The thermoelectric power investigation of the ?2-graphyne molecule device

• Main Authors: Neshani S., Golzan M.M., Ahmadi M.T.
• Other Authors: 57226600800
• Format: Article
• Published: Institute of Physics 2024
• Subjects: modeling; molecular devices; simulation; thermoelectric power; ?2-graphyne; Boltzmann equation; Electrodes; Phonon scattering; Thermoelectric power; Carbon nano-structures; Graphyne; High carrier mobility; Modeling; Molecular device; Molecule devices; Property; Simulation; Unit cells; Phonons
• Institution: Universiti Tenaga Nasional

Graphyne, is an interesting carbon nanostructure, with unique properties such as high carrier mobility, thermal stability, and electronic band characteristics shaped by sp and sp2 hybridizations. Due to its intrinsic porous nature, graphyne exhibits higher phonon scattering, and lower thermal conduc...