粗晶区,CGHAZ英语短句,例句大全

粗晶区,CGHAZ
1)CGHAZ粗晶区
1.Effect of Welding Parameters on Low-temperature Toughness in CGHAZ for X80 Pipeline Steel;焊接工艺参数对X80管线钢焊接粗晶区低温韧性的影响
2.Thermal cycle of in-service welding and the microstructure & property of CGHAZ of X70 pipeline steel;X70钢在役焊接热循环及粗晶区组织性能研究
3.EFFECT OF COOLING TIME ON CGHAZ TOUGHNESS AND MICROSTRUCTURE OF Ti MICROALLOYED STEEL;冷却时间对Ti微合金钢焊接粗晶区组织及韧性的影响

英文短句/例句

1.Fine structure in coarse grain region of fine grained titanium alloy细晶粒钛合金焊接接头粗晶区的精细结构
2.The Simulation of Weld CGHAZ of Pipeline Steel X80 and Performance Study;X80管线钢粗晶区相变的模拟及性能研究
3.A Study on CGHAZ Precipitates and Toughness of Underwater Welds on Pipeline Steels;管线钢水下焊接粗晶区沉淀物和韧性的研究
4.Influence of elevated temperature holding time on microstructure and properties in heat affected zone of fine grained titanium alloy高温停留时间对细晶粒钛合金粗晶区组织的影响
5.Influence of different thermal cycle on low temperature toughness in coarse-grained HAZ of 9Ni steel多次热循环对9Ni钢热影响粗晶区低温韧性的影响
6.Mechanical properties and microstructure of high heat input welding CGHAZ of Ce-Ca and Ce-Mg microalloyed steelsCe-Ca、Ce-Mg微合金化钢大线能量焊接热影响粗晶区组织与力学性能研究
7.Effect of Double Wire Welding Thermal Cycle on Microstructure and Properties of Ni-Cr Steel CGHAZ双丝焊热循环对Ni-Cr钢粗晶热影响区组织性能的影响
8.Research on Second Phase Particles in CGHAZ and Weld of Micro Alloyed Pipeline Steel微合金管线钢焊接粗晶热影响区及焊缝的第二相粒子分析
9.Effects of M-A constituent on toughness of coarse grain heat-affected zone in HSLA steels for oil tanksM-A组元对石油储罐用钢粗晶热影响区韧性的影响
10.Pattinson process帕廷森粗铅结晶除银法
11.Numerical Simulation on recrystallization of coarse-grained austenite in low-carbon Nb-microalloyed steel低碳含铌钢粗晶奥氏体再结晶的数值模拟
12.Effect of abnormally large prior-austenite grains on the presence of surface intergranular cracks异常粗大的奥氏体晶粒对表面晶间裂纹的影响
13.Phase field modelling of grain growth in polycrystalline material多晶材料晶粒生长粗化过程的相场方法模拟
14.The Simulation and Study on the Crystallization Process of Crude Terephthalic Acid;粗对苯二甲酸结晶过程的研究与模拟
15.Microstructure of Coarse-grained BaTiO_3 Ceramics and Its Effects on Electric Properties粗晶粒BaTiO_3陶瓷的微观结构及电学性能
16.Technology for avoiding coarse grain in aluminum alloy extrusion plates挤压铝合金板材避免晶粒粗大的工艺
17.Cause Analysis and Strategy of Coarse Grain on Cast-rolling Strip铸轧带坯晶粒粗大的原因分析及对策
18.Effect of pH on Roughness of InSb in CMPCMP中酸碱度对InSb晶片粗糙度的影响

相关短句/例句

coarse grain zone粗晶区
1.Aimed at TCS ferric strainless sleel for the new type railway vehiele,the effect of the heat input energy on the microstructure of the coarse grain zone of heat affected zone in welding joint was studied,and the range of the suitable heat input energy was recommend,which was 5.针对新型铁路车辆用TCS铁素体不锈钢,研究了热输入对其焊接热影响区粗晶区组织特征的影响,并以此提出了其合理的焊接热输入范围为5。
2.By the experimental method of simulating stressrelief on the welding heataffect coarse grain zone,we study the susceptibility of stressrelief cracking in the process of post weld heat treatment and discuss the mechanism of the stressrelief cracking.采用模拟焊接热影响区粗晶区应力释放的试验方法，研究ＣＦ６２钢在焊后热处理过程中的消除应力裂纹敏感性及其形成机理。
3.In addition to,impact toughness of coarse grain zone decrease with the t8/5 increasing.结果表明:粗晶区是X70级管线钢热影响区中韧性较差的区域,粗晶区韧性恶化主要是晶粒粗化以及粒状贝氏体、上贝氏体等非平衡低温转变产物数量增多造成的,且粗晶区的冲击韧性随着t8/5的增加而降低。
3)coarse grained region粗晶区
1.The variety regulations between the toughness of coarse grained region for 4 kinds X80 high property pipeline steels and welding heat input number were studied by welding thermal simulation technique,optics and TEM as well as impact toughness test.利用焊接热模拟技术、光学金相、透射电镜和冲击试验,研究了4种X80高性能管线钢焊接粗晶区韧性随焊接热输入的变化规律。
2.The relationship between microstructure and toughness of coarse grained region in X80 pipeline steel during double welding thermal cycle was investigated using welding thermal simulation technique,OM and TEM as well as impact toughness and crack tip opening displacement(CTOD) tests.利用热模拟技术,采用光学、透射电镜和冲击韧度、裂纹尖端张开位移(CTOD)试验研究了X80管线钢在(多道焊接)二次热循环过程中粗晶区的韧性与显微组织的关系。
3.In this paper,microstructure of the coarse grained region was got by means of weld heat simulation.利用焊接热模拟技术,获取粗晶区组织,经过不同的热处理工艺,测定其冲击韧性和硬度,进行了显微组织分析,探讨了焊后热处理对 X52管线钢粗晶区韧性的影响。
4)coarse-grained zone粗晶区
1.Structure and property of coarse-grained zone in weld of a high strength low alloy 20Mn2WNbB steel studied by thermal simulation;低合金高强钢20Mn2WNbB焊接热模拟粗晶区组织与性能
2.The result showed that cooling rate have a great effect on microstructure of coarse-grained zone and the tougness.研究了含铜时效钢焊接粗晶区的组织与韧性,并测定了含铜时效钢焊接粗晶区连续冷却转变曲线(SHCCT曲线)。
5)coarse grain heat affected zone(CGHAZ)粗晶区(CGHAZ)
6)weld coarse crystal region焊接粗晶区
1.By using weld thermal simulation technology,and considering from view point of stiffness for the weld coarse crystal region,it is determined the elimination of preheating for HCM2S steel welding is fully feasible,the suitable heat treatment specification to be(710-750)℃×2 h.采用焊接热模拟技术,确定了从焊接粗晶区韧性的角度考虑,取消HCM2S钢焊接对于预热是可行的,其合适的焊后热处理范围为(710～750)℃×2h。