The Zn-Ni and Zn-Fe alloy plating processes and their characteristics are introduced.
介绍了电镀锌-镍合金与电镀锌-铁合金的工艺，并突出介绍其工艺特点。
The drawing difficulty is settled by adopting small draught and multi-pass drawing process, reducing the thickness of Zn-Fe alloy and using artificial aging process actively.
通过采用小压缩率多道次拉拔工艺，减少锌-铁合金的厚度，积极采用人工时效工艺等解决了拉拔困难的问题。
Holding primary hardness, magnetism and plating properties of matrix, protection performance of steel was improved by combining the Zn - Fe alloy electroplating and phosphating technology.
为了保持基体金属硬度、磁性以及电镀层性能等均不变，将锌铁合金电镀工艺与磷化工艺进行了组合，以提高钢铁件的防护性能。
This paper briefly introduced the phosphating treatment technology Zn - Fe alloy plating, and discuss the influence of technology parameters on quality of phosphatic coating.
简要介绍电镀锌铁合金后的直接磷化处理工艺；讨论工艺参数对磷化膜质量的影响。
The metal can be reduced Fe, Zn, or Mg alloy or al alloy that can form metal-air battery in experimental conditions.
所述的金属材料为还原铁、锌，或实验条件下可以组成金属-空气电池的镁合金或铝合金。
The metal can be reduced Fe, Zn, or Mg alloy or al alloy that can form metal-air battery in experimental conditions.
所述的金属材料为还原铁、锌，或实验条件下可以组成金属-空气电池的镁合金或铝合金。
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