Sentence examples for defects prefer from inspiring English sources

For all calculated concentrations, the SW defects prefer to locate at the edge due to the lower formation energy.

It is believed that ionic defects prefer to diffuse through the nanorods sidewall due to higher microstructural defects [252, 253].

It is found that sub-nanoscale defect clusters prefer a pyrochlore-type structure in which the dopants and vacancies are at next-nearest-neighbor sites, and have a tendency to grow into larger clusters.

The simulations demonstrate that the core structures of localized interfacial defects exhibit preferred riser configurations.

Although it is well accepted that uniform spherical core-shell nanoparticles with lower surface defects are preferred to improve optical properties, little effort has been devoted to the synthesis of mesoporous core-shell nanospheres.

In cases in which the defect is larger, we prefer the resection of the tumour and the coverage of the defect temporarily with an allogeneous graft.

The defects have one preferred orientations in the sample, ([111]).

But WF/MnFe2O4 with such defects may be preferred for luminescence devices, as its PL intensity is higher.

It is found that the ratio of peak absorbance of F2 to F centers increases with the increase of the atomic numbers of the incident ions from Fe, Xe to U ions, so do the absorbance ratio of F2+2 to F+ centers and of large defect cluster to F centers, indicating that larger defect clusters are preferred to be produced under heavier ion irradiation.

Whereas I2 and I– much prefer to attack defect and step sites leading to flat surfaces, I3– is able to attack terrace sites and exhibits a degree of crystallographic anisotropy as evidenced by the production of crystallographically defined features.

A single Pd adatom on the defect-free surface prefers to adsorb at a hollow site bridging a protruded oxygen and a five-fold titanium atom along the [110] direction, while Pd dimer is located on the channels with the Pd-Pd bond parallel to the surface.