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power plant set
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  “power plant set”译为未确定词的双语例句
     The relations between the dummy stress amplitude and fatigue life can be easily developed. And then, the BHW-35 steel fatigue design curve can be obtained according with ASME criterion and BS5500 criterion. Compared ~vith the design curves provided by the ASME and BS5500 criterion, the curve got in this paper provides reliable direction for the fatigue design of boiler drum, which used on the altering generating power plant set.
     将焊缝材料的虚拟应力幅与寿命关系,按照ASME和BS5500规范的方法分析得到BHW—35钢疲劳设计曲线,并与ASME和BS5500规范中的设计曲线进行比较,为我国调峰机组410T/H锅炉汽包疲劳设计提供可靠的实际依据。
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     Results of analysis concerning the reliability boost of a certain domestic power plant set and its major components are given.
     给出了国产某大型发电设备的主机和机组可靠性增长的分析结果.
短句来源
     Considered from different perspectives the influence of friction factors of each part of combined power plant,set up the mathematical model of S.S. S. .
     从不同角度出发考虑了联合动力装置系统中各部件间的摩擦力因素的影响,建立了三S离合器啮合过程的数学模型.
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  相似匹配句对
     Domestic power plant
     绿色环保的家用电站
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     Lubuge Power Plant
     再创辉煌——鲁布革发电总厂
短句来源
     the power;
     动力论;
短句来源
     On Power
     权力的概念、产生和制约
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     The set
     集合(英文)
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A reliability boost model for power plant equipment is presented, together with a description of a method for estimating the parameters and testing the modal fitting quality. Results of analysis concerning the reliability boost of a certain domestic power plant set and its major components are given.

本文提出了发电设备可靠性的增长模型,介绍了该模型的参数估计和拟合检验方法.给出了国产某大型发电设备的主机和机组可靠性增长的分析结果.

With the objective of solving the exciter system's problem of Shenzhen Mawan Power Plant set No.1, of the automatic voltage regulator net being able to switch over to the manual stand by cabinet, the paper first analyzes and discusses profoundly the story oscillation of the main exciters voltage and current as well as of the generators stator's current and that of the reactive power, which all occurred before during a switch over process, the paper then reports how the problem, of the DC channel...

With the objective of solving the exciter system's problem of Shenzhen Mawan Power Plant set No.1, of the automatic voltage regulator net being able to switch over to the manual stand by cabinet, the paper first analyzes and discusses profoundly the story oscillation of the main exciters voltage and current as well as of the generators stator's current and that of the reactive power, which all occurred before during a switch over process, the paper then reports how the problem, of the DC channel and the reserve exciter channel, of not being able to switch over, was successfuly solved by some change in the exciter's wiring. The effects of improvement were prominent. Thus paving the way for automatically or quasi automatically switching over the regulator to the manual stand by cabinet. Figs 5 and refs 6

为解决深圳妈湾电厂 1号机励磁系统的自动电压调节器与备励不能切换的问题 ,文中对切换过程中所造成的主励转子电压电流和发电机定子电流及无功功率剧烈摆动的问题进行深入探讨和分析 ,通过对励磁主接线实施改造后 ,成功解决了“DC”通道与备励通道不能切换的问题 ,改进效果是显著的 ,从而为实现调节器到备励全自动或半自动切换创造了条件。图 5参 6

>=How to set the hydro-engineering complex in the river is one of the key technology of the plan. If the complex is set on the part in a separating river, are the sluice gate and the electrical power plant set on the left branch river or on the right branch river? Are they set on either side or on the same side? There are many different components. This essay studies and discusses the JIANTAN hydro-engineering complex physical model experiments, and according to the specialty of the part in the river...

>=How to set the hydro-engineering complex in the river is one of the key technology of the plan. If the complex is set on the part in a separating river, are the sluice gate and the electrical power plant set on the left branch river or on the right branch river? Are they set on either side or on the same side? There are many different components. This essay studies and discusses the JIANTAN hydro-engineering complex physical model experiments, and according to the specialty of the part in the river the JIANTAN hydro-engineering complex set on. It compares the different components and chooses the best one.

枢纽的合理布置是水利枢纽设计中的关键的技术问题之一,若枢纽所处河段为分汊河道,船闸、电站布置于左汊还是右汊?是分开左右岸布置还是布置于同一侧?存在比较多的组合, 本研究通过剑潭枢纽的物理模型试验,针对剑潭枢纽所处河段的河流特性,对枢纽的布置的不同组合进行了研究分析,提出合理的枢纽布置方案。

 
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