As the lightest class of structural alloys, Mg-Li alloy plays an important role in the automotive
and energy sectors for vehicle weight reduction, energy-saving, and emission reduction …

Three Mg–3Li–0.4 Zr alloys strengthened by various rare‐earth elements (RE: Gd, Nd, and
Ce) are prepared and studied to obtain the strengthening effect and texture. The results …

Abstract Magnesium–lithium (Mg–Li) alloy, as the lightest metal structure material, has
unparalleled market prospects in aerospace, weapons and equipment, electronic …

A rare earth holmium (Ho) element was introduced into Mg-8Li-3Al alloy to investigate the
effects of holmium and hot-rolling on the microstructure and mechanical properties of the Mg …

Mg-Li alloys have been widely applied in various engineering scenarios due to the ultralight
feature. One of the key factors determining the applications of Mg-Li alloys is the …

Y and Nd are simultaneously added into Mg–5Li–3Al–2Zn alloy. It is found that there exist
the phases of α-Mg, AlLi, Al 11 Nd 3 and Al 2 Y in the alloys. When the contents of Y and Nd …

Due to the super light-weight property, Mg-Li alloys are very promising in the fields of
aerospace and military defense. Up to now, many studies about hot deformation behavior of …

Abstract For ultralight Mg–Li alloys, the improvement of strength is the most concerned
issue. In this work, we successfully realize the incredible enhancement of strength in the Mg …

The influence of Al, Y, and Zn additions on the microstructure and mechanical properties of
Mg− 3Li alloy is investigated. It is revealed that Al and Y form the Al2Y phase that can refine …

To obtain magnesium alloys with a low density and improved mechanical properties, Y
element was added into Mg− 4Li− 3Al (wt.%) alloys, and the effect of Y content on …