brazed joint

The simulation mentioned above was confirmed by series experiments, and the proper thickness of the brazed seam is 50~ 80 μ m for the CRB joint of Al with Si as an interlayer.

在试验证明FEM计算结果的可靠性的基础上，给出了Si为中间层进行LF21铝合金接触反应钎焊时，其合适的钎缝宽度范围是50～80μm。

The remelt temperature of the brazed joint is 2500~ 3000 ℃.

钎焊接头的再熔化温度达2500-3000℃。

The results suggest the joint is not ideal if the Cu layer is too thin or too thick, and it is very important for existing some eutectic substance in brazed seam.

研究表明，Cu层的厚度太薄或者太厚，其连接效果都很不理想，同时在Al合金与Cu中间层接触反应钎焊中，钎缝区存在适当的液相对于提高接头强度是至关重要的。

It is found that the ultrasonic imaging technology is an effective way to evaluate the quality of the ultrasonic brazed joint of aluminum matrix composites and detect the defects such as blow hole, oxide film inclusion and incomplete penetration in brazing interface.

超声成像技术能反映出铝基复合材料钎焊界面的接合状态，可检测出气孔、氧化膜夹杂和未钎透缺陷，为铝基复合材料钎焊的研究提供了有效的检测手段。

The remelting temperature of joint brazed with BNi-5 by pre filling 316 alloy powder is the highest ( 1 325), and its microstructure is solid solution mingled with trace intermetallic compounds.

用BNi－5钎料钎焊针缝内预填316粉时，针缝组织内的固溶体相中夹带少量的化合物相，钎缝的重熔温度高达1325℃。

Microstructures characteristics and properties of solidified aluminum alloy brazed joint

铝合金钎焊凝固接头的组织特征和性能

Study on Interface Fracture Mechanics of Brazed Joint

钎焊接头界面断裂力学试验研究

Microstructure of Brazed Joint of Bilayer Ceramic Composite and Steel

双层陶瓷复合材料与钢钎焊接头界面的微观组织结构

The shearing strength of the brazed joint can be also greatly strengthened.

同时还可以显著提高钎焊接头的抗剪切强度。

Effect of Specimen Size on the Residual Stress of Al_2O_3 and Nb Brazed Joint

试样尺寸对Al2O3陶瓷/Nb钎焊接头应力场分布的影响

Analysis of transformation-diffusion brazed joint

相变-扩散钎焊工艺焊接接头缺陷分析

Effects of processing parameters on wettability of filler metal and temperature field characters of test plates during vacuum electron beam brazing ( VEBB) and microstructure of stainless steel joint brazed with BNi-2 filler metal are investigated in this paper.

探讨了真空电子束钎焊过程中电子束钎焊工艺参数对钎料润湿性和试板温度场的影响作用，以及BNi-2钎料钎焊不锈钢时的接头组织。

Analysis of the microstructure of the electron beam brazed joint

电子束钎焊接头组织分析