Abstract Mg (BH 4) 2 with several polymorphs, known as a high capacity (14.9 wt.%)
hydrogen storage material, has become more intriguing due to the recently found new …

This work investigates the divalent conduction of Zn2+ and Mg2+ in hydrated closo-type
complex hydrides MB12H12· nH2O (M= Zn, Mg) and the effects of crystal water exchange in …

Rechargeable Mg batteries have attracted much attention in the past decade due to their
high theoretical energy density and low production cost, in which the electrolyte is the key …

New and better materials with high energy density are of great concern to researchers.
Therefore, the design and modeling of these materials is a growing area of research. In this …

Searching for novel solid electrolytes is of great importance and challenge for all‐solid‐state
Mg batteries. In this work, we develop an amorphous Mg borohydride ammoniate, Mg (BH4) …

Solid-state magnesium electrolytes may pave the way for novel types of rechargeable,
sustainable, and cheap batteries with high volumetric and gravimetric capacities. There are …

The development of ionic conductors as solid-state electrolytes to replace the widely used
liquid electrolytes could effectively solve the safety issues as well as enhance the energy …

Li-ion batteries have held the dominant position in battery research for the last 30+ years.
However, due to inadequate resources and the cost of necessary elements (eg, lithium ore) …

Transition-metal spinel oxides have attracted considerable interest as high-performance
electrodes for electrochemical energy storage and conversion, where irreversible or …

The need for next-generation batteries is as urgent as ever. Over the past few decades,
many attempts to find “beyond lithium” battery electrolytes have been reported, and, in …