Sentence examples for during the sweep process from inspiring English sources

The control oxide thickness of SiO2 in sample A3 is noted to be about 20 nm; to lessen the electric field differences between samples A1 and A3 during the sweep process, the sweeps are performed from −8 to 0 V and −10 to 2 V. Figure 2b shows the C-V hysteresis curves for A3 with sweep ranges of −8 to 0 V and −10 to 2 V.

The details of the equations for the haplotype frequencies at time t can be seen in Appendix A. In the ancestral process of a two-locus haplotype model, there is a probability that a lineage of the neutral marker experiences two recombination events during the sweep process.

We are concerned with the probability of identity p at various frequencies throughout the sweep process.

One advantage of the proposed method over the existing methods is that we model the dynamics of ancestral haplotypes under the joint effects of selection, mutation and recombination during a selective sweep process.

If selection is sufficiently strong, then the time to fixation of selected alleles is effectively instantaneous relative to the neutral fixation process (Kaplan et al. 1989), and thus the expected heterozygosity at the neutral site at the completion of the sweep is nearly 0 because very few mutations are introduced during the sweep.

The RMS of the output optical energy is monitored during the sweep and the maximum found.

The axial position of the sample reflector is allowed to vary in time during the sweep.

Mutations after the sweep will quickly outnumber the few that happened early during the sweep, but they will drift to higher population frequencies comparatively slowly.

However, during the sweep test, subjects were able to sweep a statistically greater area while in CLS as compared with XL or DDD.

We propose similar population genetic models to explain the Toll9 and FBN32 data: a partial selective sweep or a selective sweep with recombination either from standing genetic variation or with subsequent recombination during the sweep.

In order to apply Otsu's algorithm, a matrix is formed from the collected data points where the row contains data points over all the frequency locations in the band of interest during one particular time instant, and the column represents the data points observed in that frequency bin over all time sweeps during the measurement process.