Sentence examples for scale of irregularities from inspiring English sources

The dominance of the 8.85-year variations in seismicity could be explained if the characteristic distance mentioned above depended on the scale of irregularities (i.e., longer disturbances survive longer).

The lower correlations shown by smaller earthquakes could be qualitatively explained if the characteristic distance discussed in the "Method for computing slip rate" (denoted by D c) depends on the scale of irregularities, such that smaller (larger) irregularities have shorter (longer) characteristic distances (e.g., Matsu'ura et al. 1992).

They can be used to identify the typical length scale of irregularity in simple internal asymmetry (see Table 5), and can classify hierarchical internal asymmetry into either multi-scaled or fractal subtypes (Fig. 5).

This formula is used to obtain an explicit equation for the current on an approximately self-affine (or realistic) fractal electrode with a limited range of length scales of irregularities.

From the Swarm spacecraft with zonal separations of about 150 km, we conclude that larger zonal scale sizes of irregularities exist in the early evening hours (around 1900 LT) that are interpreted as larger scale lengths, initial perturbations of post-sunset ionospheric plasma irregularities.

Next, the subject of scintillations will also be introduced and connected to the presence and scale sizes of irregularities.

From the Swarm spacecrafts with zonal separations of about 150 km, we conclude that larger zonal scale sizes of irregularities exist during the early evening hours (around 1900 LT).

The amplitude scintillation is known to be due to diffraction; thus, the scale of the irregularities producing amplitude scintillation must be around 500 m for GPS L1 signals.

In this paper, we obtain a scale of the irregularity of the turbulent magnetic field using Fourier transformation, compare it with a mean free path consistent with the one required from the observational data and the Larmor radius, and show that the proposed acceleration mechanism explains these events.

The scintillations are caused by the presence of a wide range of scale size irregularities in the ionosphere.

The study investigated the effects of intense geomagnetic storms of 2015 on the occurrences of large scale ionospheric irregularities over the African equatorial/low-latitude region.