Graphene, with its high thermal conductivity (k), excellent mechanical properties, and
thermal stability, is an ideal filler for develo** advanced high k and heat dissipation …

The quality requirements of graphene depend on the applications. Some have a high
tolerance for graphene quality and even require some defects, while others require …

Molybdenum diselenide (MoSe2) is attracting great attention as a transition metal
dichalcogenide (TMDC) due to its unique applications in micro-electronics and beyond. In …

The out-of-plane morphology of graphene can be easily engineered with topological defects
so as to adjust its thermal and mechanical properties. Herein, the heat transport behaviors of …

In this paper, linear and nonlinear optical properties of a GaAs quantum dot (QD) confined
by a parabolic plus inverse square (PIS) potential with a disclination are theoretically studied …

The phonon thermal conductivity of polycrystalline graphene nanoribbons has been
calculated by non-equilibrium molecular dynamics method. The effects of grain size and …

Graphene's incredibly high thermal conductivity makes it a desirable material for heat
dissipation and thermal management. A simple method of manufacturing graphene is the …

The presence of polymer transfer residues on graphene surfaces is a major bottleneck to
overcome for the commercial and industrial viability of devices incorporating graphene …

Using the spectral energy density method, we predict the phonon scattering mean lifetimes
of polycrystalline graphene (PC-G) having polycrystallinity only along the x-axis with seven …

As an effective means of thermal management, thermal rectification (TR) has been studied in
a variety of complex asymmetric or heterogeneous structures. Due to experimental …