Torpedo的例句大全

Optimization Design of Swim-out Torpedo Tube Based on Adaptive Weight Genetic Algorithm

基于适应性权重遗传算法的自航式鱼雷发射管优化设计

Application of Genetic Algorithm to Optimizing Swim-out Torpedo Tube Length

遗传算法在自航式鱼雷发射管长度优化中的应用

This paper proposes an adaptive weight genetic algorithm to optimize the swim-out torpedo tube design, which is nonlinear and multi-objective optimization problem.

为了对自航式鱼雷发射管进行优化设计，采用适应性权重遗传算法解决多目标非线性优化问题。

The applications of titanium alloys in torpedo tube, high pressure vessel, severe cooling vessel, sonar dome, water brake cylinder and propeller for naval vessels were introduced in details.

对钛合金在鱼雷发射水缸、高压气瓶、一回路危急冷却器、声扫雷具、二回路泵、阀及管系、声纳导流罩、螺旋桨等方面的应用作了重点介绍。

Submarine-launched Harpoons are pre-loaded into a capsule and launched from a torpedo tube. The capsule rises to the surface and launches the missile.

潜水艇把发射的鱼叉预先放入胶囊，从鱼雷发射管射出，胶囊上升到表面，发射。

The optimization of swim-out torpedo tube length is a nonlinear programme problem, which global optimal solution cannot be got by general optimization algorithm. So genetic algorithm ( GA) is chosen to solve the problem.

自航式鱼雷发射管长度优化是一个复杂的非线性规划问题，常规优化算法难以找到全局最优解，为此，本文选择遗传算法进行自航管长度优化研究。

RESULTS: In research one, ( 1) before the intervention of psychology behavior training, there was no significant difference in the changes of systolic pressure, diastolic pressure and pulse before and after their "creeping through the water-filled torpedo tube" task ( p0.05).

结果：研究一：（1）心理行为训练干预前，实验组与对照组爬鱼雷管前后收缩压、舒张压和脉搏变化值无显著性差异（p＞0.05）；

CONCLUSIONS: ( 1) Psychology behavior training can reduce the stress level of submarine personnel effectively when they creep through water-filled torpedo launching tube.

结论：（1）心理行为训练可以降低潜艇艇员注水爬鱼雷管时的应激水平；

On the afternoon of December 5, 1945, five Avenger torpedo bombers left the Naval Air Station at Fort Lauderdale, Fla., with Lt. Charles Taylor in command of a crew of 13 student pilots.

1945年12月5日下午，美国海军上尉查尔斯·泰勒（Charles Taylor）率领13名飞行学员，驾驶着五架海军“复仇者”号鱼雷轰炸机从佛罗里达州的劳德代尔堡海军航空基地起飞。

Optimization of Fire Position for Wire-Guiding+ Wake Homing Torpedo

线导+尾流自导鱼雷射击阵位优化研究

Taking the target acquisition, stable tracking of target wake and saving rang by torpedo as criteria, the relation between firing aiming point and target speed of torpedo with triple-beam active wake homing is analyed and calculated, while the model of firing solution is given.

以鱼雷发现并稳定跟踪目标尾流和节省鱼雷航程为准则，分析并计算了三波束主动尾流自导鱼雷射击瞄点与目标速度的关系，并给出了其射击诸元的解算模型。

Vector sensor array is a hotspot technique in the field of underwater acoustic torpedo and underwater torpedo.

目前矢量水听器信号处理技术的研究已经成为一个热门课题，倍受水声、鱼雷和水雷界的关注。

The target-detection model of acoustic torpedo is analyzed, and the model of fire efficiency is given, while the optimum falling zone of rocket assisted torpedo is confirmed by calculating.

本文首先深入研究了声自导鱼雷对目标的检测模型，进而建立了基于蒙特卡罗法的射击效率计算模型，通过仿真计算确定了火箭助飞鱼雷的最优落水区。

Effect on Acoustic Homing Torpedo Capture Probability of Fire Elements and Errors

声自导鱼雷射击诸元及误差对其捕获概率的影响

Using this system, the acoustic homing torpedo received signals can be simulated dynamically.

利用该系统可动态模拟声自导鱼雷所接收的声信号。

Research on Model of Defending Acoustic Homing Torpedo Using Mobile Acoustic Decoy by Submarine

潜艇使用自航式声诱饵防御声自导鱼雷模型研究

Exploration on countermeasure of acoustic homing torpedo against bubble shell

声自导鱼雷对抗气幕弹技术方法探讨

Necessity and Feasibility Research on Salvo of Acoustic Homing Torpedo

声自导鱼雷连续射击的必要性与可行性研究

Simulation of Submarine ′ s Optimal Course After Using Noise Jammer to Elude Acoustic Homing Torpedo

潜艇使用噪声干扰器规避鱼雷攻击最优航向仿真研究

It is anticipated that the results of this thesis will promote the research on the signal processing for acoustic homing torpedo.

文中的研究结果，将有助于推动自导鱼雷声信号处理新方法的研究。