Sentence examples for decay distance from inspiring English sources

where it is assumed that both π antibonding energy for the t2g level and σ antibonding energy for the e g level vary exponentially with the nearest-neighbor distance R with the same decay distance b.

It can be concluded from the strain distributions that the transversal plane cross section could remain plane after deformation if the light intensity or the decay distance is not too small and the sample is in the deep nematic phase.

Mean LD decay distance for the landraces at the whole genome level was <5 cM, while a higher LD decay distance of 5 10 cM in modern varieties.

They estimated that the LD decay distance was less than 1000 bp in landraces.

The LD decay distance differed among chromosomes and ranged between 1 to 10 kb.

LD decay distance with r2>0.05 at P<0.001 was consistent for all linked locus pairs in each gene pool.

Average LD decay distances on different chromosomes for locus pairs with r2>0.05 at P<0.001 in the two sub-groups are depicted in Table 9.

In the modern variety sub-group, chromosomes 1B, 1D, 2D, 3A, 3B, 3D, 4A, 4B, 6B, 6D, 7B had <5 cM LD decay distances similar to the landraces, but the other 10 chromosomes showed wider LD decay distances than those of the landraces, especially the values 20 25 cM for 5A and 7D.

To reveal LD decay distances in the two sub-groups on a whole genome scale, we plotted percentage of locus pairs with significant (P<0.001) LD and mean r2 among distance intervals for each gene pool (Figure 6).

LD decay distances were also somewhat different for each of the 21 chromosomes, being higher for most of the chromosomes in modern varieties (<5∼25 cM) compared to landraces (<5∼15 cM), presumably indicating the influences of domestication and breeding.

bLD decay distances were not calculated for LSC (N = 9).