1) torpedo loading gear
鱼雷装载装置
2) torpedo loading reliability
鱼雷装载可靠度
1.
In order to solve the difficulty in analyzing the torpedo loading reliability for lack of experiment data of loading reliability,the relationship between torpedo loading reliability and working relia-bility was analyzed,and the model was established by using fuzzy regression theory and GM(1,2) model.
为解决在鱼雷装载可靠度试验数据较少的情况下进行装载可靠性分析困难的问题,利用灰色系统理论及GM(1,2)建模的思想,研究了鱼雷装载可靠度和工作可靠度之间的灰色关系,基于灰色系统理论建立了两者之间关系的数学模型。
3) torpedo hatch
鱼雷装载窗口
4) torpedo launcher
鱼雷发射装置
1.
Based on the characteristics of submarine battlefield damage analysis,and taking the air launching system of submarine torpedo launcher as an example,the submarine equipment damage is comprehensively assessed by the modern analytic techniques,such as basic function item analysis(BFIA),damage mode effect and analysis(DMEA),damage tree analysis(DTA),and damage location.
实施潜艇战场损伤分析是开展潜艇战场损伤评估与修复的必要前提,文中立足于潜艇战场损伤分析的特点及重要性,以鱼雷发射装置空气发射系统为例,首次综合运用基本功能项目分析(BFIA)、损伤模式及影响分析(DMEA)、损伤树分析(DTA)和损伤定位分析(DLA)等现代损伤分析技术进行潜艇装备损伤评估,有利于搜集整理潜艇装备损伤数据、预测装备损伤信息、准确有效实施装备战场损伤的快速评估。
2.
The in-tube ballistic curve of torpedo launcher is influenced by some random factors.
就鱼雷发射装置发射内弹道受诸多随机因素的影响,通过对蒙特卡洛法随机模拟事件的分析,提出了用蒙特卡洛法对鱼雷发射内弹道参数的分布进行分析的观点,给出使用该方法的详细步骤,并通过求解实例,进行了有益的尝试。
3.
In view of using the propellant charge in the torpedo launcher, this paper puts forward the mathematic model of interior ballistic with two periods by using the first thermodynamic law.
针对火药发射的特点 ,利用开口系统热力学第一定律的方法 ,建立了以火药为工质的鱼雷发射装置内弹道数学模型 ,并进行了计算机仿真 。
5) torpedo propulsion system
鱼雷动力装置
1.
The tactical qualities of torpedo depend on the torpedo propulsion system.
鱼雷的战术性能主要取决于其采用的动力装置，而鱼雷动力装置的综合性能在很大程度上又取决于其采用的控制系统。
6) thermal power torpedo equipment
鱼雷热动力装置
1.
This paper is on the basis of explaining in detail to virtual instrument technology introduce virtual instrument technology to thermal power torpedo equipment test system of our country.
本文在对虚拟仪器技术进行详细阐述的基础上,将虚拟仪器技术引入到我国的鱼雷热动力装置测试系统中。
补充资料：封口装置——滚纹装置
封口装置——滚纹装置     | ||
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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