2) melt welding
熔化焊
1.
general situations of the techniques for bonding beryllium and other materials were summarized, the different bonding method, such as braze welding, melt welding and diffusion brazing were analysized and some successful welding techniques were introduced, some existing limitations were discussed in welding of beryllium.
结合铍的焊接性,论述了当前国内外铍的焊接技术概况,针对钎焊、熔化焊、扩散焊等焊接工艺,介绍了一些比较成功的铍的焊接工艺以及部分连接工艺,同时分析了铍焊接中存在的缺陷问题。
2.
The different bonding method,such as braze welding,diffusion welding and melt welding were introduced and the existing problems were discussed.
对铍的连接技术 ,如钎焊、扩散焊、熔化焊等焊接方法现状进行了分析 ,并介绍了具体连接方法 ,提出了存在的问题和解决办法 ,有助于提高铍的连接质
3) two cores melting
焊芯熔化
1.
Melting characteristic of twin electrode single arc weldingII.Self-regulating effect of arc on two cores melting;
双电极焊条单弧焊的熔化特性 Ⅱ.电弧对两焊芯熔化的自调节作用
4) full-fusion thermit welding
熔化铸焊
5) solder fusing
焊料熔化
6) burn-off
熔化焊穿
补充资料：熔化极惰性气体保护焊
熔化极惰性气体保护焊
metal inert gas welding
ronghuaJ一duox一ngq}tl boohuhan熔件极惰性气体保护焊(m·‘a，‘n二‘g二半弓{户少甲.、_是利用金属焊丝作电极，以连续送遥的亨垄气竺材之间形成电弧加热金属，以惰碳床露矛杏弧和熔融的熔池的电弧，焊接方滋’裔百益焊 一，，.，「J‘，孟人、J O 实心焊丝 通保护气休/ 仃走方向、、/详终甘相导电嘴 ’一’~一~、~衫认龟J拍、、一飞体保护 母材一，翩 MIG焊示意图MIG焊金属熔滴过渡的形式主要采用喷射过渡，电弧燃烧稳定，无飞溅现象。与TIG焊相比，MIG焊电流可以大大提高，熔透深度增加。焊接过程为自动或半自动方式，适合于各种金属的中、厚板的焊接，主要用于易氧化的有色金属、稀有金属、不锈钢和高合金钢的焊接。 (田志凌)
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