1) rocket assist acoustic decoy
火箭助飞声诱饵
2) rocketed-assisted acoustic decoys
助飞式声诱饵
1.
Operation based on formation of ship is basic operational mode in future,according to characteristics of underwater acoustic warfare in the formation of ship,the divisiory principle of countermeasure area is proposed,and the cooperative countermeasure of rocketed-assisted acoustic decoys is researched based on typical formation of ship.
根据编队水声对抗特点,提出了编队对抗区域的划分原则,重点研究了助飞式声诱饵在编队条件下的协同水声对抗方法,研究成果对进一步研究编队条件下水声对抗相关问题具有参考价值。
3) rocket-assisted acoustic jammer
火箭助飞噪声干扰器
1.
The research will provide the theoretical foundation and guidance to the using of the rocket-assisted acoustic jammer.
根据现在方位法的导引特性,以来袭鱼雷为基准,通过仿真估算潜艇的方位,建立了使用单枚或多枚火箭助飞噪声干扰器对抗潜射线导鱼雷的模型,仿真计算了在使用多枚噪声干扰器对抗线导鱼雷的过程中,不同鱼雷报警舷角时各枚干扰器的发射舷角,为火箭助飞噪声干扰器的作战使用提供理论依据并具有指导意义。
4) rocket-assisted torpedo
火箭助飞鱼雷
1.
In order to in prove computing speed of burn-out of rocket-assisted torpedo,a new calculating approach calculate shutoff points quickly according to a variety of ranges of the rocket-assisted torpedo so as to control the ranges immediately based on curve fitting of Chebyshev polynomial.
为提高火箭助飞鱼雷关机点计算速度,基于Chebyshev多项式拟合了火箭助飞鱼雷关机方程,可根据不同的射程快速解算助飞鱼雷关机点,实时控制射程。
2.
In order to launch rocket-assisted torpedo with submarine torpedo tube,the general scheme and trajectory plan of the submarine-launched rocket-assisted torpedo carrier were presented,and the underwater trajectory mode of this torpedo inclining to leave water and yawing to elude submarine was designed.
为了实现火箭助飞鱼雷采用潜艇鱼雷发射管发射,对火箭助飞鱼雷的水下水平发射的有关问题进行了探索性研究,设计了火箭助飞鱼雷运载器的总体方案并进行了弹道规划,提出了火箭助飞鱼雷倾斜出水并偏航避艇的水下弹道运动方式。
3.
In order to study on fire efficiency for the rocket-assisted torpedo,this paper has gone deeply into every stages of air trajectory and underwater trajectory,and established the fire efficiency model of the rocket-assisted torpedo with the Monte-Carlo.
为解决火箭助飞鱼雷的作战使用问题,需要确定它对随机机动目标的射击效率,通过对该雷空中及水下弹道的各阶段深入细致的分析研究,建立了火箭助飞鱼雷射击效率仿真模型。
5) rocket-assisted-launched
火箭助飞发射
1.
Taking MK 46 torpedo for example,the shooting forbidden zones of the shipborne-launched,airdrop-launched and rocket-assisted-launched torpedoes were analyzed and calculated.
以MK 46鱼雷为例,对鱼雷管装发射、直升机空投发射和火箭助飞发射等3种不同发射方式的射击禁区进行了详细分析和计算,给出了不同发射方式的射击禁区图,为进一步计算我方兵力是否落入鱼雷射击禁区内及寻找退出鱼雷射击禁区的方法提供借鉴,为自导鱼雷作战使用提供参考。
6) rocket assisted torpedo
火箭助飞鱼雷
1.
Optimum falling zone of rocket assisted torpedo;
火箭助飞鱼雷最优落水区研究
2.
General study on falling dispersion error of rocket assisted torpedo
火箭助飞鱼雷入水点散布误差综合分析
3.
Simulation of rocket assisted torpedo's firing efficiency based on firing channel
基于射击通道的火箭助飞鱼雷射击效率分析
补充资料：火箭助飞鱼雷
| 火箭助飞鱼雷 rocket-assisted torpedo 舰艇在水中或水面发射，由火箭运载飞行到达预定点入水，自动搜索、跟踪和攻击潜艇的鱼雷。简称助飞鱼雷。反潜导弹之一。由火箭飞行器和自导鱼雷组成。火箭助飞鱼雷和发射装置、射击指挥控制系统、探测设备等构成火箭助飞鱼雷武器系统。其空中飞行方式有巡航式和弹道式，飞行速度由亚音速到超音速，射程为十到数十千米。攻击目标的工作程序是：探测设备发现目标并测得目标运动要素后，射击指挥控制系统将射击诸元自动输给发射装置和待发的火箭助飞鱼雷；发射后，以时间程序控制、惯性制导或无线电指令制导等方式飞向目标区；到达预定点时，声自导鱼雷脱离火箭飞行器打开减速伞，入水时解脱减速伞，入水后按预定程序进行搜索，发现目标后自动跟踪、攻击，直至命中。 |
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