Magnesium is the eighth-most abundant element in the world and its alloys have a
widespread application in various industries such as electronic and transport (ie, air, land …

Pidgeon process as one of the silicothermic processes is the main method for Mg
production. This paper aims at reviewing the research and improvement of the Pidgeon …

The harmless, resource-saving, and large-scale utilization of magnesium slag (MS) from
industrial waste has become an important topic for road research. The use of MS as a …

The condensation behavior of magnesium vapor produced by metal Mg or pellets for
magnesium production is investigated at heat source temperatures of 1173–1473 K under …

The vacuum aluminothermic reduction of the mixture of calcined magnesite and calcined
dolomite was studied. An isothermal reduction method satisfying the vacuum …

This paper is a contribution to the theoretical and quantitative understanding of the
processes for the production of magnesium metal by metallothermic process in vacuum …

Calcium fluoride (CaF 2) was widely used in magnesium production as a surfactant. In this
paper, the effect of CaF 2 content on the silicothermal process was investigated …

The Pidgeon process currently accounts for 85% of the world's magnesium production.
Although the Pidgeon process has been greatly improved over the past 10 years, such …

A novel process has been proposed for magnesium production, in which powder materials
including dolomite, ferrosilicon, fluorite and binder are mixed to produce pellets. Kinetics of …

Supergravity separation by high-temperature centrifugation is an effective and
environmentally friendly method for separating and recycling waste refined magnesium slag …