In this study, sodium salt of Ethylendiaminetetraacetic acid (EDTA), a strong and widely-
used complexing agent, was utilized as an additive for a primary Mg-air battery electrolyte …

Mg-air primary battery has become an attractive source of energy due to its economic
viability, environmental benignity, and high theoretical specific power density. However, low …

Deposition of discharge products on the surface of magnesium (Mg) anode and high self-
corrosion rate are the main obstacles that limit the application of Mg-air batteries. Tailoring …

In this study, phosphate and vanadate were used as additives in the NaCl electrolyte in Mg-
air batteries. The inhibiting effect of these additives on the corrosion of the AZ31 Mg alloy …

Abstract In this work, 2, 6-dihydroxytbenzoate (2, 6-DHB) is evaluated as an efficient
electrolyte additive for aqueous Mg-air batteries based on diverse metallic Mg anodes. EIS …

Aqueous primary Mg-air batteries exhibit many merits as potential energy storage and
conversion devices. In this work, the discharge performance of water based Mg-air batteries …

Mg‐air batteries are promising energy storage systems to deal with the requirement of green
usage, high energy density, and sustainable energy. This paper provides an in‐depth …

Indium chloride (InCl 3) as an electrolyte additive for primary aqueous Mg batteries is
evaluated in this work in terms of its effect on discharge potential, self-corrosion rate and …

Mg-air batteries have attracted tremendous attention as a potential next-generation power
source for portable electronics and e-transportation due to their remarkable high theoretical …

A widely used oxyanion corrosion inhibitor (Li 2 CrO 4) was used as electrolyte additive (3.5
wt% NaCl solution was used as electrolyte solution) for Mg–air battery. The potentiodynamic …