1) TIG flux
TIG焊剂
1.
Study on the effect of the ZA alloy TIG flux on the weld formation and welding arc;
ChinZA合金TIG焊剂对焊接电弧及焊缝成型的影响
2) TIG welding
TIG焊
1.
Research on TIG welding of He-Ar mixed gas for SiCp/6061 Al composite;
SiC颗粒增强铝基复合材料氦-氩混合气体TIG焊研究
2.
Study on the parameter of TIG welding for die repairing;
TIG焊修理钢模的工艺参数的研究
3.
Usage and maintenance of welding and cutting machines50——Usage and maintenance of TIG welding machine;
焊接与切割设备的使用和维修(五十)——TIG焊机的使用与维修
3) A-TIG welding
A-TIG焊
1.
Weldability of activating flux in A-TIG welding for mild steel;
低碳钢A-TIG焊活性剂的焊接性
2.
Development of activating flux of A-TIG welding for stainless steel;
不锈钢A-TIG焊的活性剂研制
3.
Test of fluid flow forming in A-TIG welding pool;
A-TIG焊熔池流体流动形态的测试
4) TIG
[英][tɪɡ] [美][tɪg]
TIG焊
1.
Research on Narrow-gap TIG Welding Technology of Titanium Alloys;
钛合金窄间隙TIG焊技术研究
2.
The Composition and Microstructure Character of Bond Area of Super eutectic ZA Alloy in TIG Welding;
过共晶ZA合金TIG焊接熔合区成分及微观组织特征
3.
DESIGN OF SPECIAL TIG WELDING MACHINE USED FOR SIX PTP ASSEMBLY WELDING TO THE HYDRAULIC TORQUE CONVERTER;
液力变矩器总成六点TIG焊专机控制系统设计
5) TIG welding
TIG焊接
1.
The mechanical properties of Al-alloy 5A02 and its welded joint of CO2 laser welding and TIG welding were studied.
对铝合金5A02薄板本身的力学性能、CO2激光焊接与TIG焊接两种焊接方法的铝合金薄板焊接接头的力学性能进行了测定,并对轧制方向与垂直轧制方向的力学性能进行了测定。
2.
Based on the theory of magneto-hydro dynamics and real welding conditions,a three-dimension united mathematical model of TIG welding arc and weld pool was established.
根据磁流体动力学理论以及焊接的实际情况,建立了三维TIG焊接电弧与熔池的统一数学模型,避免了对电弧以及熔池界面条件的假定,使得对焊接电弧与熔池行为的分析与实际情况更近了一步。
3.
Four process parameters including welding current, welding speed, weld gap and eccentric value due to welding gun deviating the weld center were mainly studied during TIG welding process.
着重针对焊接电流、焊接速度、焊缝间隙以及焊枪偏离焊缝中心的偏心值4个焊接工艺参数进行了TIG焊接试验研究。
6) alternating current activating-tungsten inert-gas welding
交流A-TIG焊
补充资料：焊剂
颗粒状焊接材料。在焊接时它能够熔化形成熔渣和气体，对熔池起保护和冶金作用。焊剂由大理石、石英、萤石等矿石和钛白粉、纤维素等化学物质组成。焊剂主要用于埋弧焊和电渣焊。用以焊接各种钢材和有色金属时，必须与相应的焊丝合理配合使用，才能得到满意的焊缝。焊剂分为酸性、中性和碱性3种,按制造方法分为熔炼焊剂和非熔炼焊剂。熔炼焊剂是用各种矿石经电弧炉熔炼后粉碎而成。其中，酸性熔炼焊剂应用较多，它配以适当的焊丝，广泛用于碳钢和低合金结构钢的焊接。中性和碱性熔炼焊剂则用于强度较高的高强钢焊接。非熔炼焊剂制造简单，劳动卫生条件较好，质量容易控制，并可加入各种所需合金元素来改善焊缝金属组织和性能，因而得到较广泛的应用。非熔炼焊剂烘干温度在 400℃以下的，称为粘结焊剂；烘干温度在400～1000℃的,称为烧结焊剂，后者强度好，成品率高，应用较多。
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