鱼雷

yú léi
  • torpedo;fish;tin fish
鱼雷鱼雷
鱼雷 [yú léi]
  • [tin fish;torpedo] 自行推进的雪茄形可操纵水下武器,装有炸药,由船舰或飞机发射,用以攻击远处之敌舰,由压缩空气使之保持在一定深度和航路的装置控制

鱼雷[yú léi]
  1. 鱼雷正击中船身。

    The torpedo struck home on the hull of the ship .

  2. 敌舰被鱼雷击沉。

    The enemy ship was sunk by a torpedo .

  3. 从这可以避开敌方鱼雷区对敌人发动进攻。

    It could engage the enemy beyond the range of hostile torpedoes .

  4. 卢西塔尼亚号被鱼雷击沉,导致1,000多人死亡。

    More than a thousand people died when the Lusitania was torpedoed .

  5. 部队发射鱼雷。

    The army discharge a torpedo .

  6. 鱼雷艇在第二次世界大战中发挥了重要作用。

    Torpedo boats played an important role during World War Two .

  7. 他的船被一枚鱼雷炸毁了。

    His ship was blown up by a torpedo .

  8. 鱼雷自导算法在DSP上的实现

    The Implement of the Algorithm on Torpedo Homing System in DSP

  9. 基于Vague集的鱼雷研制阶段年度投资分配模型

    Distributional Model of Yearly Investment for Torpedo Based on Vague Sets

  10. 基于WISE的鱼雷武器系统弹道仿真模型设计与应用

    Modeling and Simulation of Torpedo Trajectory Using WISE

  11. 采用Visualc++和SqlServer等开发工具实现了鱼雷武器一体化仿真、分布交互仿真环境。

    Accomplishment of the Integrated Simulation and Distributed Interactive Simulation Environment with Visual C + + and SQL Server develop tools .

  12. 基于HLA的鱼雷武器作战性能仿真技术研究

    Torpedo Operational performance Simulation Based on HLA A Survey of Military Simulation Technologies

  13. 鱼雷作战仿真系统中HLA接口规范研究

    HLA Interface Specification Research in Torpedo Warfare Simulation System

  14. OpenGL在空投鱼雷弹道视景仿真系统开发中的应用

    The Application of OpenGL in Airdrop Torpedo Trajectory Scenario Simulation System Development

  15. Fuzzy-PID控制在鱼雷罐烘烤温度控制中的应用研究

    Research on application of fuzzy-PID in baking temperature control of torpedo car

  16. 鱼雷形罐车车轮采用LM型踏面试验简介

    Brief Introduction of Test on Treads Type LM Adopted on Torpedo Form Tank Car Wheels

  17. 主要介绍了基于MATLAB/Simulink和Delphi两种途径的鱼雷尾追式弹道的设计与仿真方法。

    This paper mainly introduces two method of design and simulation of the torpedo guidance trajectory based on MATLAB / Simulink and Delphi .

  18. 开放系统&鱼雷和UUV设计的方向

    Open Architecture : Trend of Torpedo and Unmanned Underwater Vehicle Design

  19. 为了实现潜艇对舰鱼雷攻击过程的计算机仿真,基于Petri网理论研究了潜艇鱼雷攻击过程的行为建模问题。

    In order to simulate the process of submarine attack on surface ship with torpedo , how to use Petri net to model behavior for submarine torpedo attack simulation is researched .

  20. 体细胞胚经过球形胚、心形胚、鱼雷形胚和子叶胚而发育成再生植株,子叶期体细胞胚可观察到明显的V型维管束、茎尖分生组织以及根尖分生组织。

    Plantlet regenerations were developed from global embryo , heart-shaped embryo , torpedo-shaped embryo and cotyledon embryo , in which the V-shaped vessel vascular bundles and shoot tip meristem and root tip meristem were observed .

  21. 采用mRNA差别显示技术对龙眼(DimocarpusLonganLour.)体细胞胚胎发生过程中的胚性愈伤组织、球形胚、鱼雷胚、子叶胚、成熟胚等阶段进行分析。

    The mRNA differential display method was applied to analyse differential gene expression in the process of somatic embryogenesis in longan ( Dimocarpus longan Lour . )

  22. 运用数值求解不可压缩雷诺平均N-S方程的方法研究了带鳍舵无动力鱼雷的流体动力特性。

    In this paper , the fluid dynamic characteristic on the torpedo with fin and rudder was researched by solving incompressible Reynolds Average N-S equation numerically .

  23. 鱼雷自导系统仿真的VVA研究

    Research on VVA Torpedo Homing System Simulation

  24. 文章基于Vague集,提出了Vague集模糊熵的构造方法,进而提出了运用Vague集模糊熵进行鱼雷研制阶段年度投资强度分配的新模型。

    Based on the Vague sets , the entropy of Vague sets is suggested , then a distributional model of the yearly investment for torpedo based on the entropy of Vague sets is put forward .

  25. 用Runge-Kutta法对鱼雷初期弹道进行仿真,并根据仿真结果分析了舰艇摇摆对鱼雷初期弹道的影响。

    The programme achieves the simulation of the torpedo incipient trajectory by the way of Runge-Kutta , and analyses the affection to incipient trajectory basing on the simulation result .

  26. 国外海军在研究发展反鱼雷鱼雷(ATT),但对于其作战使用方法问题,却很少公开报道。

    Overseas although is developing counter-torpedo torpedo ( ATT ), but regarding its combat employment method question , actually very little public report .

  27. 用鱼雷辐射噪声数据进行了仿真研究,结果表明:该算法的性能优于基于LMS的自适应线谱增强器和基于短时相关的自适应线谱增强器。

    Simulation with the torpedo-radiated data indicates that the proposed algorithms are much better than the ALE and the short-time correlation based adaptive line enhancer ( SCBALE ) in suppressing Gaussian noise and enhancing spectrum feature .

  28. 首先给出鱼雷导引系统的数学模型,然后介绍如何应用Simulink建立系统的仿真模型并进行仿真计算,并使用Delphi语言进行了仿真,最后给出相应的仿真结果和分析。

    Firstly , the mathematical model of torpedo guidance system is discussed . Secondly , the paper focuses on how to design the simulation model with MATLAB / Simulink and Delphi computer language . Finally , the simulation results are analyzed .

  29. 结果:1.冠心病组Poincare图以鱼雷状、短棒状多见;正常组以慧星状为主,两组有显著差异。

    The results showed that ( 1 ) Poincare map of CHD group showed frequently the shapes of torpedo and short stick , the map of normal group showed frequently the shapes of comet ;

  30. 建立了以VR-Link为开发工具、基于DIS协议的鱼雷武器分布交互仿真系统。

    The torpedo weapon distributed interactive simulation system based on Distributed Interactive Simulation ( DIS ) protocol is established , in which VR-Link is the developing tool .