Load test for shaft generator and function test on sea trial.
轴带发电机负荷测验和航行时效用测验。
Load test for shaft generator and its function test on sea trial.
轴带发电机负荷试验和航行时效用试验。
Alignment inspection installation of shaft generator and gear box.
轴带发电机及齿轮箱安装检查。
The shaft generator is the power supply device which is driven by the main shaft in the ship.
船舶轴带发电机是由主轴驱动发电机的船舶供电装置。
Load test for shaft generator and its function test on sea trial. Interlocking reliability test.
轴带发电机负荷试验和航行时效用试验。
At present, with the wide application of non-linear equipment in various kinds of electrical and electronic devices, especially the spread of ship shaft generator system.
目前，随着大量非线性设备在各种电力电子装置中的广泛应用，尤其是船舶轴带发电机系统的日益推广。
This paper briefly introduces the principles of shaft generator in WMS2000 engine room simulator, the methods of designing and modeling, and some detailed mathematical models.
介绍了WMS2000型轮机仿真器中轴带发电机系统的工作机理、仿真系统设计及数学建模方法，并给出了部分具体数学模型。
The mathematical models can describe the normal and abnormal running processes of the shaft generator system and get a better simulation accuracy under whether stable or dynamic running condition.
所建立的数学模型可仿真轴带发电机系统的正常及非正常工况，达到了较高的稳态和动态仿真精度。
The rotor is connected to the main shaft, which spins a generator to create electricity.
这个转轴是连接到可以转动发电装置发电的主转轴上的。
In addition, since the shaft is vertical, the electric generator can be installed at the top, above the water-so there is no need for any waterproof boxes.
除此之外，它的轴的垂直的，发电机可以装到其顶部，高于水面，这样就不需要任何防水装置了。
The wind spins the blades, which turn a shaft connected to a generator that produces electricity.
风吹动叶片旋转，叶片带动连接发电机的轴转动产生电流。
To pump energy back into the grid, some of the rotational energy is bled off to power a generator on the main shaft.
把电能又送回电网时，就释放一部分转动的动能，开动位于主轴的发电机。
Finding involved inadequate corrective actions to prevent repeat failure of the number nine main crank shaft bearing on emergency diesel generator number one.
发现物涉及到不充分的，纠正措施，用来避免重复的失效，那是关于，9号大曲柄轴，在第一号柴油机。
The shaft of the turbine is coupled to the rotor of the generator.
汽轮机的轴与发电机的转子相连接。
The mathematical model of wind turbine applied in the calculation takes account of characteristics of the blades, hub, gearbox, shaft and asynchronous generator.
计算中采用的风电场数学模型考虑了风电机组的叶片、轮毂、齿轮箱和连轴器以及异步发电机的特性。
The electrodynamics generator, 7, was connected to the basic shaft as a main loading of the converter.
发电机的电，7日，是连接到基本骨干作为一项主要装载器。
The voltage between the system and generator must be small enough to ensure minor current in the armature winding of generator, avoiding the impact to the coupling shaft.
发电机电压与系统电压之差必须足够小，避免合闸时发电机电枢绕组电流过大，对发电机联轴系统产生冲击。
This article has described the research and upgrading of the final heat treatment process for the generator shaft end, the optimized process has been selected and put into the operation.
对发电机轴端头的最终热处理工艺进行了研究和改进，筛选出了最佳工艺条件并进行了实施。
We could then attach a generator to the other end of the shaft.
我们便可以将附上一个发电机的另一端竖井。
For large gas-turbine generator or single-shaft units which is started with synchronized motors 2 sets of SFC devices with mutual stand-by should be provided for 2 or 3 generators.
对于以同步马达运行方式启动的大型燃气轮发电机或单轴机组的发电机，每2台或3台发电机装设2套互为备用的SFC装置。
This paper analyzes the influences of shaft voltage absorbing circuit and brush touching resistance on the performance of generator rotor earth fault protection.
分析了轴电压吸收回路以及接地碳刷与大轴间接触电阻对发电机转子接地保护的影响，并分别提出了相应的对策和注意事项。
The change in pressure drives the engine's pistons, which drive a shaft that turns a generator to produce electricity.
压力的改变驱动发动机活塞的运动，进而推动一根轴的传动，最终让发电机发电。
The torsional vibration of the large scale turbo -generator shaft system is the responsive result of the mechanical-electrical coupling.
大型汽轮发电机组轴系扭振是发电机机械系统与电网系统相互耦合作用的结果。
Wind mill generator unit hydraulic brake system can realize the functions of yaw brake control and main shaft brake control.
风力发电机组刹车液压系统具有主轴刹车控制和偏航刹车控制的功能。
The latest stage in this development process is a single-shaft arrangement with the generator located between the gas and steam turbine.
这一过程的最新阶段是设计出一种将发电机置于燃气轮机和汽轮机之间的单轴布置方案。
Two classes of power systems: Turbine-Generator shaft system and classical power system, are studied.
研究了两类电力系统：涡轮发电机轴系扭转系统和古典电力系统。
Two classes of power systems: Turbine-Generator shaft system and classical power system, are studied.
研究了两类电力系统：涡轮发电机轴系扭转系统和古典电力系统。
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