Lithium nitride is a solid electrolyte with a high Li+-conductivity at ambient temperatures and
attractive properties for an application in a primary battery. The proposed presence of a …

The rapid growth of lithium (Li) dendrites has long hindered the development of all‐solid‐
state lithium‐metal batteries (ASSLMB). Here, a composite soft carbon (SC)‐nano Si3N4 …

A critical parameter for the large-scale integration of solid-state batteries is to establish
processing strategies to assemble battery materials at the lowest processing temperature …

The highly electropositive s-block elements combine with nitrogen in the solid state to form
some of the most ionic nitride compounds known. Also, however, these elements can …

Aliovalent substitution is a common strategy to improve the ionic conductivity of solid
electrolytes for solid-state batteries. The substitution of SbS43–by WS42–in Na2. 9Sb0 …

Lithium (Li) metal batteries are regarded as the “holy grail” of next‐generation rechargeable
batteries, but the poor redox reversibility of Li anode hinders its practical applications. While …

Fundamental researches on complex hydrides are recently of great importance to develop
practical hydrogen storage materials with higher gravimetric hydrogen densities than those …

Li 3 N is presented as one of the best solid lithium electrolytes available today. Its
outstanding advantages are simple preparation of crystalline as well as sintered material …

A wide variety of Li-N compounds are predicted as stable under pressure and associated
with various nitrogen anionic moieties. Accordingly, the LiN5 compound was recently …

Superionic conductors have great potential as solid-state electrolytes, but the physics of type-
II superionic transitions remains elusive. In this study, we employed molecular dynamics …