本文研究了热处理和冷变形对铜铬锆电极合金性能的影响，并确定了电极合金的工艺最佳参数。
In this paper, the effect of cold-work and heat treatment on the properties of Copper-Chromium-Zirconium electrode alloy is dealt with, its optimum processing parameters established.
研究了用铜铬锆电极合金经三道工序冷挤压成点焊电极的工艺，还探讨了挤压冷变形对合金性能的影响。
A process for fabricating CuCrZr alloy spot-welding electrode by three cold extrusions is developed, with effect of cold deformation on alloy properties explored.
锆钨电极在交流条件下，焊接性能良好。
The zirconium-tungsten electrode boasts a fine performance in welding under the condition of AC.
尤其在高负载电流的情况下，锆钨电极表现出来的优越性能是其它电极不可替代的。
Especially in the case of high load of current, its excellent performance is far better than that of other electrodes.
构成所述电极催化剂的金属元素优选为选自铌、钛、钽和锆中的一种金属元素。
The metal element constituting the electrode catalyst is preferably one metal element selected from the group consisting of niobium, titanium, tantalum and zirconium.
锆钨电极适用于镁铝及其合金的交流焊接。
Zirconiated Tungsten is most commonly used for AC welding of aluminum and magnesium alloys.
锆钨电极适用于镁铝及其合金的交流焊接。
Zirconiated Tungsten is most commonly used for AC welding of aluminum and magnesium alloys.
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