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。
Since the appearance of POD electric propulsion system, it injects new life into Marine propulsion system.
然后着重分析吊舱式电力推进系统的两个重要组成部分：螺旋桨和推进电机。
Secondly this dissertation analyses two important parts-the screw propeller and the propulsion motor.
作者查阅了大量文献及互联网资料，明确了吊舱式电力推进系统的结构与工作过程。
The author refers to lots of literatures and datum on internet, and understands the structure and working process of the podded propulsion.
针对吊舱式电力推进系统建立的动态仿真系统与造船业紧密相关，对船舶电力推进的研究将起到积极的推动作用。
The dynamic simulation system of the POD electric propulsion correlates closely with the shipbuilding industry, which will react on accelerating the research of the ship electric propulsion.
本文对吊舱式电力推进系统所做的基础性研究，希望有助于船东和设计师的决策分析，以推广船舶电力推进在国内的应用。
This basic research on podded electrical propulsion may be helpful to both ship-owner and ship-designers decision-making and to extend its applications in China.
本文主要介绍了应用于柴油机-电力推进系统、“美人鱼”吊舱式推进系统、动力定位系统的阿尔斯通公司产品及它们对船舶性能产生的影响。
This paper describes the ALSTOM products used in the Diesel-electric propulsion system , Mermaid Pod system , dynamic positioning system and their influences on the ship performances.
本文主要介绍了应用于柴油机-电力推进系统、“美人鱼”吊舱式推进系统、动力定位系统的阿尔斯通公司产品及它们对船舶性能产生的影响。
This paper describes the ALSTOM products used in the Diesel-electric propulsion system , Mermaid Pod system , dynamic positioning system and their influences on the ship performances.
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