Temperature-dependent dielectric response and charge transport mechanisms in silicon nanowires for nanoelectronic and sensing applications

Abstract

' signified long-range charge mobility. The activation energy extracted from dielectric relaxation aligned closely with that obtained from DC conductivity, affirming the consistency of conduction and relaxation dynamics. These findings contribute to a deeper understanding of charge transport mechanisms in SiNWs and provide valuable insights for optimizing their performance in dielectric and nanoelectronic applications.