Sentence examples for effects of a defect from inspiring English sources
Separate simulations was performed where the reaction shared with pyruvate dehydrogenase and ketoacid dehydrogenase complexes (R07618MM) were also constrained to various levels of the normal reaction flux to simulate the effects of a defect in the E3 subunit, which are shared between the complexes.
However, the fact that Li 2 is a monogenic dominant trait suggests that the differential expression of these genes in Li 2 mutant and WT fibers are downstream effects of a defect in a regulatory element controlling fiber development, specifically elongation in the case of the Li 2 mutation.
Considerable use is now being made of failure assessment diagrams in order to quantify the effect of a defect on the integrity of an engineering structure.
After introducing the effect of a defect on the resistance in the simplified, quasi one-dimensional model in Fig. 4b (no resistors in the vertical direction), we turn now to the full two-dimensional resistor network, which includes also resistors in the vertical direction as shown in Fig. 4c.
The research team has proposed, in previous work [Leopold G, Nadot Y. J ASTM Int 7 2010], to represent the effect of a defect in the fatigue criterion by means of a stress gradient term.
When assessing the effect of a defect on the integrity of an engineering structure, considerable use is now being made of failure assessment diagrams, based on normalised stress intensity (Kr) and normalised limit load (Lr) parameters.
To simulate the effect of a defect in the E3 subunit of α-ketoglutarate dehydrogenase that is shared with pyruvate dehydrogenase and ketoacid dehydrogenase enzyme complexes, the dihydrolipoamide dehydrogenase reaction was also constrained (R07618MM).
The effect of doped layer thickness and concentration on quantum efficiency (as high as 80% around 560 nm), and the effect of a-Si H defect concentra-Si Hon defectperformanconcentrationscussed.
For this purpose, we have investigated the effects of a central defect on light propagation, and we find out that the electric field at the defect site is maximized for the first BZ edges.
The equation has a general form and is applicable to 2D PC systems with different polarizations, but we simplify it for TM modes and extend the method to investigate effects of a point defect on the light transmission along a boundary-limited slab length in which the slab system is mapped to a quasi-1D system.
