It is well known that the corrosion resistance of ultra-light Mg–Li alloys is inferior to traditional
Mg alloys due to the rapid oxidation of reactive Li on the surface. In this study, microalloying …

The interface is the “link bridge” between the reinforced phase and the matrix, and its
microstructures and configurations will directly affect the overall performance of composites …

In this study, solute X (X= Li, Al, Mn, Zn, Y, Zr, Nd, and Gd) solution strengthening in Mg
alloys have been screened by ab initio density functional theory calculations to quantify not …

The corrosion resistance of ferrous alloys is greatly influenced by the presence of alloying
elements, however, predicting the coupling effects of these elements remains a challenge. In …

Here the electrochemical and mechanical behavior for different Mg based intermetallics (Mg
17 Al 12, Mg Zn 2, Mg 3 N d, Mg 2 S i, Mg 24 Y 5, Mg 2 C a, Mg 12 C e, Mg 12 L a, Mg 2 C u …

Abstract Over decades, Mg–Li alloys have been widely used in aerospace industries owing
to their low density (< 1.65 g/cm 3), medium strength (UTS: 130–200 MPa; YS: 100–170 …

Theoretical calculation could simulate Mg alloy corrosion behavior from electrochemical
thermodynamic factors. By considering the kinetic factor as the passivation oxide layer, a …

For decades, corrosion has been classified into many categories according to the
microstructural morphology of the chemical reaction products. Until recently, the …

First-principles calculations simulate and study material properties from a microscopic
perspective. It is a computational method involving materials science, physics, chemistry …

Heterojunction catalysts in the field of hydrogen evolution reaction (HER) from
electrocatalytic water splitting have recently become a hot research topic. In this paper, we …