More than 4000 papers in the field of Mg and Mg alloys were published and indexed in Web
of Science (WoS) Core Collection database in 2021. The bibliometric analyses indicate that …

The concept of combusting metals with carbon dioxide (CO 2) presents a possible carbon
dioxide reduction and utilization technology. Benefiting from high energy densities and low …

A green and effective electrolytic process was developed to produce high-purity Mg metal
using primary and secondary resources containing MgO as a feedstock. The electrolysis of …

As the lightest structural metallic material, magnesium (Mg) is expected to be widely used in
many fields to instead of steel and aluminum. However, there are still too many kinds of …

This study investigates the deoxidation process of low-grade titanium scrap through molten
salt electrolysis induced by overpotential. The research focuses on understanding the …

In this contribution, a versatile approach to the crystallization of ammonium carnallite is
discussed through a highly efficient process of ammonium removal from an aqueous …

To produce high-purity Mg metal directly from MgO, the scale-up of a novel electrolytic
process using a metal cathode and vacuum distillation was investigated. The electrolysis of …

The driving force of spontaneous displacement reactions between Na-Sn alloys and molten
LiCl, MgCl 2, and CaCl 2 salts stems from the difference of chemical potential between Na …

To effectively separate Fe (III) impurity and purify the electrolyte for magnesium electrolytic
production, the electrochemical behavior of Fe (III) on tungsten electrode was systematically …

Low-cost clean primary production of magnesium metal is important for its use in many
applications, from light-weight structural components to energy technologies. This work …