A detailed theoretical Density-Functional-Theory-based investigation of hydrogen
adsorption on silicon carbide monolayers (SiC-ML) decorated with alkali and alkaline-earth …

The high chemical stability of silicon carbide (SiC) is attractive to inhibit unwanted side
chemical reaction and prolongate the cyclability performance of lithium ion batteries anodes …

In this work cubic phase, silicon carbide nano-powders were irradiated at the high-flux
pulsed reactor IBR–2 (Dubna, Russia). The 3C–SiC powder was irradiated with neutron …

Abstract Gallium Antimonide nanowires (GaSbNWs) have attracted much attention due to
their possible applications in mid infrared detectors, however, there are only few theoretical …

Germanium nanowires could be used to improve as anodic materials since their charge rate
is better than that of the current graphite electrodes. In this work, we present a Density …

Abstract Context Silicon carbide nanowires (SiCNWs) are considered a promising
alternative material for application in lithium-ion batteries, with researchers striving to …

Silicon carbide nanostructures have been widely studied due to their potential technological
applications. However, the theoretical characterization, especially the effect of the surface on …

This study reports phonon confinement and strain effects in the Raman spectrum of ion‐
irradiated and subsequently etched α‐quartz. Y‐and Z‐cut α‐quartz single crystals were …

Porous Silicon carbide has been identified as an attractive material for its use as electrode in
supercapacitors, however the theoretical investigations about its properties, specially its …

Given their great surface-to-volume ratio, bidimensional monolayers are ideal for hydrogen
storage in fuel cell systems. It has been demonstrated that the silicon carbide (SiC) …