Sentence examples for frequencies most likely from inspiring English sources

This non-linear oscillation emits strong multiples (harmonics) of the insonated frequencies, most likely as a guitar string.

Under these conditions, fixation probabilities of both host and parasite alleles are almost identical at initially intermediate frequencies, most likely due to negative frequency dependent selection, as illustrated in Figure 1.

We also found that stable relationships have and require a constant rhythm and if communication is halted for more than 8 times the previous communication frequency, most likely the tie will decay.

Cleavage of Os04g55560 was detected in a mixed sample of shoot and grain as well as in booting panicles; cleavage of Os06g43220 was only detected in the mixed sample with a low frequency (most likely contributed by young seedlings as accumulation of miR172 was below the detection limit in 10 DAF grains); and cleavage of SNB was only detected in booting panicles.

These differences in allele frequencies are most likely a result of genetic drift, but could possibly also be caused by differences in selection due to environmental factors.

According to previous work [ 16, 17, 24, 25], sites demonstrating high insertion frequencies are most likely due to a founder effect that occurred during the colonisation process, and low insertion sites are probably the result of new transposition events.

Here, we first show that in vivo gamma oscillations in the cat visual cortex can sometimes exhibit remarkably stable oscillation frequency and most likely emerge from a PING-like mechanism.

In the frequency range of concern to us (up to about ion gyro-frequency), the most likely mode to grow is the electromagnetic ion/ion righthand resonant instability.

The frequency of P. acnes is reported in approximately 10% of PJI, but its frequency is most likely underestimated due to short incubation times in many routine laboratories and its growth being considered as contamination [ 23].

The slightly poorer correlation at zero frequency is most likely due to error induced by extrapolation of measured data to the practically immeasurable zero frequency.

A capacity dispersion in the low-frequency range, most likely related to the existence of different states of hydrogen ions in the film, was observed for both polyamines.