Thermal rectification is a phenomenon similar to electrical rectification, which can actively
regulate the heat flow. It exhibits high thermal conductivity in one direction, thereby …

As one of the most important energy sources, the efficient utilization and management of
thermal energy have attracted much attention. Thermal rectification can be used for …

Using non-equilibrium molecular dynamics (NEMD) simulation, we study thermal properties
of the so-called nanoporous graphene (NPG) sheet which contains a series of nanoporous …

In our work, we investigate characteristics of conductivity for single-walled carbon nanotubes
caused by spin–orbit interaction. In the case study of chirality indexes, we especially …

Spiral nanostructures with many potential applications in next-generation high-tech
industries can show outstanding mechanical, electrical and thermal properties thanks to …

In this paper we expand our previous study on phonon thermal rectification (TR) exhibited in
a hybrid graphene-carbon nitride system (G− C 3 N) to investigate the system's behavior …

Improving the energy efficiency of buildings and reducing carbon dioxide emissions is an
urgent priority to achieve carbon neutrality goals. Thermal rectifiers are unique asymmetric …

The discovery of new ways and new materials to control heat transfer has always received
significant attention. Carbon-based nanomaterials due to their outstanding thermal …

In the present study, the radial thermal rectification and thermal conductivity of the graphene
were investigated by non-equilibrium molecular dynamics simulation and then corrected by …

Asymmetrical nanostructures are leading candidates to create efficient thermal rectifiers
critical in thermal management and energy conversion systems. Due to their nanoscale size …