Sentence examples for compensating defects from inspiring English sources

Correspondingly, additional compensating defects can supply one "missing" electron in the BC case.

On the topic of p-type doping, we describe the concomitant challenges of large acceptor activation energy, dopant solubility, and compensating defects and describe growth optimization approaches to mitigate those issues.

By using such additional charges, we have modeled a very common situation when an "additional" electron introduced into a real CNT by the NC impurity is compensated by an additional charge +1e of defect created somewhere far from the NC site at the stage of synthesis (such compensating defects were not modeled explicitly in our clusters).

Infertile mutants have previously been described in Plasmodium berghei: such mutants are typically defective in macro or microgametes, and thus can be rescued by crossing to wild type or compatible strains with compensating defects [ 38].

Introduction of a single linear misfit compensating defect is concluded to represent the most useful definition of the transition between fully and partly coherent interfaces.

The active actions of releasing corrosion inhibitors in a local area triggered by corrosive environmental stimuli can effectively compensate defects of oxide layer and keep the last dense line to resist corrosion.

Furthermore, over-expression of GATA3 failed to compensate defects in STAT5A in an attempt to retain IL-4 production 38.

The protonation on both crystalline and amorphous phase caused defects, mainly titanium rather than oxygen vacancies and charge and/or volume-compensating defects.

Aside from the detailed defect clustering scheme, the co-existence of Ti2+, Ti3+, Ti4+, and H+ ions and charge/volume-compensating defects in the present nonstoichiometric titanium oxides would account for the Raman shift of rutile Eg band in view of the Ti/O ratio dependence of Raman shift for nanophase TiO2 rutile and anatase [52].

Furthermore, the effect of suppressor mutations may be direct (neutralizing the initial defect) or indirect (compensating the defect by modifying another step in the same biological pathway or by activating another, bypass pathway).

Limited improvements cannot compensate for defects.