English translation for "主蒸汽管道"

main steam line
steam-generator lead

Related Translations:

蒸汽:  vapour; reek; breath; steam◇蒸汽采暖 steam heating; 蒸汽锤 [机械工程] steam hammer; 蒸汽打桩锺 steam pile hammer; 蒸汽动力工程 steam-power engineering; 蒸汽发电厂 steam generating station; 蒸汽发生器 steam generator; 蒸汽干

蒸汽加热管道:  steam-heated pipe line

孤立管道:  isolated pipe

管道压缩机:  pipe line compressorpipeline compressor

管道装置:  plumbing installation

光纤管道:  fdct fiber ductfddi fdm fiber ductfiber conduit

租借管道:  lease pipeline

安装管道:  tubing

干燥管道:  drying duct

建设管道:  pipelining

Example Sentences:

	1.	The turbine backpressure is measured by the pressure transmitters ind25 . gcw . 00 pt400 on the main steam duct 汽机背压由主蒸汽管道上的压力变送器ind25 . gcw . 00pt400测量。
	2.	With the dynamic equation of the piping , the dynamic characters of the simple tube and the main steam piping is analysed 给出了系统运动方程。并对简单管道及主蒸汽管道进行分析。
	3.	It is concluded that the residual life of the main steam pipe serviced over 10 x104 hours could reach 9 x 104 hours with eliminating the material defects and the structural defects 预测分析武汉理工大学硕士论文一表明：在消除阀体的材质和结构缺陷后，主蒸汽管道的剩余寿命为9万小时。
	4.	The actualities and development of main steam pipe ' s failure analysis and residual life predication are analyzed systematically from many engineering failure cases in chapter 1 . thereby the direction and the contents of the research are decided in the research program 第一章绪论主要是从大量主蒸汽管道失效实例着手，系统分析了主蒸汽管道失效分析与寿命预测研究的现状和进展，从而确定研究方向和内容。
	5.	The frequence and modal of main stream piping were analysed under the condition of different velocity of stream and the valve taken as the centralizing mass . this paper also gives the responses of steady state under the condition that the frequency of forced vibration is 4hz 、 8hz 、 12hz respectively 将阀门作为集中质量处理，分析计算不同蒸汽流速下，某汽轮机主蒸汽管道系统的振动频率和振型，并给出了激振力频率分别为4hz 、 8hz 、 12hz时该管道系统的稳态响应。
	6.	The serious bursting accident of the main steam pipe was analyzed 3 by applying the research results above in chapter 4 . the main steam pipe has serviced for 12 x 104h in the power plant . using scanning electron microscope ( sem ) , x - ray diffraction , optical microscope ( om ) , mechanical experiments , it is verified that the main reason causing the main steam pipe breaking down were the material and structural defects 采用扫描电镜技术、 x射线衍射技术、金相观察、机械性能测试等技术手段和失效分析方法，以某火力发电厂己服役12万余小时的主蒸汽管道为例，对其严重的爆断事故进行了失效分析，确定了管道失效的主要原因是与管道焊接的阀体存在大量的材质缺陷和结构缺陷。
	7.	By combining with an engineering practice , the failure pattern , the procedure and the method of failure analysis , the influential factors of service life and the methods of residual life predication of the main steam pipe are investigated systematically in the dissertation . so preventing accident and decreasing damage can be reached 本文作者结合工程实例，对主蒸汽管道的失效模式、影响运行寿命的主要因素以及寿命预测的方法进行了较为系统的分析，为发电厂主蒸汽管道的寿命管理提供了理论依据和分析方法，以达到预防和降低事故、减少损失的目的。
	8.	In order to obtain the correct judgment of main steam pipe conditions , the studies combined with the engineering practices were carried out . on the basis of the integration , the procedures and the methods of the main steam pipe ' s failure analysis are constituted . in order to avoid the confusion , the disorder , the repetition , the omission and the limitation , each mechanics is studied in detail 为了获得对失效事故确切无误的综合判断，必须将科学研究和工程实践有机地融合，在此基础上研究制定出主蒸汽管道失效分析的步骤和方法，并对所涉及的具体技术细节进行了分析，从而避免失效分析工作出现杂乱、重复、遗漏和局限。
	9.	According to the failure factors , the mechanism , the processes , the critical conditions , the aftereffects etc , the main steam pipe ' s failure patterns are divided into five types : frangibility , toughness , high temperature , creep , fatigue , the processes and characters of each type is analyzed and summarized 根据主蒸汽管道失效因素、失效机理、失效发展过程、失效临界条件、失效后果等几个方面，确定了主蒸汽管道失效的五种形式，即脆性失效、韧性失效、高温失效、疲劳失效和蠕变失效，并对每种失效形式的过程和特征进行了分析。
	10.	The suitable premise and region of the methods are specified correspondingly . the procedure of the residual life estimation was worked out for the technical management in the power plant . the residual life of the main steam pipe was estimated by using experiments and theoretical calculation in chapter 6 采用试验分析手段、理论计算和寿命预测方法，以某火力发电厂一条服役已超过设计寿命10万小时的主蒸汽管道为例，对发生过爆炸断裂事故主蒸汽管道的剩余寿命进行了预测分析。

Similar Words：

"主蒸汽参数" English translation, "主蒸汽阀" English translation, "主蒸汽分配联箱" English translation, "主蒸汽管" English translation, "主蒸汽管出口" English translation, "主蒸汽管道系统" English translation, "主蒸汽管路" English translation, "主蒸汽管系" English translation, "主蒸汽机" English translation, "主蒸汽集管" English translation