1.
nuclear-powered attack submarine
核动力鱼雷攻击潜艇
2.
The Development of the Torpedo Thermal Power Engine and the Selection of the Engine Model
鱼雷热力发动机发展概况及选型研究
3.
Development of Torpedo Concerning a New Type Power Battery and Propelling Electrical Machinery
鱼雷新型动力电池与推进电机的发展
4.
Study on Trajectory of Electric Power Torpedo Launched by Battery Activated Outside Tube
电动力鱼雷动力电池管外激活发射弹道研究
5.
An Oblique Towing Test Method of the power model for Torpedo Position Force
鱼雷有动力模型位置力的斜拖试验方法
6.
A Study on Simulation of Starting Process in Energy Supply System of Torpedo Thermal Power Plant
热动力鱼雷能供系统启动过程仿真研究
7.
Its radar equipment was powered by a nuclear reactor.
其雷达装置由一核反应堆提供动力。
8.
A Study of the Direct Torque Control of the New AC Electric Power Plant for Torpedo
新型鱼雷交流电动力系统的直接转矩控制研究
9.
Supportability Assessment of Torpedo Electro-dynamic System Based on DHGF Algorithm
基于DHGF算法的鱼雷电动力系统保障性评价
10.
Modeling and Simulation Analysis of Oblique Water-entry Impact Dynamics of Air-dropped Torpedo
空投鱼雷斜入水冲击动力建模及仿真分析
11.
Torpedoes are now usually propelled by Battery-powered electric motors.
现在的鱼雷通常采用电池式电动机提供推进动力。
12.
The Structured Perturbed Robust H_∞ Control for Open-loop Thermal Power Torpedo Propulsion System;
开式循环鱼雷热动力装置结构参数摄动系统鲁棒H_∞控制
13.
Simulation on transport dynamics of hot metal dephosphorization pretreatment by powder injection in torpedo(Ⅱ): study on the residence time of powder
鱼雷罐喷粉预处理传输动力学物理模拟(Ⅱ):粉剂停留时间研究
14.
Design of Simulation System for Torpedo Operational Capability Based on MFC
基于MFC的鱼雷作战能力仿真系统设计
15.
Research on Metrical Technology of Dynamic Unbalance and Barycenter for Fish Torpedo;
鱼雷动不平衡与质心检测技术的研究
16.
Discussion about Vibration Test of Airborne Torpedo Accessories
鱼雷空投附件振动试验相关问题探讨
17.
Simulation on transport dynamics of hot metal dephosphorization pretreatment by powder injection in torpedo(Ⅰ):study on the mixing time and powder-penetration ratio
鱼雷罐喷粉预处理传输动力学物理模拟(Ⅰ):均混时间和粉剂穿透比研究
18.
This scheme has the great advantage in application to the stepless speed control of the new AC electric power plant for torpedo.
该方法在新型鱼雷交流电动力系统的无级调速应用上将有很大的优势。