1) powder plasma arc welding
粉末等离子堆焊
1.
This paper established automatic powder plasma arc welding remanufacturing system.
在构建自动化粉末等离子堆焊再制造系统的基础上,选择Ni15合金粉末为堆焊材料,通过发动机缸体止推面再制造堆焊试验对再制造系统进行了验证,并对堆焊组织进行了金相及能谱分析,表明堆焊层组织没有任何气孔、裂纹等冶金缺陷。
2) plasma arc surfacing
粉末等离子弧堆焊
1.
Research of microstructure of plasma arc surfacing with Co-Cr-W alloy powder;
Co-Cr-W系粉末等离子弧堆焊显微结构研究
4) powder plasma surfacing
等离子粉末喷焊
1.
Brief talk about several un-slighting factors on the quality of powder plasma surfacing;
浅析影响等离子粉末喷焊质量的因素
6) plasma surfacing
等离子堆焊
1.
Research development of iron -based alloy plasma surfacing;
铁基合金等离子堆焊研究进展
2.
For the purpose of surface modification, plasma surfacing is applied to Ni-based and Co-based materials that are used as key parts in petrochemical industry.
采用等离子堆焊工艺方法 ,对石油、化工行业中关键零部件堆焊Ni基、Co基材料 ,以达到表面改性目的。
3.
Microstmctures ,X ray diffractions ,hardness and wear corrosion resistance of iron based, nickel based and nickel based WC plasma surfacing alloy deposits on the l6Mn steel were tested.
在 16Mn钢表面等离子堆焊自熔性铁基合金层 (Fe5 5 )、镍基合金层 (Ni6 0 )以及镍基WC合金 (NWC2 5 ) ,并对三种堆焊层进行了显微组织、X射线衍射分析、硬度及在三种不同腐蚀介质下的磨损试验。
补充资料：粉末
（～儿）极细的颗粒；细屑：金属～ㄧ研成～。
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