observed frequency 
Theoretically, a branch point is found at the experimentally observed frequency in the spectrum of threedimensional perturbations of the problem linearized with respect to the steady solution [1].


The polarization structure of the source with a hot loop is also complex and the polarization is repeatedly reversed over the observed frequency range under certain conditions.


The observed frequency shifts, with allowance for opticalphonon localization effects, make it possible to determine the sizes of the regions with different strain states in the quantum dots.


The observed frequency shift of harmonics to the shortwavelength region (1.6 and 5.1 nm for the second and fifth harmonics, respectively) is determined by a collisionless absorption resulting from an anomalous skin effect.


The agreement in sign and magnitude between all the calculated and observed frequency shifts of fundamental vibrations shows that the hydrogenbonded complexes make the main contribution to the formation of complex bands of selfassociates.


The observed frequency jump of the resonance peaks is due mainly to the relatively abrupt change in the dimensions of the crystal.


The deviation of the observed frequency modulation of radiation is determined from a comparison of the theoretical calculations with experimental data.


Prediction of the maximum observed frequency of the ionospheric HF radio channel using the method of artificial neural networks


The algorithm for predicting one of the main parameters of the ionospheric HF radio channelmaximum observed frequency (MOF)for the interval 0.53 h has been synthesized based on the technology of artificial neural networks (ANNs).


Quadrupole moments around 20 eb, that are constant over the observed frequency range, are derived.


The observed frequency varies between 2 and 20 kHz.


This energy estimate would agree with the observed frequency.


In each group of showers of given size and core distance the observed frequency distribution in the number of Ndetectors activated, shows the existence of large fluctuations in the densities of Nparticles.


We studied the distribution of Varroa females in capped worker brood at similar age by comparing, by a Monte Carlo test, the observed frequency distribution of mites per cell to simulated distributions based on a random process.


The theoretical equilibrium conditions for any given frequency of independent inversions can easily be calculated and compared to the observed frequency distribution of the four combination types of any local population.


The observed frequency of polyploid nuclei, 0.85% and 5.69%, respectively, in the two genotypes 1A and 1B caused a reduction in nuclear number of 3.27% and 18.54% at this stage of development.


The observed frequency of each of the eight types of pollen plants (based on their chromosome numbers) was in good agreement with the theoretical probabilities as shown by X2 analysis.


The poorest prediction was obtained by using the observed frequency of desirable clones in a progeny sample.


Three selection models of gamete or zygote were considered, and the most likely one was determined by goodness of fit of the observed frequency of the phenotypes to the expected ones under the models.


From these observations, we adopted a method based on the Roger's genetic distance between populations using the observed frequency of bands to discriminate populations pairwise.

