Sentence examples for sections frequency from inspiring English sources

Evidence for chaotic motion is given through Poincaré sections, frequency spectres and Lyapunov exponents.

The methodology outlined in the sections 'Frequency distribution', 'Severity distribution', and 'Loss distribution for a specified risk category' is applicable to a specified category of operational loss data (i.e., one cell of Table 1 which is calculated in one loop of Figure 1).

In contrast, among a set of manually verified duplicate articles, results are the most repetitive sections (frequency of similar pairs, results: 0.94, methods: 0.89, introduction: 0.82).

In order to estimate frequency distributions, we employed the methodology presented in the section 'Frequency distribution'.

Throughout the article concepts are illustrated with the optimal design of a frequency division broadcast channel (Section "Frequency division broadcast channel" in "Optimal wireless system design", Section "Frequency division broadcast channel" in "Recovery of optimal primal variables", and Section "Frequency division broadcast channel" in "Dual descent algorithms").

To specify the primal iteration (S1) we need to compute Lagrangian maximizers for which it suffices to recall the expressions in Section "Frequency division broadcast channel" of "Recovery of optimal primal variables".

Sectioning frequency was set to every 1 μm; optical section thickness is >1.6 μm.

There was no difference in caesarean section frequency between the two groups.

Caesarean section frequency was considered a dichotomous variable (CS vs all other vaginal deliveries), as was the number of ultrasound scans during pregnancy (having 3 or more than 3 ultrasound scans); number of ultrasound scans was self-reported.

The objective of this study was to compare the two models of care in terms of the medicalization of pregnancy, in particular caesarean section frequency and ultrasound test utilization.

We apply Fourier analysis on each gene, producing the relative amplitude spectrum from which we identify three distinct sections: Treatment-frequency, clock-frequency and noise-frequency components.