电解精炼

而阳极铝合金材料在经过电解精炼后，铝合金表面被溶解，铝合金中的单相Al溶解进入电解液中，而其中的杂质元素如Si等则还是残留在铝合金表面。

The aluminum alloy anode after electrorefining , its surface has been dissolved .

探索了铟电解精炼中电解液酸度的异常变化和阳极铟的异常行为，研究表明：在阴极和阳极室，溶液的pH值分别增大和下降；

Abnormal variation of electrolyte acidity and abnormal behavior of indium on anode during electrorefining were investigated .

TiB2涂层用于三层液铝电解精炼中的性能研究

Properties of TiB 2 composite coating in three layer electrolysis for aluminium refinement

该文重点研究杂质元素Fe、Ni、Sn等对锌电解精炼效果诸如电流效率、直流电耗、阴极锌品位、阴极沉积物形貌的影响。

It is demonstrated that impurities of Fe , Ni and Sn have influence on the electrorefining results such as current efficiency , direct current ( DC ) consumption , impurities content in cathodic zinc and the cathodic zinc appearance .

国际上，采用不锈钢作为铜电解精炼的阴极&即所谓的ISA法和KIDD法电解工艺，已经成为一种趋势，但是目前我国还没有自主知识产权的不锈钢阴极技术。

In the world , the stainless steel cathode process , so-called ISA and KIDD Process in copper electrolytic refining has been a trend . However , there is not this technique with independent knowledge right in China .

用上述两种工艺已分别产出MoO3和钼金属半成品，所得半成品再分别用炭吸附&解吸法和熔盐电解精炼法进一步提纯，最终产品的纯度分别达到99.9%和99.8%。

MoO_3 and molybdenum metal , so prepared , were further refined by carbon adsorption desorption and molten salt electrorefining techniques respectively . The final purity of MoO_3 and molybdenum metal were 99.9 % and 99.8 % respectively .

我国三层液铝电解精炼技术的现状与发展

The Status And Development Of Three-Layer Aluminum Electrolysis Technology In China

周期反向电流法高电流密度电解精炼铜的研究

Study on high current density copper electrorefining by periodic reversible current

浅谈降低铅电解精炼直流电耗的途径

Preliminary Discussion on Measures for Reducing DC Consumption in Lead Electrorefining

交直流叠加电解精炼铜的可行性研究

Study of the copper electrorefining feasibility by ac / dc electrolysis

应用周期反向电流电解精炼铜的研究

Study on Copper Electrorefining by Current of Period Opposite Direction

碲粉电解精炼过程中面积电流对电碲质量的影响

Effect of Current Density on Electrolytic Tellurium Quality in Electrolyze

银电解精炼中铋的行为分析

The behavior analysis of bismuth in the process of silver electrolytic refining

铟电解精炼中添加剂明胶的影响及其机制研究

Effect of Gelatin and Mechanism in Electrolytic Refining of Indium

粗铋二段阳极熔盐电解精炼第二段工艺

Second stage of two-stage anodic electrolytic refining of bismuth in fused salts

电解精炼是金属铜生产的主要工序。

Copper electrorefining is the main process for copper production .

阴极联动机组在铜电解精炼厂的应用

The Application of Cathode Linkage Unit in Copper Electrolytic Refinery

精细过滤设备在铜电解精炼中的应用及改进

Application and improvement of fine filtering equipment in electrolytic refining of copper

铜电解精炼耐用型不锈钢阴极板的研制

Study on Lasting Stainless Steel Cathode in Copper Electrolytical Refining

银电解精炼的技术改进及展望

The technical improvement of the electrolytic refining of silver and its prospects

热镀锌渣电解精炼过程中杂质离子的影响

Influence of Impurities on Electrorefining Processes of Hot Galvanizing Slag

熔融盐电解精炼法制取金属钒

Production of vanadium by fused - salt electrolytic refining

高镍高硫铜阳极的电解精炼

Electrorefine the High - nickel and High-sulphur Copper Anode

研究了铟的电解精炼中锡离子的行为。

The behavior of tin ion in electrolytic refining of indium was described .

硫化铜阳极电解精炼

Electrolytic Refining of Copper with copper sulfide as Anode

添加剂在铜电解精炼中的作用及应用

Effect and Application of Aditive in Copper Electrolytical Operation

铟电解精炼中电解液酸度对锡含量的影响

Effect of acidity of electrolyte solution on level of tin in electrorefining indium

铜电解精炼过程杂质的溶出及脱除

Impurities dissolving out and cleaning in copper electrorefining process

从金电解精炼废液中回收钯的技术研究

Recovery of palladium from waste solution of gold Electrorefining

高纯铜主要来源于铜的电解精炼。

High-pure copper mainly comes from copper electrorefining .