一种泡沫镍钼钴三元合金材料的制造方法。
The invention discloses a method for manufacturing a foamed nickel, molybdenum and cobalt ternary alloy material.
泡沫镍是“多孔金属”家庭中的后起之秀。
采用化学沉积法和电化学沉积法制备出了泡沫镍。
The foamed nickel manufactured by electroless and electro-deposition is introduced.
着重介绍了连续泡沫镍主要生产厂家的制造方法和装置；
Moreover, production methods and equipments of continuous nickel foam of main manufacturers were introduced.
泡沫镍的三维网络结构更加均匀，抗拉强度、延伸率大大提高。
Meanwhile, 3d reticulate structure was more homogeneous, and tensile strength and elongation has been enhanced greatly.
探讨了在聚氨酯泡沫塑料上用化学镀镍法制备泡沫镍的工艺和性能。
The process of preparation and performance of nickel foam by electroless plating nickel on the polyurethane foam was investigated.
结果表明，以泡沫镍为例的有关实验数据，能较好地用该数学关系式来描述。
It was found that the measured properties of nickel foam, for example, were well described by the formula.
介绍了连续生产带状泡沫镍的工艺设计实例，讨论了改进泡沫镍产品性能的方法。
The paper describes the production design of foamed Ni, with discussion for products quality improvement.
在制备泡沫镍材料的过程中，首先要求在聚氨酯海绵基体上低磷化学镀镍制备导电层。
As an initial stage on the process of foamed nickel preparation, a layer with low phosphorus content nickel deposit is applied on polyurethane foam substrate as a conducting layer.
研究了泡沫镍生产中镀层硫含量对泡沫镍性能的影响以及电镀工艺参数对镀层硫含量的影响。
Effect of sulfur content in nickel coating on foamed nickel performances and effect of electroplating parameters on sulfur content in the nickel coating in foamed nickel production were studied.
连续化带状泡沫镍是镍氢、镍镉、镍锌电池的关键材料，是国家“八六三”计划重点攻关项目。
The continuous band-shaped nickel foam, a key material of Ni-MH. Ni-Cd, Ni-Zn batteries, is registered as a focal item to be tackled in the National "863" Project.
成功地制备了以泡沫金属镍为基体和熔融盐复合形成新型高性能复合蓄热材料。
We successfully prepared the high quality composite heat storage materials by combining foam metal nickel base and some kinds of molten salts at certain temperature.
泡沫金属镍具有传热性能好，熔融盐具有蓄热量大、化学稳定性好等优点。
The foam metal nickel has the advantage of good heat conductivity and the molten salt has the advantage of large heat storage quantity per unit weight or volume.
本文对空气流过镍、铜材料泡沫金属结构和2种板翅结构的对流换热进行了实验研究。
Forced convection heat transfer of air in nickel and copper metal foams and two mini - fin structures was investigated experimentally.
探讨了用镍镉电池生产过程中产生的废泡沫式镉极板生产碳酸镉的工艺技术。
The technology of produce cadmium carbonate with spent forth cadmium electrode plat which from the product of nickel-cadmium battery, was investigated.
探讨了用镍镉电池生产过程中产生的废泡沫式镉极板生产碳酸镉的工艺技术。
The technology of produce cadmium carbonate with spent forth cadmium electrode plat which from the product of nickel-cadmium battery, was investigated.
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