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结合层
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  bonding layer
    But the welded joints can be pullled, bent and cold rolled without cracks formed on the bonding layer, so as the molten regions are small and distributed as isolated islands.
    只要细小的熔化区孤立间断地分布在结合面上,焊接的接头能被拉伸、弯曲和冷轧,在结合层中无裂纹形成。
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  “结合层”译为未确定词的双语例句
    TEM Study of Microstructure in Explosive Welded Joints Between Zircaloy-4 and Stainless Steel
    Zr-4/不锈钢爆炸结合层显微组织的研究(英文)
短句来源
    Deformation behaviors in T2/QBe2 explosive cladding interface
    T2/QBe2爆炸复合界面结合层内的形变特征
短句来源
    α-Fe, Zr(Fe_(5/8)Cr_(3/8))_2, Zr_2(Fe_(3/4)Ni(1/4)) and α-Zr phases could be identified in diffusion bonding zone in which four layers existed, whereas in the explosion bonding zone, only Zr(Fe Cr Ni)_2 phase have been Jonup.
    扩散结合层中可分为四层,其中存在α-Fe、Zr(Fe5/8Gr3/8)_2、Zr_2(F3/4Ni4/4)和α-zr等相,而爆炸结合层中只发现zr(FeCrNi)_2相。
短句来源
    The microstructure of explosive welded joints between Zircaloy-4 and 18/8 stainless steel has been investigated by transmission electron microscopy (TEM).
    用透射电子显微镜研究了Zr-4和18/8不锈钢爆炸焊结合层显微组织。
短句来源
    Oxidation and hot corrosion of different TBCs at separately 1050℃ and 900℃ were studied. Results of experiments show that the addition of YSZ in the middle layer can increase the surface area of Ni16Cr8Al particles, therefore decreases the oxidation resistance of TBCs.
    对ZrO2-8wt%Y2O3(YSZ)不同结构的热障涂层(TBCs)在1050℃、900℃进行氧化及腐蚀试验.结果表明,结合层中加入YSZ,增大了Ni16Cr8Al颗粒的表面积,氧化速率增加;
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  bonding layer
In this work, a smart cure cycle with cooling, polymerization and reheating was devised to nearly completely eliminate thermal residual stresses in the bonding layer of the co-cure bonded hybrid structure.
      
The thermal barrier coatings with NiCrAlY alloy bonding layer, NiCrAlY-Y2O3 stabilized ZrO2 transition layer and Y2O3 stabilized ZrO2 ceramic layer are prepared on nickel alloy substrates using the plasma spray technique.
      
The technology relies on a temporary adhesive bonding layer between SMA film/foil and an auxiliary substrate, which can be removed by laser ablation.
      
During vulcanization of sulfur-cure mixtures in contact with brass, a bonding layer consisting of sublayers of copper and zinc sulfides and oxides is formed.
      
Sublayers were found in the bonding layer between rubber and brass.
      
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  junction layer
Last, a discussion and simulation of active cooling of the IGBT junction layer with R134a refrigerant is given.
      
Points are located at the centroid of the Polygon layer and projected onto the Edge Layer to create points in the Junction Layer.
      


The diffusion bonding and explosion bonding between zircaloy-2 and austenite stainless steel have been investigated. Metallography,microhardiness, EPMA and X-ray diffraction were employed to identify the phases in the bonbing zone, and the composition, lattice structure of these phases were also determined.α-Fe, Zr(Fe_(5/8)Cr_(3/8))_2, Zr_2(Fe_(3/4)Ni(1/4)) and α-Zr phases could be identified in diffusion bonding zone in which four layers existed, whereas in the explosion bonding zone, only Zr(Fe Cr Ni)_2 phase...

The diffusion bonding and explosion bonding between zircaloy-2 and austenite stainless steel have been investigated. Metallography,microhardiness, EPMA and X-ray diffraction were employed to identify the phases in the bonbing zone, and the composition, lattice structure of these phases were also determined.α-Fe, Zr(Fe_(5/8)Cr_(3/8))_2, Zr_2(Fe_(3/4)Ni(1/4)) and α-Zr phases could be identified in diffusion bonding zone in which four layers existed, whereas in the explosion bonding zone, only Zr(Fe Cr Ni)_2 phase have been Jonup. The regularity of the formation of different microstructures in diffusion bonding zone is discussed.

应用金相、显微硬度,电子探针及X射线衍射等方法研究了锆-2合金和18-8奥氏体不锈钢之间的扩散结合层和爆炸结合层。确定了结合层中各种相的成分和晶体结构。扩散结合层中可分为四层,其中存在α-Fe、Zr(Fe5/8Gr3/8)_2、Zr_2(F3/4Ni4/4)和α-zr等相,而爆炸结合层中只发现zr(FeCrNi)_2相。并讨论了扩散结合层中各组织的形成规律。

Double-metal rolls of RP coal pulverizer were manufactured by centrifugal casting.The key to controlling their guality is to take effective measures to ensure the metallurgical quality of the binding surface of the twe metals and to prevent casting stress caused by contraction difference of the two metals, which might lead to crack.This paper mainly discusses metallurgical and technical factors influencing the quality of the binding surface and the formation of cracks, and gives effective measures that must...

Double-metal rolls of RP coal pulverizer were manufactured by centrifugal casting.The key to controlling their guality is to take effective measures to ensure the metallurgical quality of the binding surface of the twe metals and to prevent casting stress caused by contraction difference of the two metals, which might lead to crack.This paper mainly discusses metallurgical and technical factors influencing the quality of the binding surface and the formation of cracks, and gives effective measures that must be taken.

控制离心复合铸造RP783磨煤机辊套质量的关键在于采取有效的工艺措施。确保双金属结合层的冶金质量以及防止由于双金属线收缩率相差较大形成较大的铸造应力而产生裂纹。本文着重论述了影响双全属结合层质量、裂纹形成的冶金因素及工艺因素,并指出了必须采取的有效工艺措施。

The diffusion bonding zone and explosive bonding zone between titanium and 18/8 stainless steel have been investigated by optical microscopy,mierohardness,SEM, EDAX,and x-ray diffraction,and the composition of different phaseb and their crystal structures in the diffusion bonding zone have been determined.The diffusion bonding zone is composed of six layers.They are three layers near the side of stainless steel named α—Fe,Fe_(35) Cr_(13) Ni_3 Ti_4 and Ti(Fe_(0.75)Cr_(0.13)Ni_(01.))_2,two layers near the side...

The diffusion bonding zone and explosive bonding zone between titanium and 18/8 stainless steel have been investigated by optical microscopy,mierohardness,SEM, EDAX,and x-ray diffraction,and the composition of different phaseb and their crystal structures in the diffusion bonding zone have been determined.The diffusion bonding zone is composed of six layers.They are three layers near the side of stainless steel named α—Fe,Fe_(35) Cr_(13) Ni_3 Ti_4 and Ti(Fe_(0.75)Cr_(0.13)Ni_(01.))_2,two layers near the side of titanium named β—Ti and α—Ti containing Fe,Cr and Ni,and one solidified layer cont- aining Ti(Fe_(0.81)Cr_(0.13)Ni_(0.06))and β—Ti two phases between the above-men tioned two groups of layers.The composition of the explosive weld zone is a mixture of titanium and stainless steel about in the ratio of one to one among which the main phase is Ti(Fe_(0.75)Cr_(0.15)Ni_(0.1))_.This paper also dis- cusses the generation laws of each phase layer in the metallurgical bonding zone.

用金相、显微硬度,扫描电镜、X 射线能谱及 X 射线衍射等方法研究了钛和18/8不锈钢之间的扩散结合层和爆炸结合层。确定了结合层中各相的成份和晶体结构。扩散结合层中分为六层,它们是靠近不锈钢侧的α—Fe、Fe_(35)、Cr_(13)、Ni_3、Ti_7和 Ti(Fe_(0.75)Cr_(0.15)Ni_(0.1))_2三层和靠近Ti 侧的β一Ti 和含有 Fe、Cr、Ni 的α—Ti 两层,在这之间是一层液相凝固层,其中又有 Ti(Fe_(0.81)Cr_(0.13)Ni_(0.06))和β一Ti 两相。爆炸焊熔区的成份大约相当于钛与不锈钢以1∶1混合而成,其中主要的相是 Ti(Fe_(0.75)Cr_(0.15)Ni_(0.1))_2。本文并讨论了各相层的形成规律。

 
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