反舰导弹(Anti-ship Missile)是指从舰艇、岸上或飞机上发射,攻击水面舰船的导弹。常采用半穿甲爆破型战斗部;固体火箭发动机为动力装置;采用自主式制导、自控飞行,当导弹进入目标区,导引头自动搜索、捕捉和攻击目标。反舰导弹多次用于现代战争,在现代海战中发挥了重要作用。反舰导弹发展到近代,已经可以从多种型态的载具上使用,包括从各类飞行器上发射的空射型,由地面发射的陆射型,由水面舰艇使用的舰射型以及自潜艇发射的潜射型。
反舰导弹(Anti-ship Missile)是指从舰艇、岸上或上发射,攻击水面舰船的导弹。常采用半穿甲爆破型战斗部;固体 火箭发动机为动力装置;采用自主式制导、自控飞...
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Interception of anti-ship missile by phalanx close in weapon system needs the solution urgently.
密集阵反导系统拦截反舰导弹是一个急需解决的问题。
参考来源 - 密集阵反导系统拦截反舰导弹模型研究Based on this framework together with those disciplinary analysis models, the concurrent subspace optimization of antiship missile is finally realized.
3.建立反舰导弹并行子空间优化设计框架,结合各学科分析模型,实现反舰导弹的优化设计计算。
参考来源 - 基于相应面近似的反舰导弹并行子空间优化设计技术Because of the diversity of radar jamming, in this dissertation researches are focused on self-screening jamming of shipbased active jamming equipment to terminal guidance radar of anti-ship missile.
由于干扰技术的多样性,本文仅针对舰载有源干扰设备对反舰导弹末制导雷达进行的自卫式干扰进行研究。
参考来源 - 支持向量机算法及其在雷达干扰效果评估中的应用研究Thus, it is of significant importance in military affairs to work over the detection technique of seeker based upon thorough analysis on target characteristic of existing vessels and ground or sea clutter.
因此,研究现有舰船及地海杂波目标特性,并在此基础上开展反舰导弹术制导雷达检测技术研究具有重要军事意义。
参考来源 - 反舰导弹雷达导引头检测技术研究The thesis firstly summarized the status quo of the antiship missile that using composite guidance mode and the target location technique. Then analyzes the operating course of the INS/Passive Radar/SAR seeker, and simply introduces the major content of this article.
论文首先概述了采用复合制导体制反舰导弹及目标定位技术的研究现状,分析了INS/微波被动/SAR复合导引头的工作过程,并简述了本文的主要研究内容。
参考来源 - INS/微波被动/SAR复合导引头目标跟踪技术研究·2,447,543篇论文数据,部分数据来源于NoteExpress
随着反舰导弹射程的不断增加,反舰导弹远程攻击需要使用远程探测平台提供目标指示。
With the continual increase in the range of anti-ship missiles, the long distance attack of anti-ship missiles need to use long distance exploring platform to provide target indication.
阐明了针对大空域机动反舰导弹飞行空域大、速度变换范围大的特点,采用增益调度的方法设计其控制系统。
For Large aerospace maneuvering anti-ship missiles(LAMASM), which fly in large aerospace with velocity varies in large range, a gain schedule autopilot is designed.
根据作战效果指标,建立了单发反舰导弹突防概率模型,研究了反舰导弹双发齐射的效果并论证了其合理性。
Base on the operational effect indexes, the penetration probability model of a single ASM is established. And then the effect and rationality of double-missiles fusillading are analyzed.
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