1) stainless steel strip electro-slag cladding
不锈钢带极电渣堆焊
1.
This paper mainly expatiates the experimental analysis about the influence of the power characteristics,welding specification parameters,magnetic control technology and flux on the quality of the stainless steel strip electro-slag cladding.
本文主要阐述了不锈钢带极电渣堆焊中电源特性、焊接规范参数、磁控技术、焊剂等方面影响不锈钢带极电渣堆焊质量的试验分析,确定了合理的焊接工艺,试验得到了满意的效果。
2) strip electrode electroslag surfacing
带极电渣堆焊
1.
For the ultra - low - carbon austenitic stainless steel, using the process of strip electrode electroslag surfacing and the standardized heat treatment process of 600 MW nuclear vessels (615℃×29 h) , the mechanism of grain boundary phase eduction in weld metal is analysed deeply.
针对超低碳奥低体不锈钢堆焊材料,采用带极电渣堆焊工艺,应用600 MW核容器标准热处理规范——615℃×29h深入研究了堆焊层晶间相析出的机理研究结果表明经615℃×29h热处理后,堆焊层晶间析出了少量的M_(23)C_6碳化物和Y′相未发现σ相、相和X相等金属间脆性化合物。
2.
In this article, the principle of strip electrode electroslag surfacing is introduced.
介绍了带极电渣堆焊的原理。
3) stainless steel strip surfacing
不锈钢焊带
4) stainless steel weld overlay
不锈钢堆焊层
1.
This paper investigated the hydrogen effects on facture toughness in the fusion area of stainless steel weld overlay.
研究了氢对不锈钢堆焊层熔合区的断裂韧性的影响作用。
5) stainless steel bead welding on surface
表面不锈钢堆焊
6) stainless steel electriode
不锈钢电极
1.
The corrosive experiments on stainless steel electriode in dynamic aluminum melt are studied by scan electric mincroscope, composition analysis by electron probe.
利用扫描电镜和能谱仪对不锈钢电极材料在高温动态铝液中腐蚀机理进行了实验研究。
补充资料：带极堆焊施工现场
带极堆焊施工现场
带极堆焊施工现场
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