Effect of biaxial strain on structural, electronic, optical and thermoelectric properties of LiNbO3: Ab-initio calculations

Thermoelectric transport and Rashba spin splitting of black arsenic phosphorus under strain regulation

“…At the same time, strain can affect the electronic structure of materials, leading to changes in lattice constants and atomic spacing, thereby altering the band structure and gap size of materials, which can affect the electronic structure and spin state of materials, affect the strength of spin orbit coupling, and thus alter the Rashba effect [7][8][9][10][11]. In addition, strain can also change the ZT coefficient of the material.…”