1) brazing gap
钎焊间隙
1.
By the physics simulation when the solder of Ni-Cu-Mn-Co transferred heat in high-brazing the aeroplane pipes,the factors were attained to control the brazing gap.
通过飞机导管高温钎焊时Ni-Cu-Mn-Co钎料传热特征的物理模拟,得到了钎焊间隙的控制要素。
2) wide-gap brazing
大间隙钎焊
1.
The vacuum brazing, including wide-gap brazing of IC10 and GH3039 superalloy was investigated by using Co50NiCrWB cobalt-base filler metal and Rene’95 superalloy powder.
采用Co5 0NiCrWB钴基钎料及Rene’95高温合金粉末对IC10与GH3 0 3 9高温合金进行了真空钎焊及大间隙钎焊。
2.
The wide-gap brazing between K403 and DZ4 superalloys was investigated by using two tungsten-containing filler metals( N171 and N300) and Rene'95 superalloy powder.
采用两种含钨钎料N171,N300和Rene'95高温合金粉末对K403与DZ4高温合金的大间隙钎焊工艺进行了研究。
3) maximal brazing clearance(MBC)
最大钎焊间隙(MBC)
4) Vacuum brazing with big gap
大间隙真空钎焊
5) brazing with the unparalleled clearance
不等间隙钎焊
6) clearance between surfaces to be brazed
钎焊表面间隙
补充资料：大型(φ1200×1350)真空钎焊炉
大型(φ1200×1350)真空钎焊炉
*型(，12::::::爆
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条