Role of Lifshitz transition stabilized carbon hexagon structure from biaxial strain: A case of sodium carbide with superconducting condition

First-principles study on structural stabilities, mechanical properties, and biaxial strain-induced superconductivity in Janus MoWC monolayer

“…Previous studies have illuminated the potential of manipulating superconducting properties through stress modulation. 35,36 Theoretically, numerous 2D MXenes are anticipated to manifest superconducting characteristics. For instance, a monolayer of 2H-Mo 2 C is projected to be an electron-phonon-mediated superconductor with critical temperature (T c ) of approximately 1.19 K. This T c can be substantially enhanced to 11.79 K by applying a biaxial tensile strain of 10%.…”

First-principles study of 2H-Mo2C-based MXenes under biaxial strain as Li-battery anodes

“…26 Through modulation of strain, materials can exhibit remarkable mechano-electrochemical coupling due to their adaptable properties, by mechanically altering their atomic structures. [27][28][29][30][31][32] This has the potential to open significant opportunities for achieving exceptional energy-storage capabilities. For instance, according to Yu et al, the presence of local strain at carbon-MoS 2 interfaces with different properties can regulate the energetic pathways in LIBs.…”