1.
Futures market Promotes cathod copper of “Copper Crown” trademark to intern ational mark;

期货市场促进“铜冠”牌阴极铜创国际品牌
2.
Human Resources Outsourcing Research of Xiangguang Copper Smelting Project

祥光铜业阴极铜冶炼项目人力资源外包研究
3.
New Electrolyte Matching Method Secured High Quality for 1st Batch of Cathode

创新铜电解配液方式保障第一批阴极铜质量
4.
Effect of electrorefining with high current density on cathode copper

高电流密度电解对阴极铜质量的影响
5.
Research on the Control and Counterbalance System of Cathode Copper Auto-packing Production Line
阴极铜自动包装生产线控制及配重系统的研究
6.
Copper Auto-packaging Production Line Control System Manufacture

阴极铜自动包装生产线控制系统的研制
7.
Design and Realization of Software for Accurate Weighing System of Automatic Packaging Production Line of Cathode Copper
阴极铜包装生产线精称系统软件设计与实现
8.
CAUSE ANALYSIS OF EFFECT ON THE TOUGHNESS OF CATHODE COPPER IN HOUMA SMELTING PLANT

影响侯马冶炼厂阴极铜韧性的原因分析
9.
Higher purity copper cathode-Determination of selenium and tellurium contents-Catalytic oscillopolarographic method
GB/T13293.1-1991高纯阴极铜化学分析方法催化示波极谱法测定硒、碲量
10.
Higher purity copper cathode-Determination of silicon content-Molybdenum blue spectrophotometric method
GB/T13293.11-1991高纯阴极铜化学分析方法钼蓝分光光度法测定硅量
11.
Higher purity copper cathode-Determination of sulphur content-Combustion-potassium iodate titrimetric method
GB/T13293.13-1991高纯阴极铜化学分析方法燃烧-碘酸钾滴定法测定硫量
12.
Higher purity copper cathode-Determination of zinc content-Flame atomic absorption spectrometric method
GB/T13293.10-1991高纯阴极铜化学分析方法火焰原子吸收光谱法测定锌量
13.
Experimental Study on the Output Ratio of High-pruity Cathode Copper and Power Efficiency Under High Current Density
高电流密度下稳定高纯阴极铜产出率和电效的试验研究
14.
Design and Implement of Copper Auto-Packaging Production Line Control System Based on PLC

基于PLC的阴极铜自动包装生产线控制系统的设计与实现
15.
hollow cathode copper halide laser

空心阴极卤化铜激光器
16.
EPMA of EMD electrolyzed by Cu cathode

铜阴极电解的EMD的电子微探分析
17.
The Application of Cathode Linkage Unit in Copper Electrolytic Refinery

阴极联动机组在铜电解精炼厂的应用
18.
Water-cooled cold-arc-cathode in cup-shape and tube-shaped anode are used.

采用水冷铜环形冷弧阴极和水冷筒状阳极。