Multi-component reactions for the construction of heterocycles have been fascinated by
microwave energy as an alternative technique of heating, owing to the advantages over …

Although metals are fundamental to the economy and human well-being, natural ore
depletion is inevitable with the continuation of mining. Awareness of the importance of new …

Al–Ga based alloys are important on-line hydrogen supply materials under harsh working
conditions. Up to now, the activation mechanism is still unclear, especially the reason why In …

In this study, real-time and in-situ permittivity measurements under intense microwave
electromagnetic fields are proposed as a powerful technique for the study of microwave …

The current electrolytic processes for magnesium (Mg) metal have several disadvantages,
such as anhydrous magnesium chloride (MgCl 2) preparation and generation of harmful …

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 …

In this study, we investigated reduction of magnetite by H2 during microwave irradiation.
This process combines the advantages of microwave irradiation and using H2 as a reducing …

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 …

Ti-bearing blast furnace slag (TBFS) and diamond wire saw silicon powder (DWSSP) waste
are solid wastes that have been investigated by researchers. In this paper, the possibility of …

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 …