管道材料 pipe material(18) pipeline material(8) pipe line material(0)   pipe material     The R-O Relationship Parameters of the 20~# Carbon Steel Pipe Material and Their Distributions     20~#钢管道材料的R—O曲线关系参数及其分布 短句来源     The determination of the R-O relationship parameters of the pipe material is signifi-cant for the reliability analysis of the pressured pipe containing flaw.     确定管道材料的R－O关系曲线参数及其分布对于含缺陷压力管道可靠性分析具有重要意义。 短句来源     Combined with thestatisical analysis, it can be concluded that both of the parameters-α & n of the 20# car-bon steel pipe material are fitted for the normal distribution.     并结合统计分析，得出20＃钢管道材料R－O关系曲线参数α、n均服从正态分布。 短句来源     Thus a new type Ni Al bronze alloy was developed as the seawater pump and valve material matching the B10 alloy as the seawater pipe material.     为此 ,研制了一种与B10海水管道材料配套使用的海水泵、阀材料。 短句来源   “管道材料”译为未确定词的双语例句     THE RESIDUAL LIFE EVXLUATION FOR MAIN STEAM PIPE OF 12Cr1MoV STEEL IN POWER PLANT BY THE θ-PROJECTION CONCEPT     θ法预测12Cr1MoV钢主蒸汽管道材料剩余寿命 短句来源     The Welding Technology of A335P91 Steel Pipe     A335P91管道材料的焊接 短句来源     By means of series of comprehensible temperature-time simulating experiments and collection and analysis of a great deal of the published data, it is proved that Larson-Miller(P) parameter can rationally describe aging behaviors of main steam pipe steels, such as 12Cr1MoV and 15CrMo.     通过系列温度-时间组合的实验室模拟实验和对大量数据的汇总、分析,证明Larson-Miller(P)参数可以合理描述12Cr1MoV、15CrMo等主蒸汽管道材料的多种老化行为. 短句来源     Metalloscopy Analysis on Material Damage of Carbon Steel Piping Serviced under High Temperature     高温用碳钢管道材料损伤的金相分析 短句来源     Tofinish the assessment, we obtain the tensile property of the weld byperforming the tensile testing of the weld metal and obtain the fracturetoughness of the HAZ and the weld metal by determining the CTOD-Rcure of them.     为了获得进行ECA评估所需的管道材料的性能数值,我们对焊缝金属进行力学性能实验,获得其力学性能,并通过CTOD-R阻力曲线测定试验确定了热影响区和焊缝金属分别具有的断裂韧性。 短句来源 更多        查询“管道材料”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。   pipe material The bifurcated self-excited oscillation modes are determined, and the effect on the branching of the Reynolds numbers Re and, moreover, the compliance and internal viscosity of the pipe material is analyzed.        The kinetics of hydrogen release in different zones of heat pipes and the effect on it of the salt content in an aqueous coolant, the composition of pipe material, and the getter introduced into the upper zone of heat pipes are investigated.        The polarity and the amount of particle charge were found to depend on the pipe material and the length.        The stability boundary of fluid velocity is expressed in terms of the system parameters, such as, pipe material density and rigidity, and fluid density, etc.        An approximate solution is obtained by using a perturbation method in which the ratio of the massdensities of the fluid and the pipe material is regarded as a small parameter.        更多             pipeline material Evaluating the strength characteristics of pipeline material after extended operation        By equating crack driving force,G, in the presence of soil, to the dynamic fracture toughness of the pipeline material, a theoretical predictive capability is obtained for the first time for the gas transmission and distribution pipelines.        The equation of state of the pipeline material is presented within the framework of the theory of viscoplastic media.        One or both pipelines could rupture because of a pipeline material failure or an unexpected surface excavation rupturing the pipeline.        The pipeline material shall be specified in the purchase order.        The gas suction hood, ventilation duct and scrubbing system in the equipment for recovering chrome mist have been studied. The gas speed in the duct, the selection of duct material and the chrome mist recoverer, the curvature radius of the bend pipe, the improvement of T bend and the structure of the gas suction hood are all discussed in detail, and the following suggestions are made: a) the gas speed after the recoverer should be maintained under 10m/s, b) the duct should be of plastics, 3) the effective filtering... The gas suction hood, ventilation duct and scrubbing system in the equipment for recovering chrome mist have been studied. The gas speed in the duct, the selection of duct material and the chrome mist recoverer, the curvature radius of the bend pipe, the improvement of T bend and the structure of the gas suction hood are all discussed in detail, and the following suggestions are made: a) the gas speed after the recoverer should be maintained under 10m/s, b) the duct should be of plastics, 3) the effective filtering area of the screen should be no less than twice of the cross-section of the recoverer, 4) the main air duct should be in the form of square, 5) the curvature radius of the bend pipe R=1.5-2 D, 6) windward of Tbend R=b, 7) adopting band gap screen of the hood. Through these improvements, the author believes that the efficiency of chrome mist recoverer would be much raised. 本文对铬雾回收装置中的吸风罩、风道、净化装置等进行了研究,并且提出了①回收器后的风速应控制在10m/s以下;②管道材料应采用塑料管;③回收器的网格有效过滤面积不得小于回收器断面的两倍;④主风道应做成正方形;⑤弯管曲率半径R=1.5—2D;⑥三通迎风面R=b;⑦采用条缝吸风罩等建议。经过上述改进,必将大大地提高铬雾回收器的效率。 A fatigue-creep interaction fracture map for a 12Cr1MoV heat resistant steel with holding load has been constructed, by simulation tests under practical load spectrum, together with its fractographic analysis. Based on the map a relationship between creep life and holding time, has been suggested as life prediction criterion to provide a reliable base for safe operation of thermal power plant. 本研究采用模拟实际载荷谱的力学试验,结合断口形貌分析,建立了在保载条件下的火力发电厂主蒸气管道材料12Cr1MoV钢的疲劳蠕变交互作用断裂特征图。并在此基础上获得作为寿命预测依据的蠕变断裂寿命和保载时间的依赖关系,为电厂安全运行提供可靠依据。 The HAZ ductile-brittle behaviour of two materials used for the high pressure pipes in nuclear power plants-austenitic stainless steels containing Nb and Ti was investigated with a thermo-mechanical simulating system-Gleeble 2000 by applying a Hot Tensile and Hot Ductility Test, which emphasizes physical characters of brittle cracking. It is pressented from the results that the tendency of brittleness to HAZ cracking will increases with the increase of Nb and Ti contend in the steels. The ZDR( Zero Ductility... The HAZ ductile-brittle behaviour of two materials used for the high pressure pipes in nuclear power plants-austenitic stainless steels containing Nb and Ti was investigated with a thermo-mechanical simulating system-Gleeble 2000 by applying a Hot Tensile and Hot Ductility Test, which emphasizes physical characters of brittle cracking. It is pressented from the results that the tendency of brittleness to HAZ cracking will increases with the increase of Nb and Ti contend in the steels. The ZDR( Zero Ductility Zone) of the steels containing Nb is more greater than that of the steels containing Ti. 应用热机械模拟系统Ｇｌｅｅｂｌｅ２０００Ｓｙｓｔｅｍ，通过焊接热影响区（ＨＡＺ）致脆开裂物理本质的模拟性试验———热拉力试验，对两种某核电站用高压热水管道材料———含铌和含钛奥氏体不锈钢的ＨＡＺ韧脆性变化行为进行了测试和研究．结果表明：ＨＡＺ致脆开裂敏感性随铌、钛含量的增加而提高，且含铌钢的ＺＤＲ（零韧性区域）远大于含钛钢．   << 更多相关文摘      相关查询 管道材料表 管道材料选择 主蒸汽管道材料 充填材料管道输送 材料） 材料——— 材料—— 材料— 材料 管道 16mn钢管道材料 均质流充填材料管道输送

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