technologies are all affected by the propulsion equipment.The different variable trajectory methods are described.The ramjet constraint is analyzed.The influence of different parameters on the performance of anti-ship missile and some limiting factors to the propulsion device are discussed.