1)  nickel electroforming
电铸镍
1.
The process flow in preparing color nickel screen electroforming cylinder applied to textile printing and dying system,the bath composition and operation conditions of copper electroforming and nickel electroforming were introduced.
介绍了纺织印染系统应用的多色电铸镍网圆筒的制作工艺流程、电铸铜及电铸镍溶液组成与操作条件。
2)  Microelectroforming nickel
微电铸镍
3)  electroforming Ni-Fe alloy
电铸镍铁合金
4)  Electroforming
电铸
1.
Study on Ni-Mn Alloy Electroforming of Nozzle and Its Fracture Problem;
喷管的镍锰合金电铸及其开裂问题的研究
2.
Quality Control of Ni-Mn Alloy Electroforming of Thin-wall Revolving Part;
薄壁回转体零件镍锰合金电铸的质量控制
3.
Preparation of high-hardness electroformed gold artifact obtained from a weakly acidic gold potassium cyanide electroforming bath;
高硬度弱酸性氰化亚金钾电铸黄金工艺品的研制
5)  electroform
电铸
1.
Study on electroformed nickel-cobalt alloy on the surface of composite mould;
复合材料模具表面电铸镍钴合金研究
2.
The application of a new conformal anode to electroform the complex revolving parts;
电铸复杂回转零件时新型象形阳极的应用
3.
Characterisation of nickel sulphamate electroforming solution using rotating cylinder Hull cell;
利用旋转圆筒赫尔槽表征氨基磺酸镍电铸液(英文)
6)  electrotyping
电铸
1.
Free-standing diamond grain-nickel composite films were deposited by electrotyping method at the condition of low internal stress electrolytic solution,with pH value of 3.
用电铸方法,采用低应力电镀液,制备出了自支撑金刚石-镍复合膜。
2.
An artificial neural network (ANN) was used to predict diamond grains content, thickness and micro morphology of free-standing diamond grains-nickel composite film by electrotyping.
用人工神经网络预测了电铸自支撑金刚石-镍复合膜中金刚石颗粒的含量、复合膜的厚度和表面微观形貌。
3.
The composite films were prepared by using electrotyping method.
本文研究了电铸工艺制备的金刚石-金属复合膜的微结构及其内应力，探讨了电镀工艺参数对复合膜品质的影响；研制出了金刚石颗粒分布均匀、厚度均匀、内应力小的超薄大面积自支撑金刚石-镍复合膜；探讨了复合膜的后续加工工艺，研制出了超薄金刚石-金属复合膜切割片，并对其切割性能进行了初步试用研究。
参考词条
补充资料：镍电铸
分子式：
CAS号：

性质：主要用于文氏管、风洞试验模型、塑料或锌压铸件的成型模具、表面粗糙度标准块等。电铸镍具有较高的强度和硬度，抗蚀性良好，故常用作结构件。电铸镍可使用硫酸盐、氨基磺酸盐、硫酸盐-氯化物等多种类型的溶液作电解液。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。