There is experimental evidence suggesting that metal adatoms enhance the physisorption of
hydrogen molecules in porous silicon. However, theoretical reports about the physical …

Catalyst supports have been used to increase the catalytic activity of reactions in the
cathode of Direct Methanol Fuel Cells (DMFCs). The properties of tungsten oxide (W 18 O …

The electronic structure and optical properties of the nitrogen and phosphorus doped silicon
carbide nanowires (SiCNWs) are investigated using first-principle calculations based on …

Based on the transport theory and the polarization relaxation model, the effects of hydrogen
and hydroxyl passivation on the conductivity and dielectric properties of silicon carbide …

Silicon carbide nanowires offer excellent opportunities for technological applications under
harsh environmental conditions, however, the 3C-SiC polytype nanowires, grown along the …

The structural stability, electronic and optical properties of α-Si3N4 nanobelts orientating
along the different directions with surface H, F and Cl modifications are investigated using …

The electronic band structure and electronic density of states of cubic SiC nanowires
(SiCNWs) in the directions [001],[111], and [112] were studied by means of Density …

The control and modulation of the electronic properties of silicon carbide nanowires
(SiCNWs) are crucial for the obtention of materials with specific electronic features for the …

Quantum dots have many potential applications in opto‐electronics, energy storage,
catalysis, and medical diagnostics, silicon carbide quantum dots could be very attractive for …

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