1.
"Shenzhou (Divine Vessel) consists of the Orbital Module, Re-entry Module and Propelling Module."
神舟号包括轨道舱,返回舱和推进舱。
2.
engine-room propulsion stand
机舱推进装置操纵台
3.
Modeling Missile Propellant Fires In Shipboard Compartments; Oct 98-Sep 99
军舰舱内导弹推进剂燃烧建模
4.
A Study on Hydrodynamic Performance of POD Propulsion
吊舱推进器水动力性能预报方法研究
5.
The Research about Slewing System of Double-Podded Electrical Propulsion Based on PLC;
双吊舱电力推进回转系统PLC控制研究
6.
Review on the study of interaction between POD propulsor and hull
吊舱推进器与船体间相互影响研究进展
7.
Since the appearance of POD electric propulsion system, it injects new life into marine propulsion system.
吊舱式电力推进系统的出现,给船舶推进系统注入了新的活力。
8.
Research on Optimal Design of Podded Propulsor s Hydrodynamic Performance;
吊舱推进器的水动力性能优化设计研究
9.
The Hydrodynamics Influence of Ship Wake on the Podded Propeller;
船尾伴流对吊舱推进器水动力性能的影响
10.
Research on Direct Torque Control of Permanent Magnet Synchronous Motor in Pod Propulsion;
吊舱推进器中同步电机直接转矩控制的研究
11.
The Research on the Heading Control System of the Twin-pod Electric Ship Propulsion;
双吊舱船舶电力推进航向控制系统研究
12.
Application of Podded Electric Propulsor and Research on the Propeller Design;
吊舱电力推进装置及其螺旋桨设计研究
13.
The Research on Principle and Control of Podded Electrical Propulsion System;
吊舱式电力推进系统原理和管理控制的研究
14.
Influence of fins on tractor-type podded propulsor performance
鳍对拖式吊舱推进器水动力性能的影响(英文)
15.
Effect of fin on podded propeller hydrodynamic performance
鳍对拖式吊舱推进器水动力性能的影响
16.
The authors point out the advantages of the system and introduces the application of some popular podded electric propulsion systems.
同时介绍了当前几种主流的船舶吊舱式电力推进器的应用情况。
17.
The HMI Development of Simulation and Real Time Control for POD Propulsion System;
吊舱式电力推进控制系统人机界面开发及其仿真控制
18.
CFD Simulation for a Puller-type Podded Propulsor Operating at Helm Angles
基于CFD的拖式吊舱推进器斜流状态下数值模拟(英文)