Marine shafting is one of the main parts of ship power installation and alignment calculation is necessary for the safety and reliability of ship.
船舶推进轴系是船舶动力装置的重要组成部分，校中计算是保证船舶推进轴系的安全、可靠工作不可缺少的环节。
The research of ship power system has very important significance.
研究船舶电力系统具有非常重要的意义。
There had close relation between voltage adjustment and reactive power distribution in ship power system.
船舶电力系统的电压调节和无功功率分配密切相关。
Therefore, it is an urgent issue at present to maintain the reliability of the ship power plant and design operating functions.
因而，如何保持船舶动力装置的可靠性和预定的营运功能，是当前急需解决的问题。
This paper introduced a design method of the automatic frequency and power control of ship power station based on Canbus and DSP.
介绍一种基于CAN总线和数字信号处理器DSP的船舶电站自动调频调载控制器的研制方法。
Ship power Station is the heart of the ship power system on the ship's safe navigation and economic benefits have an important impact.
船舶电站是船舶电力系统的核心，对船舶的安全航行和经济效益有重要的影响。
The frequency stability of a ship power station is decided by the speed response characteristic of diesel engine speed regulation system.
船舶电站频率的稳定性主要取决于柴油机调速系统的转速响应特性。
The ship power station is the heart of electric power system on board, effecting on the safety at sea and economical benefit of the ships.
船舶电站是船舶电力系统的核心，对船舶的安全航行和经济效益有重要的影响。
The voltage stability of a ship power station is decided by the dynamic characteristic of its synchronous generator voltage regulation system.
船舶电站电压的稳定性主要取决于同步发电机调压系统的动态特性。
This paper is focused on the process of automatic switching and gives a design of the automatic switching control system of ship power station.
本文以船舶电站的并车过程为研究对象，设计了船舶电站自动并车控制系统。
The simulator of ship power station is the important composition part of turbine simulator, and it can strengthen student actual operation ability.
船舶电站模拟器是轮机模拟器的重要组成部分，能够增强学生实际操作能力。
ACB (Air Circuit Breaker) impact response characteristic during impact loads is a critical concern for the reliable work of naval ship power system.
舰用框架断路器受冲击载荷作用后的冲击响应特性对舰船电力系统能否可靠运作起着重要作用。
The mathematic model of gas turbine engine is important for the development of ship power and its control system. The key of modeling is the precision and convergence.
建立燃气轮机数学模型是船舶动力及其控制系统研制的重要手段，建模的关键在于提高精度和收敛速度。
With the automatical system designing of ship power station by means of advanced industry control and computor technology, the ship power station may run more reliably.
采用先进的工业控制技术和计算机技术对船舶电站自动化系统进行设计，可以更好地实现船舶电站可靠运行。
The reliability of the ship power station is described by Markov process. The computation model for steady availability of power station and its solution are presented.
用马尔柯夫过程方法对船舶电站运行可靠性问题进行描述，建立船舶电站稳态可用度的计算模型和探讨其求解过程。
The frequency stability of a ship power system is determined by the speed response characteristic of the diesel engine speed regulation system in the ship power station.
船舶电力系统频率的稳定性主要取决于船舶电站柴油机调速系统的转速响应特性。
The mathematic model of decentralized excitation for diesel generator group of the ship power system is deduced, with the physical meanings of all interferences defined.
给出了分散励磁式船舶电力系统柴油机发电机组的数学模型，明确了模型中各种干扰项的物理意义。
Based on the ship power plant, this paper firstly introduces the definition of fault, fault classification, and describes the process of finding fault reasons in practice.
本文以船舶动力装置为对象，介绍了故障定义、故障的分类，并阐述了船舶生产实践中故障原因的查找过程。
The main function of the oil monitoring system to ship power system & device is: Analyzing the change of the parameters of oil quality, monitoring the inferior change of the oil quality.
船舶动力装置与设备油液监控系统的主要功能是：通过分析油液的性能指标变化监控其劣化状况；
Chaotic local forecasting of multivariate time series based on electric propulsion ship power load was proposed for improving the forecasting accuracy of electric propulsion ship power load.
为提高电力推进船舶电力负荷预测精度，提出电力推进船舶电力负荷的多变量混沌局部预测。
This paper expounds the ship power system and the function of main switchboard, and briefly introduces the use of virtual reality technology and software which the author used in this paper.
本文还阐述了船舶电力系统的组成和主配电板的功能，并简单介绍了虚拟现实技术以及所用到的软件。
With the broad application of advance technology in ship power system, and its differences from the terrestrial power system, it is necessary to build up the model and simulation of ship power system.
随着新技术、新设备的广泛应用，由于全电力推进的船舶电力系统与陆地电力系统的差别，需要对全电力推进的船舶电力系统进行建模与数字仿真。
With the broad application of advance technology in ship power system, and its differences from the terrestrial power system, it is necessary to build up the model and simulation of ship power system.
随着新技术、新设备的广泛应用，由于全电力推进的船舶电力系统与陆地电力系统的差别，需要对全电力推进的船舶电力系统进行建模与数字仿真。
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