查询词典 torpedo

Simulation shows that if the advantage of torpedo velocity can not be taken effectively, huge limitation still exists in torpedo′s operational application in spite of the multispeed.

然后，通过仿真计算指出，尽管鱼雷具备多速制，如果导引应用上不能有效地利用鱼雷的速度资源，仍然会对作战应用带来极大限制。

According to the air trajectory of every rocket-assisted torpedo part, we establish an equation group of air vertical motion, improve the in-air trajectory model, and simulatively calculate the polynomials of firing distance and flight time,and firing distance and shut down time. Making use of the polynomials, we calculate the cooperative time of formation salvo of torpedoes, and determine command ways for different situations. The result may facilitate the research of operational application of rocket-assisted torpedo.

根据火箭助飞鱼雷空中运动各部分的特点，建立了其空中纵向运动方程组，完善了空中弹道模型，仿真计算了射程-飞行时间和射程-关机时间关系多项式，利用关系式计算了编队齐射火箭助飞鱼雷的协同时间，确定了不同态势下的指挥方式，为深入研究火箭助飞鱼雷编队作战使用问题提供了重要的参考数据和理论依据。

Then a dynamic inversion tracing control method and a dynamic inversion fuzzy integrated control method are used to design depth control systems for a torpedo respectively. The simulation results illustrate that dynamic inversion fuzzy integrated control method can solve the problem of torpedo depth control more satisfactorily than the dynamic inversion tracing control method can.

提出了基于动态逆的跟踪控制方法和动态逆模糊集成控制方法，并分别将这两种方法用于鱼雷深度控制中，通过仿真说明动态逆模糊集成控制方法比基于动态逆的跟踪控制方法更好地解决了鱼雷的深度控制问题。

Applying fish swimming modes to torpedo will widen the research spaces for torpedo and other underwater vehicles.

把鱼类的游动推进模式应用到鱼雷，将为鱼雷的研究和发展提供新的更为广阔的空间。

When a torpedo or contact mine explodes under the bottom of the ship, the result is widespread serious damage to structure and machinery in the affected area, since it is impracticable to provide the necessary torpedo-protection layers underneath the ship to completely guard against this type of attack.

当鱼雷或是触发引信水雷在舰底爆炸时，损害将会广泛传播并对该区域的舰体结构和机械设备造成巨大的伤害，这是因为在舰底不可能布置所需的鱼雷防护系统来抵御伤害。

Torpedo Guidance and Control System is an important part of torpedo whose performance will directly influence torpedos battle performance.

鱼雷制导系统是鱼雷的重要组成部分，其性能的好坏直接影响到鱼雷的整体作战性能。

The double-color method and theory for stereodisplay of the torpedos trajectory are presented in this article. Program which is using the programming language of Visual C++6.0+MFC+OpenGL has been compiled. In this program, torpedo can be displayed in stereodisplay mode, which can be controlled adapting to the changing of time and space. The final data can easy be simulated and calculated. This method is meaningful to torpedo trajectory design and research.

本文提出了鱼雷弹道双色立体显示技术，系统的介绍了鱼雷弹道立体显示的原理和方法，并采用Visual C++6.0+MFC+OpenGL软件结构编制了相应的程序，使鱼雷最终能够直观的，以图象信息表示出其随时间和空间变化过程，即以立体图象呈现在研究者面前，从而能够更为方便地模拟和计算，对鱼雷弹道的研究和设计具有十分重要的意义。

The transient state of torpedo electrical drive system,caused by torpedos steding, shifting, and the fluctuation of battery voltage, and thechange of the resistance in voyage, will influence efltire attitude and stability of thetorpedo immediately, as well as every parts of electrical propulsion system. Therefore,it is necessary to theoretically analyZe the transient state of torpedo electrical powerpropulsion system.

鱼雷电动力推进系统在鱼雷启动、变速及因电池电压的波动和在鱼雷航行阻力变化时而产生的暂态过程都将直接对整个鱼雷的姿态和稳定性产生影响，同时对电动力推进系统本身各个组件也将产生不同影响，因此有必要对鱼雷电动力推进系统的暂态过程进行一些理论分析。

His service began in the Pacific Fleet: CO of antisubmarine group of the mine and torpedo department of a major antisubmarine ship, CO of the mine and torpedo department, assistant CO of the cruiser Admiral Senyavin.

弗拉基米尔·维索茨基的海军生涯从太平洋舰队开始，他历任：一艘主力反潜舰上的水雷和鱼类部门指挥官，巡洋舰&海军上将谢尼亚温&号的助理指挥官。

In this paper, the relation between main property parameters of electric torpedo and parameters of battery for torpedo propulsion is discussed.

本文讨论电动鱼雷主要性能参数与其动力电池参数之间的关系。

This brought fixed cost, but it also is meant at the same time use a source to won't make you singlehanded assume a problem.

这带来了一定的成本，但它同时也意味着使用开源不会让你独力承担问题。

He gained a small fortune in real estate.

他在房地产上发了一笔小财。