对汽轮发电机在多次起停带负荷运行条件下，转子绕组的应力和变形进行了分析和计算；
And a detail description of computing and analyzing turbo-generator rotor winding stress and distortion in operation after many starts and stops is presented.
本文详细介绍了某300MW机组在起动及带负荷运行过程中产生振动异常的处理情况。
The paper gives a particular analysis on a 300MW turbogenerator that the abatement process of the abnormal vibration on the turbine during the first start-up and running with load.
在汽轮机带负荷运行中，回热器如同再热器一样对汽轮机的负荷响应特性有延滞效应，但传统的汽轮机模型对此未加考虑；
Regenerators will delay the load respond speed of turbine as reheaters when turbines run with load. But all of the turbine models do not take into account of the effect of regenerators.
在汽机DEH系统适应快速降负荷的情况后，根据汽机主设备要求的时间短暂带厂用电负荷运行进行滑压停机。
The turbine DEH system adapts to prompt load drop, when the unit runs with transient house load to realize sliding pressure shutdown following the time required by turbine main equipment.
在此基础上根据负荷将水轮机运行工况划分为小负荷、涡带、稳定负荷等几个区域。
On the basis of it the turbine's operation state is divided into small-duty, vortex strip, steady-duty etc according to the change in load.
经修复后机组恢复了带满负荷正常运行的能力。
经修复后机组恢复了带满负荷正常运行的能力。
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