The mining industry has faced significant challenges to maintaining copper production
technically, economically, and environmentally viable. Some of the major limitations that …

In this study, the correlation between the microstructure and corrosion behaviour of
copper/316 L stainless-steel dissimilar-metal welded joints on an electrolytic copper cathode …

This paper deals with the investigation of electrochemical behaviour of copper in a sodium
tetraborate (borax) solution in the presence and absence of chloride ions. The influence of …

A novel approach utilizing support vector regression algorithm (SVR) is presented for
developing forecast models of Cu and Pb concentrations in indium electrolysis products …

The corrosion resistance of Fe–21Cr–4Al alloys with different gadolinium (Gd) contents was
investigated by means of microstructure, salt spray corrosion and electrochemical tests. The …

The effects of temperature and current density on cathodic current efficiency, specific energy
consumption, and zinc deposit morphology during zinc electrodeposition from sulfate …

The copper dust derived from the double-flash copper smelting process contains high level
of arsenic with almost zero positive potential impurities. This study explores a new process …

The passivation of copper anode in sulphuric acid industrial electrolyte at 65° C was
investigated by electrochemical noise (EN) technique using three imposed anodic currents …

Cu electrorefining using a low-grade copper anode is desirable from the standpoint of
electric power savings. Cu electrolysis was carried out in an unagitated sulfate solution with …

The anodic dissolution behavior of copper in choline chloride-urea deep eutectic solvent
(ChCl-urea DES) was investigated using coulometric weight loss experiments, polarization …