1) ship
[英][ʃɪp] [美][ʃɪp]
舰
1.
Analysis of transient aeroelastic response for shipboard articulate rotor;
铰接式旋翼舰面瞬态气弹响应及参数研究
2) Anti-Ship Missile
舰舰导弹
1.
Study on the Passive Location Method of Anti-Ship Missile;
舰舰导弹被动定位法研究
3) ship-to-ship missile
舰舰导弹
1.
Terminal Guidance of Millimeter Wave Radar Seeker for Ship-to-Ship Missile;
舰舰导弹毫米波雷达末制导研究
2.
Based on the basic mode of ship-to-ship missile attack guided by the helicopter,nine aspects which need to be considered on this subject are discussed.
根据直升机引导舰舰导弹攻击的基本方式,探讨了在引导攻击过程中需要解决的9个问题,并对之进行了分析。
3.
Operational effectiveness model of a ship-to-ship missile has been introduced,and the operational effectiveness of one ship-to-ship missile weapon system is analyzed and calculated.
运用美国工业武器系统效能咨询委员会评估武器系统效能的方法,针对反舰导弹武器系统的特点,提出了反舰导弹武器系统作战模型,并介绍了某舰舰导弹的作战效能的数学模型,对某型舰舰导弹武器系统的作战效能进行了分析计算。
4) ship-ship missile
舰舰导弹
1.
Based on probability of penetration of ship-ship missile against a naval ship’s defense, the penetration problem of ship-ship missile has been researched under the condition of surface ship formation with various ways against homing missile, and then, the paper establishes the calculation formula of the penetration probability of ship-ship missile.
在舰舰导弹对单舰防御突防概率的基础上,研究了舰艇编队采用各种手段对抗来袭导弹条件下,舰舰导弹的突防问题,并推导出突防概率的计算公式,利用此公式计算了突防概率随舰舰导弹齐射数量的变化情况。
2.
The ship-ship missile is one of the master weapons to attack surface crafts,the defense penetration ability of the missile is a important guideline to evaluate the missile capability.
舰舰导弹是对水面舰艇攻击的主要武器之一,导弹突防能力是评价导弹性能的重要指标。
5) ship to ship missile
舰舰导弹
1.
Multifarious characteristics of the target that influence firing efficiency of ship to ship missile are analyzed.
分析了影响舰舰导弹射击效率的各种目标特性 。
2.
By this means,the precise capture probability of ship to ship missile in OTH attacking is found out.
利用源概率空间与目标概率空间的映射关系 ,通过在源空间进行数值计算获得目标空间的概率密度函数 ,从而得到了较高精度的舰舰导弹超视距攻击的捕捉概率 。
3.
In order to increase the ability of the antielectronic countermeasure technique for ship to ship missile,the radar guidance and television guidance is compared,and the methods of passive jamming are analyzed.
提高舰舰导弹的抗干扰能力是舰舰导弹发展过程中亟待解决的问题。
6) carrier approach and landing
进舰着舰
1.
By investigating the critical factors, a simulating model of the carrier approach and landing system was developed based on the carrier-airframe-undercarriage multi-body dynamics system.
简述舰载机进舰着舰过程,建立以航母—舰载机—起落架组成的多体动力学系统为核心的进舰着舰系统仿真模型,并综合能够反映驾驶员和LSO的行为特征的指令模型,同时考虑风场扰动,海浪等外界影响因素。
补充资料："格里莎"-v级护卫舰
尺度：舰长71.2米，舰宽10.15米，吃水3.72米
排水量：1070吨（满载）
航速：32节
舰员编制：86名
动力装置：codag方式，2台m507a型柴油机，功率20000马力；1台m8m型燃气轮机，功率18000马力；双轴.
舰炮：1座76毫米/59倍口径舰炮；1座ak-630型近防炮.
舰空导弹：1座双联装sa-n-4"壁虎"舰空导弹发射装置，备弹20枚.
鱼雷：4具533毫米鱼雷发射管.
反潜深弹：1座rbu-6000型反潜火箭深弹发射装置.
搜索雷达：mr-320/mr-755型对空/对海搜索雷达.
火控雷达：1部mpz-301型"汽枪群"火控雷达，f/h/i波段，控制sa-n-4导弹.
电子对抗：2座pk-16型箔条诱饵发射装置；4座pk-10型箔条诱饵发射装置（部分舰）.
声纳：mgk-335mc型"公牛鼻"舰壳声纳，主动搜索与攻击，中频.
该级舰建造于1985-1994年，约有27艘在役.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条