The rapid development in the synthesis and device fabrication of 2D materials provides new
17 opportunities for their wide applications in fields including thermoelectric energy …

Phosphorene, a novel elemental 2D semiconductor, possesses fascinating chemical and
physical properties which are distinctively different from other 2D materials. The rapidly …

The performance of a thermoelectric device fabricated with centimeter-scale monolayer
graphene (active size,∼ 7× 1 cm 2) was investigated in this study. The carrier type and …

Although graphene presents excellent transport properties, its potential for thermoelectric
applications is still limited due to its low Seebeck coefficient and high thermal conductivity …

We present a detailed study on band structure-dependent properties such as electrical
conductivity, the charge of carriers and Seebeck coefficients of graphene nano-ribbons …

The thermoelectric characteristics of interstitial nitrogen (N)-doped graphene have been
studied using the first principles calculations combined with the semi-classical Boltzmann …

In this paper, we newly investigated the thermoelectric properties of the armchair graphene
nanoribbons formed by partially adsorption of hydrogen and fluorine atoms. The electronic …

The role of interstitial atomic do** on transport properties of graphene was systematically
studied using first-principles density functional theory (DFT). The study revealed that …

Oil fly ash has been reported to be suitable for producing low-cost carbon nanotubes
(CNTs). These CNTs exhibit zigzag curved walls with an almost bamboo-like structure …

We investigate the coupling of spin and thermal currents as a means to raise the
thermoelectric efficiency of nanoscale graphene devices. We consider nanostructures …