… lithium (Li + ), sodium (Na + ), magnesium (Mg 2+ ), and zinc (Zn 2+ ) cation coordination by
the TFSI – anions and ion transport properties in ionic liquid (IL)-based electrolytes. ILs have …

… This manuscript describes the material and transport properties of these Mg 2+ –IL
electrolytes and ties these properties to the molecular organization of the mixtures. Using these …

… In this work, the ionic coordination of Mg 2+ with TFSI – in IL-based electrolytes is …
Studies on the physical and transport properties of Mg 2+ -IL electrolytes will be reported in …

… the properties of liquid crystals and ionic liquids. Worldwide intense research activity in the
field of ionic liquids is … An overview of the most important mesophases is given in this section. …

… Consequently, the size of the anion plays an important role … -based magnesium salt or ionic
liquids. This possibility of … compared the ion transport properties of several classes of Mg and …

… solvents, Mg 2+ is typically found as Mg(TFSI) 3 – . If polyether solvents or ionic liquid cations
… Mg 2+ is large (eg, >5 or 6), the ether oxygens displace TFSI – , producing free TFSI – and …

… of aluminum ion resulting in superior transport properties. … theory to explain the important
role of oxide film at the anode/… reversibly transport Mg 2+ ions, in which various Mg salts are …

… important result is that the ionic liquid functioned well as an Mg 2+ transport medium, and
that the polished Mg ribbon was not tarnished or discolored after cycling in the ionic liquid. As …

… This finding plays an important role in future design of ILs for corrosion protection. … SHE),
and are then able to further react with Mg 2+ , forming insoluble deposits on the surface (eg, …

… a crucial role in identifying the electroactive species, [Mg2(μ-… , ionic liquid was reported as
an efficient additive for Mg(OTf)… benefits of introducing an ionic liquid into the electrolyte to …