Pressure effects on the ionic transport properties of LiNH₂

Abstract

The ionic transport properties of LiNH2 under high pressures up to 30.8 GPa are systematic studied with alternate-current impedance spectra measurements and first-principles calculations. Two discontinuous changes of the electrical...

First-principles investigations of Fe-based A3BX ceramics with high stiffness and damage tolerance

“…3.5.2 Applying external pressure. According to extensive previous literature, [108][109][110][111] external pressure has a great influence on the structures of solid materials, thus a series of optoelectronic, magnetic, optical, and mechanical properties can be modulated consequently. Thus, it is a desired approach that can provide effective property regulation and improvements by applying pressure.…”