Sentence examples for importance of frequency from inspiring English sources

"At the time, we knew there were lots of variables, but I think we didn't weigh the importance of frequency fast enough".

The European noise directives and other legislation increased the importance of frequency filter design.

We attended to participants' perspectives on the degree of importance of, frequency of reference to, and detail of descriptions about the study topics.

This amount effect has led some authors to challenge the importance of frequency (Al-Amood & Lewis, 1987; Donselaar et al., 1987; Kernell, Donselaar & Eerbeek, 1989).

The importance of frequency of CGM use is further substantiated by results from O'Connell et al. (19), who randomized 62 patients with well-controlled type 1 diabetes using CSII to intervention with CGM or conventional SMBG for 3 months.

The main reason why researchers have overlooked the importance of frequency differences below 1 per million may well be that nearly all research in English has been based on the Kučera and Francis measures, which are based on a corpus of only 1 million words (Brysbaert & New, 2009).

Although the early literature on speciation (e.g., Udovic 1980) already realised the importance of frequency-dependent selection, we consider evolutionary branching an important conceptual breakthrough.

We have shown the importance of frequency-dependent site amplification term for ground motion (seismic intensity in this study) prediction.

The advantages of frequency-dependent correction become smaller as the interstation distance elongates, implying that the importance of frequency-dependent site amplification may be masked by the effects of path and source term.

These findings also demonstrated the importance of frequency-dependent effects of host genes on HIV-1 evolution in different populations, suggesting that HLA-driven viral evolution critically influences control of viraemia in early HIV-1 infection [ 28].

More recent work has further supported the importance of frequency-dependent changes showing that the unique response transfer function at the cardiac frequency is similar to a resonant notch filter, a response which may serve to prevent the primary component of the arterial pulse pressure wave from being transmitted into the intracranial pulse wave under normal conditions [ 73, 74].