A multilayer nickel plating process is suggested for motorcycle parts.
提出一种适用于摩托车零件的多层镍电镀工艺。
The rare-earth element causes small size grains of bright nickel plating.
稀土元素的加入使得亮镍电镀金刚石工具镀层晶粒细化。
The technique of electroless nickel plating on ceramic powder was studied.
在陶瓷粉末表面开展了化学镀镍的工艺研究。
The electroless nickel plating: with, improve the corrosion render ability.
镀镍：打底用，增进抗蚀能力。
The influence factor on low-phosphorous electroless nickel plating is studied.
对低磷化学镀镍的影响因素进行了初步研究。
A new surface treatment technology named chemical nickel plating is presented.
介绍了表面处理新技术—化学镀镍。
Are introduced the electroless blackening nickel plating technology and its properties.
介绍了化学镀黑镍工艺及其镀膜性能。
PH value too high or low, general nickel plating or gold-plated (low won't) is happening.
PH值过高或过低，一般镀镍或镀金(过低不会)皆会发生。
An electroless nickel plating process with high deposition rate was optimized by orthogonal test.
通过正交试验法优选出一种具有高磷含量的快速化学镀镍工艺配方。
The effect of chemical nickel plating parameters on deposition speed and plating quality is discussed.
详细讨论了化学镀镍工艺参数对沉积速度和镀层质量的影响。
The techniques and application of electroless Nickel Plating on Microelectronic packaging was researched.
本文对微电子封装化学镀镍生产工艺及应用进行了研究。
The chemical precipitation method is feasible for extending the life of electroless nickel plating solution.
采用化学沉淀法延长化学镀镍液寿命是切实可行的。
A method for continuous titration of boric acid and nickel chloride in bright nickel plating bath was presented.
介绍了一种光亮镀镍液中硼酸和氯化镍的测定方法。
Choosing suitable complexing agent and accelerant is the key to middle-temperature acidic electroless nickel plating.
选择合适的络合剂及促进剂是进行中温酸性化学镀镍的关键。
The process flows and technical regimes of main sequence of barrel nickel plating for steel battery shell were introduced.
介绍了一种电池钢壳滚镀镍的工艺流程和各主要工序的工艺规范。
Before or tin plating nickel plating of bad contacts between the cathode, discharge sparks will melt into hollow copper hole.
镀镍前或锡电镀间的阴极接触不良，放电火花将铜材熔成凹洞。
With increasing nickel cost, various kinds of alternatives to nickel plating and nickel saving technicses have been developed.
随着镍价格的上涨，各种代镍节镍工艺应运而生。
Generalized electroless nickel plating technology involves pretreatment technology, nickel plating technology and after treatment.
广义的化学镀镍工艺包括镀前预处理工艺、镀镍工艺和后处理工艺。
The influences of each component content in plating bath, temperature and stirring speed on electroless nickel plating were discussed.
讨论了镀液中各组分含量、温度及搅拌速度对化学镀镍的影响。
Characteristics of the new generation brightener for nickel plating were introduced. Mechanism producing these characteristics was discussed.
对新一代镀镍光亮剂的特点做了介绍，对产生这些特点的机理做了探讨。
The major technological parameters influenced on low temperature electroless nickel plating were discussed, and a optimum formula was obtained.
讨论了影响低温化学镀镍的主要工艺参数，获得了优选的工艺配方。
One technique for the chemical nickel plating on the plastics surface was introduced. The process conditions of chemical plating were discussed.
介绍一种在工程塑料表面上进行化学镀镍的工艺方法，探讨了化学镀镍的工艺条件，有实用价值。
The process of barrel nickel plating of steel battery shell is strictly controlled in order to reduce production cost and improve product quality.
对电池钢壳滚镀镍工艺进行严格的控制，以达到降低生产成本、提高产品质量的目的。
By using sulfobetaine derivant as leveling agent and polybasic acid as complexant of interfering ions, the brightener SN-1 for nickel plating is developed.
以磺基甜莱碱的衍生物为整平剂，多元有机酸为干扰离子络合剂，研制了SN - 1镀镍光亮剂。
The main treatment methods of spent electroless nickel plating solution include chemical deposition, catalytic reduction, electrolysis, ionic exchange, etc.
化学镀镍废液的处理方法主要有化学沉淀法、催化还原法、电解法、离子交换法等。
The effects of electroless nickel plating on the particles morphology and the electrochemical properties of low-Co hydrogen storage alloy were investigated.
研究了化学镀镍对低钴贮氢合金粉末颗粒形态和电化学性能的影响。
A new technology of electroless nickel plating for magnesium alloys was developed by addition of fluoride in bath and using nickel sulfate as nickel resource.
向镀液中加入氟化物，采用硫酸镍代替碳酸镍作为镍源，开发出一种镁合金化学镀镍新工艺。
A new technology of electroless nickel plating for magnesium alloys was developed by addition of fluoride in bath and using nickel sulfate as nickel resource.
向镀液中加入氟化物，采用硫酸镍代替碳酸镍作为镍源，开发出一种镁合金化学镀镍新工艺。
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