Sentence examples for most stable surface from inspiring English sources

Furthermore, the most stable surface structures are predicted for different experimental conditions.

The model for the support has been designed by using Al-terminated α-Al2O3 (0001) surface which is the most stable surface termination under ultrahigh vacuum conditions.

The surface relaxation and surface energy of W(110) were both minimum, which proved that W(110) was the most stable surface.

For the most stable surface it was found that the water molecule formed by protonation of an unsaturated OH from the termination, and capping a surface Fe was very loosely bound (see Fig. 2).

While the most stable surface in its bare form provides binding sites that adsorb carbon with an energy of around 4.0 eV, about 60% higher than the adsorption energy of hydrogen on platinum, a carbonaceous tungsten carbide surface provides a maximum binding energy of 2.49 2.69 eV, much closer to the optimum value for efficient catalysis.

This mechanism is, we suggest, general in surface reconstructions, leading to the most stable surface reconstructions of materials that are composed of cations whose charge differs greatly.

It has generally been assumed from electronic structure calculations that the most stable hydroxyapatite surface is the (001) surface, terminated just above hydroxyl ions perpendicular to the {001} crystal plane.

Surface termination with 50% of Mg layer was mainly considered because this was found to be the most stable (1 0 0) surface of MgAl2O4. Figure 1 shows the XRD pattern for Ti-doped MgAl2O4 nano phosphors with TEM graphs.

The study aims at filling a gap of knowledge about the interaction of water with the most stable diamond surface.

Theoretical work on the interaction among CO and CeO2 planes have shown the structure sensitivity for CO adsorption, thus suggesting weak CO adsorption for the most stable (111) surface and stronger chemisorption with (100) and (110) facets [18 23].

Whereas the cation anion mixed (see schematic drawing in Fig. 9b), the most stable principal surface of a face-centered rhombohedron pseudocell [[26][27]] belongs to F face with two PBCs and hence a relatively low growth rate along its plane normal.