- 更多网络例句与鱼雷相关的网络例句 [注：此内容来源于网络，仅供参考]
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This paper analyzes the process of depth charge intercepting torpedo, establishes a model of ship evading acoustic homing torpedo, and obtains the evasive turning angle as evading torpedo in different torpedo alert areas by using Monte-Carlo method.
本文分析了水面舰艇使用悬浮式深弹拦截鱼雷过程，建立了舰艇使用悬浮式深弹时规避声自导鱼雷数学模型，采用蒙特卡洛法通过计算机仿真，得出了在不同的鱼雷报警区域内舰艇规避鱼雷时的规避转向角。
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Aiming at the diversification of function system and homing modes in the development of submarine-launched torpedo, this paper analyses the advantages in operational application of wake homing torpedo based on its mechanism, such as stronger counter-countermeasure, higher speed, and higher target acquisition probability for selected target. It also analyses the limitations in tactics, such as limited attacking speed and the types of attackable targets, greater loss in torpedo range, difficult combination with wire-guidance, and inaccurate attack on moving targets.
针对国内外潜射鱼雷在功能体制和制导方式等技术环节多元化发展的局面，基于尾流自导鱼雷制导原理，分析了尾流自导鱼雷在作战使用上的技术优势：抗干扰能力强，适宜高速制，可选择攻击目标和捕获概率高；以及其战术局限性：可攻目标的类型及速度受限，鱼雷航程损失大，与线导结合困难，对机动目标攻击效果较差。
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Based on wake features and operational principle of wake homing torpedo, this paper introduces some methods of soft kill, hard kill and non-kill, such as gas generator, magnetic wake, torpedo net defense, depth bomb, anti-torpedo torpedo, stealth, and evasive maneuver.
该文基于尾流特征及尾流自导鱼雷工作原理，介绍了用于对抗尾流自导鱼雷的气幕弹、磁尾流、拖网、深水炸弹和反鱼雷鱼雷等几种软杀伤和硬杀伤方法以及隐身技术和机动规避等非杀伤方法，总结了舰船对抗鱼雷攻击的3个关键环节包括高性能鱼雷报警系统、快速反应的水声对抗系统和多功能的水声对抗设施，旨在为有效防御尾流自导鱼雷提供思路。
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Based on wake features and operational principle of wake homing torpedo , this paper introduces some methods of soft kill , hard kill and non-kill ,such as gas generator , magnetic wake , torpedo net defense , depth bomb , anti-torpedo torpedo , stealth , and evasive maneuver. We summarizes three key points in the defense against wake homing torpedo , including high perfo口nance torpedo alarm system , rapid response acoustic countermeasure system , and multi-functional acoustic countermeasure device , to provide approaches to effectively countering wake homing torpedo.
该文基于尾流特征及尾流自导鱼雷工作原理介绍了用于对抗尾流自导鱼雷的气幕弹、磁尾流、拖网、深水炸弹和反鱼雷鱼雷等几种软杀伤和硬杀伤方法以及隐身技术和机动规避等非杀伤方法总结了舰船对抗鱼雷攻击3 个的关键环节包括高性能鱼雷报警系统、快速反应的水声对抗系统和多功能的水声对抗设施旨在为有效防御尾流自导鱼雷提供思路。
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In this paper,a new concept of the depth charge with projectiles is put forward from the cargo projectiles used in the ground guns,in order to improve the interception probability of the depth charge.
火箭深弹是水面舰艇拦截鱼雷的常用武器，为提高火箭深弹拦截鱼雷的概率，提出了子母深弹的概念，将地面火炮中常用的子母弹技术应用于深弹反鱼雷攻击中，通过分析子母弹的散布特性，来比较子母深弹和火箭深弹毁伤鱼雷的效能，并通过Monte-Carlo法仿真了这一过程，分析了影响子母深弹的毁伤概率的因素。
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So the dissertation clarified the hypotaxis between torpedo system and torpedo weapon system firstly, then expatiated the evaluation elements, evaluation characteristics, generic contents, generic process and the station in the process of torpedo investigation.
针对此点，本文从鱼雷系统和鱼雷武器系统的关系出发，明确了鱼雷总体方案评估的评估要素、评估特点、一般内容、一般过程以及在鱼雷研制过程中的地位，夯实了本文理论研究的基础。
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An optimization design scheme is crucial for torpedo, however, there has been no any such method recognized so far. This paper presents a method for torpedo lineshape optimization design based on the iSIGHT. In this method, the optimization strategies of simulated annealing algorithm and continuous quadratic planning method are adopted, and the fluid analysis software Fluent is integrated to calculate the fluid parameters of torpedo body lineshape. The comparison of the optimization results obtained by both the presented and the traditional methods shows that the torpedo lineshape optimization method based on the iSIGHT is satisfactory and feasible.
寻找最优设计方案是鱼雷设计的重中之重，针对目前鱼雷优化设计领域还没有一套公认的优化设计方法这一现状，提出了一套基于iSIGHT的工程设计优化方法，将这款商业软件应用于鱼雷线形优化设计中，采用了模拟退火算法+连续二次规划法的优化策略，集成流体分析软件Fluent对雷体线形的流体参数进行了计算，并与传统优化方法结果相比较，结果表明，基于iSIGHT的优化设计方法在鱼雷线形优化设计中是可行的，能够得到令设计人员满意的鱼雷线形优化方案。
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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。
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Torpedos are like missiles that don't chase their target; they're launched in a direction from the MTB weapon and continue on their initial velocity. Like missiles, they activate on contact or a small range.
鱼雷，鱼雷有点像导弹，只是鱼雷也无法追击目标，当MTB发射鱼雷后，鱼雷只能依靠只身的初速度向前运动，直到距目标一定距离或受到撞击时才引爆。
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The results show that the rudder angle of torpedo, the battery activation time, and the initial velocity of torpedo all affect the trajectory of torpedo. The rudder angle ought to be set positive when torpedo is launched downwards,or set negative when torpedo is launched upwards to gain perfect trajectory. Meanwhile, shorter battery activation time and higher initial velocity of torpedo are necessary.
结果表明，以上3个参数对鱼雷弹道都有影响，由小深度向大深度发射鱼雷时，横舵管制舵角应设为正值，由大深度向小深度发射鱼雷时，横舵管制舵角应设为负值，并尽量缩短动力电池激活时间，提高鱼雷出管速度，电动力鱼雷管外激活发射可获得较好的弹道。
- 更多网络解释与鱼雷相关的网络解释 [注：此内容来源于网络，仅供参考]
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aerial torpedo：航空鱼雷
电动机鱼雷 electric torpedo | 航空鱼雷 aerial torpedo | 火箭助飞鱼雷 rocket-assisted torpedo
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torpedo control tower：鱼雷发射指挥塔
torpedo compartment 鱼雷舱 | torpedo control tower 鱼雷发射指挥塔 | torpedo countermeasures and deception 鱼雷对抗措施与诱骗
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torpedo flotilla：鱼雷快艇纵队
torpedo firing angle 鱼雷发射角 | torpedo flotilla 鱼雷快艇纵队 | torpedo fuel 鱼雷燃料
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torpedo shooting range：鱼雷靶场
拦截鱼雷:Torpedo Intercept | 鱼雷靶场:torpedo shooting range | 鱼雷攻击:Torpedo Attack
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torpedo boat：鱼雷快艇,鱼雷艇
torpedo bay 鱼雷舱 | torpedo boat 鱼雷快艇,鱼雷艇 | torpedo body 鱼雷式车身
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torpedo body：鱼雷式车身
torpedo boat 鱼雷快艇,鱼雷艇 | torpedo body 鱼雷式车身 | torpedo bombardment airplane 鱼雷轰炸机
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torpedo tube doors：鱼雷发射管盖
torpedo tube 鱼雷发射管 | torpedo tube doors 鱼雷发射管盖 | torpedo tube sight angle 鱼雷发射管瞄准角
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torpedo tube mount：鱼雷发射管装置
鱼雷发射管泄水阀 torpedo tube drain stop valve | 鱼雷发射管装置 torpedo tube mount | 鱼雷发射阀 torpedo-firing valve
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torpedo-boat destroyer：鱼雷快艇驱逐舰
由于确切掌握时机,当时30节的鱼雷快艇与鱼雷快艇驱逐舰(torpedo boat destroyer)能藉副炮对主要舰艇构成潜在性威胁. 依战术家估算,一个均衡舰队应包括数量庞大的鱼雷快艇. 理论上,驱逐舰可使用快速短程武器先发制人,但是火炮必须准确,
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torpedoplane：鱼雷飞机
torpedoofficer 鱼雷军官 | torpedoplane 鱼雷飞机 | torpedoport 鱼雷发射器口