1.
Automatic Potential Titration Analysis on Bright Acid Electroplating Copper Bath
自动电位滴定分析光亮酸性镀铜溶液
2.
Study on Technique and Electrochemical Mechanism of Acidic Copper Electroplating of Z-type Brightener
Z型光亮剂酸性镀铜工艺及机理研究
3.
RECOVERY OF Cu FROM ACIDIC COPPER RINSE WATER
槽边循环电解法从酸性镀铜废水中回收铜
4.
Study on the Technology of Bright Copper Plating in Acidic Copper Sulphate Solution With Additive Agent“153”
“153”酸性硫酸铜光亮电镀工艺的研究
5.
The study of electrochemical behaviors for a citrate alkaline copper plating bath
柠檬酸盐碱性镀铜的电化学行为研究
6.
High Speed Acidic Electroplating Technology of Compact and Bright Sn and Sn-Cu Alloy for Copper Wire
铜线材酸性高速电镀致密光亮锡、锡铜合金
7.
Rapid Determination of Minim Copper in Newly Acidic Bright Tin-Copper Alloy Plating Bath
新型酸性光亮镀锡铜合金液中微量铜的快速测定
8.
The technological process of acidic bright copper plating has been researched ,provided the process of bright copper plating on the iron without polishing additives.
对酸性光亮镀铜进行了研究,不需抛光而可直接在钢铁表面镀出光亮的镀层。
9.
Studies on the Technology of Acidic Electroless Copper Plating on Steel Matrix Using Acetaldehyde Acid and Glucose
乙醛酸和葡萄糖用于A3钢酸性化学镀铜工艺研究
10.
Cyanide-free copper electroplating in sulfite/thiosulfate bath
亚硫酸盐/硫代硫酸盐体系无氰镀铜
11.
Determination of Bright Acid Copper Plating Additive 2-Tetra Hydrothiazolthione by Ion Selective Electrode Method
离子选择电极法测定酸性光亮镀铜添加剂2-四氢噻唑硫酮
12.
Effect of duplex surface treatment on electrochemical properties of AB_3-type hydrogen storage alloy by acidification-copperize
酸化镀铜复合表面处理对AB_3型贮氢合金电化学性能的影响
13.
Rapid Determination of Cupric Pyrophosphate and Potassium Pyrophosphate in Copper Plating Solution
镀铜液中焦磷酸铜和焦磷酸钾的快速分析
14.
To coat or finish with a layer of copper.
镀铜于给…包铜或镀铜
15.
Study on Treatment of Electroplating Waste-water with Immobilized SRB
硫酸盐还原菌(SRB)固定化技术处理镀铜、镀铁混合电镀废水的研究
16.
Zinc-coated steel wire-Test method for uniformity of zinc coating on wire by the copper sulphate dip
GB/T2972-1991镀锌钢丝锌层硫酸铜试验方法
17.
Effect of pyrophosphate quality on copper electroplating
不同品质的焦磷酸盐对电镀铜的影响
18.
The adhesive strength of the acid film was stronger than that of the alkali film.
碱性镀层的结合强度优越于酸性镀层。