“…4(b)). Based on the McMillan-Allen-Dynes formula, the calculated superconducting T c of Mg 2 N is about 0.3 K. From previous studies, some other monolayer electride superconductors Ca 2 N and Ba 2 N have also been proposed with the respective of 4.7 and 3.4 K, 43,44 which are higher than that of Mg 2 N. So, our calculation result on the superconductivity of Mg 2 N is reasonable. Fig.…”
Electrides are a class of materials in which electrons are not bound to atoms but are similar to anions in crystals. Up to now, there are more than 300 electrides...
“…4(b)). Based on the McMillan-Allen-Dynes formula, the calculated superconducting T c of Mg 2 N is about 0.3 K. From previous studies, some other monolayer electride superconductors Ca 2 N and Ba 2 N have also been proposed with the respective of 4.7 and 3.4 K, 43,44 which are higher than that of Mg 2 N. So, our calculation result on the superconductivity of Mg 2 N is reasonable. Fig.…”
Electrides are a class of materials in which electrons are not bound to atoms but are similar to anions in crystals. Up to now, there are more than 300 electrides...
“…However, only a handful of studies have discussed the electronic structure of the Ba-based sub-pnictides in low-dimensional form. 11,42,50,51 Moreover, little is known about the transport properties of these materials, with only Ca 2 N and Sr 2 N having been analyzed theoretically. 52,53…”
Two-dimensional layered electrides are a class of atomically thin materials in which the anion is an excess electron rather than a negatively charged ion. These excess electrons form delocalized sheets...
The design of compounds with interesting coordination geometries, exotic oxidation states, and intriguing properties is of fundamental interest in physics, chemistry, and materials science.
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