Sentence examples for scale of oscillation from inspiring English sources

The temporal scale of oscillation at burrow walls depends on the burrow ventilation habits of infauna, and each oscillation cycle may be as short as several minutes.[10] Sampling devices typically used by geochemists (e.g., cores and pore water peepers) are designed to collect data that are averaged over the spatial and temporal extents too large to capture such variability.

However the time scale of oscillation of intracellular calcium or calcium-dependent currents is in the order of seconds to minutes, whereas oscillations in osteoclast numbers occur with the periodicity in the order of days, suggesting that the association between the two phenomena is unlikely.

We study the classical limit of these so-called Bohmian measures, in dependence on the scale of oscillations and concentrations of the sequence of wave functions under consideration.

This factor quantifies the diminished scale of oscillations about the level value 0 seen for the intermediate years in Fig. 3. Figure 13 shows calendar month graphs of the nonsmooth component (hat{N}_{t}) and the scale-reduced (Z_{t}), the latter downscaled to have (hat{N}_{t})'s standard error.

We assume that the number of latently infected cells does not change significantly over the time scale of oscillations that occur immediately after initiation of HAART.

However, the coupling of osmotic activity with membrane's internal compositional degrees of freedom is of purely physical and mechanical origins and may be applicable to diverse chemical systems albeit with differences in time and size scales of oscillations.

The longitudinal scale of this oscillation is estimated to be approximately 105 degrees in the local time sector of 11 18 hour.

On the scale of hours, oscillations in the nuclear NF-κB level are sustained often up to several cycles, and appear to be determined mostly by the relative strengths of distinct negative feedback loops.

The temporal scale of the oscillations is comparable in vivo and in vitro.

Since we are working on a time scale, the notion of oscillation takes the form of what is known as a generalized zero of a function.

At these scales the frequency of oscillation for structures increases (from megahertz up to gigahertz frequencies), offering new design possibilities (such as for noise filters); however, the devices become increasingly sensitive to any defects arising from their fabrication.