热影响区粗晶区,coarse grained HAZ
1)coarse grained HAZ热影响区粗晶区
1.The effect of the local hard zone (LHZ) distributed in thecoarse grained HAZ (CGHAZ) has been analyzed by 2-dimensional FEM on a mechanical model of the weld CGHAZ.采用二维有限元数值方法分析了焊接热影响区粗晶区（ＣＧＨＡＺ）中局部硬化区（ＬＨＺ）的作用。
2)CGHAZ粗晶热影响区
1.Effect of Double Wire Welding Thermal Cycle on Microstructure and Properties of Ni-Cr SteelCGHAZ双丝焊热循环对Ni-Cr钢粗晶热影响区组织性能的影响
2.Research on Second Phase Particles inCGHAZ 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
3.01V)and coarse grained heat affected zone(CGHAZ)of Ti-V-Nb microalloyed steel(0.04Nb)模拟粗晶热影响区及焊缝(H08C焊丝%:0。
英文短句/例句
1.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
2.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
3.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
4.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
5.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
6.Monte Carlo Simulation of Grain Growth in the Heat-Affected-Zone of Laser Welding;激光焊接热影响区晶粒长大Monte Carlo模拟
7.Connection of Grain Size in Welding Heat Affected Zone and Welding Process of SUPER304H SteelSUPER304H焊接工艺与热影响区晶粒度的关系
8.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
9.Effect of rough interface on the thermoelectric figure of merit of the Bi_2Te_3/PbTe superlattice粗糙界面对Bi_2Te_3/PbTe超晶格热电优值影响的理论分析
10.Study on Crystallizing Procedure and HAZ by Plasma Beam Cladding;等离子束熔覆结晶过程及热影响区的研究
11.Simulation of Grain Growth in the HAZ of Industrial Pure Aluminum;工业纯铝焊接热影响区晶粒生长的模拟研究
12.Microstructure Simulation of Grain Growth in Heat Affected Zone of Weldment;焊接热影响区晶粒长大的微观组织模拟
13.Research on Grain Refining Mechanism and Control in Heat-affected Zone of SUPER304HSUPER304H钢焊接热影响区晶粒细化机理及控制研究
14.Simulation of the microstructure evolution of welding-grain growth in heat affected zone焊接过程组织演变——模拟焊接热影响区晶粒长大
15.Effect of pH on Roughness of InSb in CMPCMP中酸碱度对InSb晶片粗糙度的影响
16.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
17.3D Simulation of Grain Growth in Welding Heat-Affected Zone by Monte Carlo Technique;焊接热影响区晶粒生长的蒙特卡罗（MC）法三维模拟
18.Diffuse Interface Field Variable Models Simulation of Grain Growth in Welding Heat Affected Zones;焊接热影响区晶粒长大的扩散界面场变量模型模拟
相关短句/例句
CGHAZ粗晶热影响区
1.Effect of Double Wire Welding Thermal Cycle on Microstructure and Properties of Ni-Cr SteelCGHAZ双丝焊热循环对Ni-Cr钢粗晶热影响区组织性能的影响
2.Research on Second Phase Particles inCGHAZ 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
3.01V)and coarse grained heat affected zone(CGHAZ)of Ti-V-Nb microalloyed steel(0.04Nb)模拟粗晶热影响区及焊缝(H08C焊丝%:0。
3)coarse grain heat affected zone粗晶热影响区
1.Microstructure of simulatedcoarse grain heat affected zone (CGHAZ) of Zr Microalloyed HSLA Steel are investigated using optical microscopy and transmission electron microscopy.采用光学显微镜和透射电镜研究了锆处理对微合金钢粗晶热影响区组织的影响。
4)coarse-grained heat-affected zone(CGHAZ)粗晶热影响区(CGHAZ)
5)coarse grain heat affect zone粗晶热影响区
1.The result shows thatcoarse grain heat affect zone (CGHAZ) becomes brittle.利用热模拟技术进行了高强度船体用钢焊接热影响区组织、性能的模拟研究,结果表明,粗晶热影响区存在着脆化现象,随着焊接热输入的增加,粗晶热影响区奥氏体晶粒粗化,脆化加剧。
2.The result shows thatcoarse grain heat affect zone (CGHAZ)becomes brittle.利用热模拟技术还进行了 Q370q 桥梁用钢热影响区组织、性能的模拟研究,结果表明,粗晶热影响区存在着脆化现象,随着焊接热输入的增加,奥氏体晶粒粗化,脆化加剧。
6)CGHAZ热影响粗晶区
1.Mechanical properties and microstructure of high heat input weldingCGHAZ 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
延伸阅读
秋明油区秋明油区TyumenOilField世界大型产油区。位于俄罗斯西西伯利亚盆地南半部秋明东北中鄂毕河流域，为一油田群。该油区集中了许多大油田和中小油田，可采储量超过0.8亿立方米的大油田有：萨莫特洛尔、普拉夫丁、马蒙托夫、乌斯季巴雷克、西苏尔古特、费多洛夫、萨雷姆、梅古翁、苏维埃、俄罗斯、南切利姆尚、阿干、北瓦尔耶甘、瓦尔耶甘等。其中以萨莫特洛尔油田为最大，面积2000平方千米，可采储量21.2亿吨，最高年产量达1.528亿吨(1980)，是世界上10大油田之一。秋明油区各油田主要受大型隆起所控制，多属构造圈闭，储集层包括白垩系和侏罗系，主要生产层是下白垩统砂岩，埋深都不超过3000米，一般在2000米上下。各油田具有多油层、多油水界面特点。大油田多数于20世纪60年代发现。该油区可采储量超过60亿吨。高峰年产量达4亿吨以上（1989），1991年产量降至2.7亿吨。
