… of the SLM-processed Mg-Zn binary alloys and demonstrates that SLM can … Mg-Zn products
with Zn content of no more than 1 wt%. To obtain high-quality SLM products with higher Zn …

… magnesium–zinc binary alloys by melting magnesium in a graphite crucible under argon
gas atmosphere at 750 C. Zinc … for avoiding losses of zinc due to vapourisation. The molten …

… wt%) in Mg. In this research, four hypoeutectic Mg-xZn (x = 2, 4, 6, and 15 wt%) binary alloys
are systematically investigated as anode materials for Magnesium-air (Mg-air) battery. The …

… In this study, the corrosion behaviour of as-extruded Mg-(1, 2, 3, 4)Zn binary alloy was
investigated using an immersion test, a ZRA technique, and a potentiodynamic polarisation test in …

… In this study, we report unexpected GP zone formation following ECAE of two binary
alloys, Mg-9Al and Mg-5 Zn, that contain common alloying elements. Using a thorough …

… , binary Mg–Zn alloys were fabricated with high-purity raw materials and by a clean melting
process. The effects of Zn … According to the binary alloy phase diagrams [15], Mg 7 Zn 3 may …

… Compression tests of the magnesium (Mg) alloys revealed that the compression strength of
quaternary alloy was higher than that of binary alloy. However, binary Mg–Ca alloy showed …

… -rolled (b) pure Zn and Zn-1X (Mg, Ca and Sr) binary alloys. It can be found that pure Zn and
Zn-1X (Mg, Ca, Sr) binary alloys are mainly composed of Zn with a hexagonal close packed …

… Although the solute softening of prismatic slip has been observed for a number of alloying …
range in the Mg–Zn binary alloy system. We examine a series of alloy concentrations in order …

… Pure Zn and Zn–(0.02–1)Mg binary alloys were prepared by melting pure Zn (99.95 wt%)
and Mg (99.95 wt%) in a resistance furnace in air. The melting temperature did not exceed 500 …