Exact(6)
(viii) Time signals or scales made up from integration of standard frequency signals broadcast from NBS stations may not be designated as national standard scales of time or attributed to the NBS as originator.
An advanced analytic method, based mainly on thermorheological analysis of standard frequency sweeps at several temperatures, is introduced which can determine a host of rheological indicators for long-chain branched polyethylenes and other materials with an Arrhenius-type temperature dependence.
In the first two mediation models, we examined the dependency of interindividual differences in RSFA with measures of vascular performance (i.e., HRV) and neural activity (i.e., resting state MEG signal variability across time of standard frequency bands).
To address this, we examined individual differences in RSFA in relation to measures of (i) vascular health, that is, HR and HRV and (ii) neural activity, that is, rsMEG signal variability of the time course of standard frequency bands.
Due to the absence of standard frequency counts in Greek, half of the words were sampled from the first and second grade language books, and the other half from third and fourth grade language books.
To keep our analysis consistent across modality signals, that is, to RSFA, derived from the SD of rsBOLD time series, we calculated SD of resting MEG time series for a number of standard frequency bands (subdelta: 0.01 0.08 Hz; delta: 1 4 Hz; theta: 4 8 Hz; alpha: 8 13 Hz; beta: 13 30 Hz; gamma: 30 80 Hz).
Similar(54)
In a series of simulations, the team bombarded the rings with the equivalent of earthquake surface waves of standard frequencies ranging from 30 to 150 hertz, or vibrations per second.
When possible, the sensitivity of hearing is directly assessed by pure-tone audiometry, a behavioral technique that measures the hearing threshold, defined as the minimum pure tone level producing perception, at a set of standard frequencies.
Due to the characteristics of wireless channels (path loss, fading, shadowing...), the multiplicity of standards, frequency allocations, and mobility features provided by wireless devices, the operating environment has become more and more complex to comprehend.
The intensity fluctuation is less than ±1.5%, and frequency stability is better than ±550 kHz by means of a standard frequency locking technology with F-P cavity.
The lamps operated at the standard frequency of 50 Hz and therefore generated pulses of illumination at 100 Hz.
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