Sentence examples for most stable adsorption from inspiring English sources

For H and F adatoms, the most stable adsorption sites are top sites.

To provide a more realistic result, a variety of parameters, including various adsorption sites, separation distances and rotation angles were examined to determine the most stable adsorption system.

The most stable adsorption configuration on pristine R(110) was identified when the aliphatic straight chain of Arg was parallel to the surface.

According to the calculations, the most stable adsorption arrangement is a molecular monodentate configuration with a calculated adsorption energy of 47.1 kcal/mol.

Analyses on the most stable adsorption configurations and maximum adsorption energies indicated weak Van der Waals interactions between the gases and the three PG-based membranes.

The most stable adsorption configuration of the five fixed groups on three kinds of SnO2 (110) surfaces is bidentate chelate adsorption configuration of COOH group on Pt-doped SnO2 (110) surface with adsorption energy of −3.265 eV.

Optimized structures of the most stable NO2 adsorptions on TiO2/ZnO nanocomposites are presented in Figs. 4 and 5.

The calculations of the adsorption energy indicate that the fivefold coordinated titanium sites of the TiO2/Stanene are the most stable sites for the adsorption of NO2 and O3 molecules.

The most stable configuration for NO adsorption on SiC nanotubes is inside the nanotubes with a small different binding energy value for considered zigzag and armchair SiC nanotubes.

Figure 3 Charge density difference for the most stable configurations of NO adsorption.

The most stable structures for NO adsorption on a clean WO3 (001) surface and the Cu-, and, Au-depositedited WO3 (001) surfaces are displayed in (f), (g), (h), and (i), respectively.