1)  CoNiFe alloy
钴镍铁合金
1.
The effect of the plating conditions such as the density of electricity,pH value and plating temperature as well as the thickness of the films on the properties of CoNiFe alloy films are investigated.
研究电沉积钴镍铁合金工艺条件如电流密度、pH和温度以及镀层厚度对膜层性能的影响。
2)  Co-Ni alloy
钴-镍合金
1.
Electro-deposition of Co-Ni alloys was performed in a sulphate solution.
在硫酸盐体系中电沉积钴-镍合金,采用X射线能谱分析和扫描电镜研究pH值、阴极电流密度以及外加平行于阴极表面磁场对镀层组成、表面形貌的影响。
3)  Co-Ni residue
钴镍渣
1.
Recovery of cobalt from Co-Ni residue in zinc hydrometallurgy has been studied.
研究了从湿法炼锌净化钴镍渣中回收有价金属。
2.
A systematic process of treating with Co-Ni residue from zinc hydrometallurgy has been developed.
研究综合回收湿法炼锌净化钴镍渣中的有价金属。
4)  Cobalt-Nickel alloy
钴镍合金
1.
Studies on the microstructure of pulse electrodeposited cobalt-nickel alloy deposits;
脉冲电沉积钴镍合金层微观结构的研究
2.
Acetic-acid cobalt and Acetia-acid Nickel hydrate were prepared as material,using deoxidize methods to abtain Cobalt-Nickel alloy(Co20Ni80) according to definite proportion.
合金材料是近年应用比较多的材料,钴镍合金具有很多优良的性能。
5)  Matrix Co and Ni
钴镍基体
6)  Separation of cobalt and nickel
钴镍分离
1.
Separation of cobalt and nickel is obtained by extraction with P507.
钴镍分离采用P507萃取,钴的萃取率大于99。
参考词条
补充资料：铁镍钴系定膨胀合金
分子式：
CAS号：

性质：一种在规定温度范围内具有恒定膨胀系数的合金。常用牌号是Ni29Co18和Ni33Co14。前者称为“可伐合金”，可以与硬玻璃匹配封接；后者称为“瓷封合金”，可以与氧化铝陶瓷封接。加入钴可以提高居里点，在含镍量较低的条件下得到较低的膨胀系数且可以在较宽的温度范围内保持恒定。有时可用铜代替部分价格昂贵的钴。熔融法制锭，压力加工成材。

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