本文通过设计制作1：10模型对汽轮机发电机组弹簧隔振基础进行试验研究。
Through building a 1:10 model of spring vibration isolated turbine-generator foundation, this paper study it by modal test.
汽轮机发电机组基础采用弹簧隔振技术以后，结构的动力特性发生变化，因此有必要对弹簧隔振基础的整体抗震性能进行评价。
When used spring vibration, the dynamics property is changed. It is necessary to evaluate the whole earthquake resistance of spring vibration isolated turbine-generator foundation.
机械大厅由两层组成：上一层是发电机和汽轮机，下层是泵和管道。大厅内异常闷热嘈杂。
Machine hall consists of two tiers: on the upper one there are generators and turbines, on the lower - pumps and pipelines. It is quite hot in the hall and rather noisy.
关于汽轮机和发电机的一些英语技术词汇。
汽轮机的轴与发电机的转子相连接。
The shaft of the turbine is coupled to the rotor of the generator.
在汽轮机控制总工程师控制一切，随着发电机组的交易。
Chief engineer of the turbine control controls everything that deals with the generating unit.
汽轮机与发电机由机械连接起来，由它驱动或者转动发电机，实现发电。
The turbine is mechanically connected to the generator, and it drives or rotates the generator, allowing the production of electrical energy.
讨论了发电机和汽轮机间在功率、工况、传输力矩以及接口等四个方面的匹配关系，研究了它们之间的相互影响。
The match relation between generator and steam turbine in the terms of power, regime, delivery moment and interface, as well as their interaction are discussed in this paper.
论述了对汽轮机、发电机转子和定子的理论计算和改造方案。
The theoretic calculation and retrofit scheme for turbine, rotator and stator of generator are discussed.
g在汽轮机不同转速时，测量发电机转子绕阻的绝缘电阻及交流阻抗，功率消耗。
G different speed in the turbine, generator rotor measuring resistance around the insulation resistance and AC impedance, power consumption.
介绍了目前常用的几种检验汽轮机、发电机转子中心孔内表面缺陷（主要是裂纹）的无损检测手段，并对各自的特点进行了分析比较。
Some NDT methods for surface defects, mainly cracks, on the rotor central bore of steam turbine and generator are introduced, and the features are compared and analyzed.
目前，火电机组普遍存在发电机过频保护与汽轮机超速保护之间的配合问题。
At present the matching problems between the generator over frequency protection and turbine over speed protection exist commonly in coal-fired power units.
蒸汽经过输送管进入汽轮机，汽轮机再带动发电机。
The steam is carried through pipes to steam turbines which drive the electric generators.
它包括特别设计的算法和逻辑来启动，停止，控制和保护工业汽轮机或汽轮发电机组扩张器，驱动发电机，压缩机，水泵，或工业的球迷。
Itincludes specifically designed algorithms and logic to start, stop, control, and protect industrial steam turbines or turbo-expanders, driving generators, compressors, pumps, or industrial fans.
汽轮机和发电机在结构上相联，它驱动发电机转动，产生电能。
The turbine is mechanically connected to the generator, and it drives or rotates the generator, allowing the production of electrical energy.
该职位将负责汽轮机和发电机的制造质量监督。
This position will be responsible for Turbine and Generator shop Quality Surveillance.
汽轮机是火电厂的重要设备，通过汽轮机，蒸汽的热能转化为机械能，为发电机发电提供动力。
Turbine is an important equipment of thermal power plant. Through turbine, thermal energy of steam transforms into mechanical energy, to provide power for generator.
按照机组正常停运操作，把汽轮机和发电机安全停运。
According to the unit normal shutdown operation, the steam turbine and generator safety shutdown.
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。
The latest stage in this development process is a single-shaft arrangement with the generator located between the gas and steam turbine.
发电机由汽轮机带动。
一个汽轮机冷凝机，另一种加热涡轮机和两个驱动器通过单一轴线的共同发电机。
One steam turbine is a condensing machine, the other a heating turbine and both drive one common generator through one single shaft line.
是冶金、能源、电力等行业用于汽轮机、发电机和重型机械等大型零件加工的理想设备。
It is ideal for steam turbine, generator and heavy duty machine tools used in industries of metallurgy, power, and energy source.
本文讨论汽轮机采用功频调节系统时，锅炉-汽轮发电机单元机组负荷反馈控制系统的整定问题。
The problem of tuning of the load feedback control system of boil-turbogenerator unit, as the turbine is equipped with power-frequency control system, is discussed in this paper.
以某典型的300MW汽轮发电机组为例，详细地分析了它的汽轮机调速系统的构成、工作机理和主要特征。
The paper takes one 300MW turbo unit as a example, and analyses the composing and working mechanism and main character of the speed control system.
如何做到合理地起、停汽轮机是保障发电厂发电机组安全、经济运行的一个重要课题。
How to rationally start up and shut down steam turbines is an important topic for study to ensure the safety and economic efficiency of generating units.
针对汽轮发电机组振动振幅受运行参数及随机因素影响的特点，提出了用人工神经网络中的递推合成BP网络对汽轮机的振动故障进行多因素预测。
Vibration amplitude of steam turbine is affected by operation parameters and random factors, the paper Contributes a Prediction method using multifactor model of recurrent combined BP networks.
燃气轮机及蒸汽轮机端的发电机产生电能。
Electric power is produced from both the gas and steam turbine-generators.
燃气轮机及蒸汽轮机端的发电机产生电能。
Electric power is produced from both the gas and steam turbine-generators.
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