brazed seam

Cut through the brazed seam on the connection to the side section with the parting grinder.

用分离打磨机切断连接到侧面部件的铜焊缝。

The brazing-ability and quality of brazed seam of 6063 aluminum alloy brazed by Al-Si eutectic filler metal and QF flux is discussed by means of test of spread-ability and test of T joint.

本文用平百铺展试验和T型接头试验，研究了6063铝合金采用AI－St钎料和氟化物钎剂（QF钎剂）钎焊时的钎焊性和钎缝质量。

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 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。

Further research shows that element Mg in 6063 is the main cause making the flux ineffective and the quality of brazed seam degraded.

进一步的研究指出：6063铝合金中的合金元素Mg是使钎剂失效和恶化钎缝质量的主要原因。

The alloy element action and brazed seam structure are analyzed.

分析了钎料各合金元素的作用及钎缝组织。

The brittleness of brazed seam for nickel-base brazing filler metals is always paid close attention.

镍基 钎料的钎缝脆性问题,一直是人们关注的研究课题.