Sentence examples for importance of defect from inspiring English sources

The importance of "defect" sites for the catalytic properties of nanoparticles was probed by using infrared reflection absorption spectroscopy (IRAS) and rotating disk electrode.

Our work here signifies the importance of defect control and offers some clues for the design of efficient photocatalysts by means of structural modifications.

Although the importance of defect sites and the relevance of the structure gap have been evident for decades, the systematic study of defected surfaces began only recently, after a reasonable understanding of the simpler systems was reached.

The importance of defects in β-barrel folding provides insight into the intrinsic folding process and the biological assembly pathway.

The high percentage (61%) of radiosensitive cases found in our study with the LDR MN assay may point to the importance of defects in genes involved in the processing of radiation damage induced in G0 lymphocytes in breast cancer patients with a known or putative genetic predisposition.

Given the apparent importance of defects in translation and in particular in translation repression [ 7, 38], increased exposure to sodium azide might contribute to the observed increased prevalence of ASD synergistically with rare synonymous variations and mutations impairing translation, even without an increase in the rate of such variations/mutations.

Although the importance of oxygen defects in MnO2-based catalysts has been shown in some electrochemical systems, a facile strategy for controlling the number oxygen vacancies in MnO2-based catalysts and the systematic investigation of the effect of the vacancies on their electrocatalytic activities towards the ORR and H2O2 electrogeneration remains limited.

Our simulations demonstrate the importance of vacancy defects for atomic substitution-based approaches for heterofullerene cages, and hint at inherent difficulties of such approaches for the actual synthesis of hypothetical, idealized sp2-hybridized SiC nanostructures with a 1 1 ratio featuring fully alternating atomic structures and no Si Si and C C bonds.

This confirms a recent publication by Junttila and co-workers [21] and supports further the importance of conduction defects in Brugada syndrome pathophysiology [22], [23].

Our findings emphasize the importance of birth defects surveillance programs and their usefulness in investigating potential risk factors.

Although SMA is primarily considered as a motor neuron disease, the importance of muscle defects in its pathogenesis has not been fully examined.