Sentence examples for cycles we found from inspiring English sources

After two selection cycles, we found that FoF selection reduced phenotypic variability as much as BoS selection.

In my firm's recent three-volume study of market cycles we found that energy stocks can do their best at any point.

We propose that the recurring fast period cycles we found in the human samples reflect the growth-stage of the hair.

Over the course of four social audit cycles, we found we can build the skills needed to sustain social audit.

Although this does not guarantee to remove all cycles, we found that cycles in the agreement forest are rare after this change.

In addition to improvement of green leafy vegetable appearance by postharvest storage under light/dark cycles, we found that this postharvest storage treatment of plant crops may improve human health benefits through maintenance of phytochemical content.

If we discount those cicadas with life cycles of ten years or fewer (as being too close to predator life cycles), we find that the most successful emergence rates for cyber cicadas are thirteen and seventeen years — precisely what we find in the wild.

On the other hand, during odd cycles, we find a somewhat longer periodicity with a period varying from 1.5-1.7 1.5-1.7 years

For electromagnetic pulses with a duration of several cycles, we find that the change in the electron sheet density leads to a very different response of the population in the two subbands to pulse area.

When the layered metal dielectric superlenses have a small number of cycles, we find that the different types of superlenses (such as (MD nM, (MD n, and (DM nD) with the same effective permittivity have totally different performances; the superlens with (DM nD arrangement has the best performance; this will be valuable for designing layered metal dielectric superlenses with less cycles.

Also, although harmonic analysis explicitly uses frequencies, which is the x-axis on most of our plots, for convenience we will follow the usual custom of reporting the periods (T = 1/ν, where ν is the frequency) of any significant cycles we find.