Sentence examples for the intensity time from inspiring English sources

Video image sequences were processed applying Shannon's entropy to the intensity time series of each pixel, which conducted to a final pseudo colored image resembling a map of the dynamic bacterial clusters.

Figure 8 shows an example of the H2SO4 vapor profile obtained from the intensity time series in the ingress observation at 10°N conducted on May 6, 2016 (data shown in Fig. 4).

When retrieving the amount of absorbing materials from the signal intensity, we first remove the contribution of atmospheric defocusing, which is caused by the radial gradient of the refractive index, from the intensity time series.

As an interplanetary shock will seldom accelerate SEPs up to several tens of MeV (although an extremely strong interplanetary shock can achieve this), most high-energy SEPs, such as those observed by the GOES P6 and P7 channels, are accelerated near the Sun, and the intensity time profiles observed by the GOES P6 and P7 channels do not show a plateau.

The intensity time course at each voxel extracted from the ROIs under investigation were preprocessed following similar routines as Offen et al. [14] and Sligte, Scholte and Lamme [30], also conducting ROI-based univariate analysis on memory-related activity in early visual areas.

The phenotypic variability depends on the intensity, time of initiation and duration of the underlying event.

The time distribution of activity intensity was described by first converting the intensity time-series to units of MET using the estimate of RMR.

Periods of non-wear were inferred from the combination of non-physiological HR and prolonged periods of inactivity, which were taken into account to minimize diurnal information bias when summarizing the intensity time-series into PAEE (kJ/kg/day) and time spent in moderate-to-vigorous intensity physical activity (minutes of MVPA/day).

Using simultaneous observations from two Helios s/c, we examined the intensity-time profiles of E > 0.3 MeV electrons during the decay phases of 20 gradual solar energetic particle (SEP) events.

Furthermore, there is a strong suggestion that the intensity-time profile observed in space is dominated by the connection of the observer to an interplanetary shock source rather than to a unique location near the surface of the sun.

The hydrodynamic radii, Rh, of the peptide nanovesicle suspensions were determined by DLS from which the intensity-time correlation functions and the corresponding inverse Laplace transform analyses of lipid-like peptide nanovesicles in PBS were calculated.