Sentence examples for systematic decay from inspiring English sources

They show the systematic decay of amplitude with distance.

Figure 8 shows the mean amplitudes at the seismic stations in each frequency band for shot 2. The amplitude values cover the distance range of 1 to 20 km, which show the systematic decay of amplitude with distance.

The recovery rate and total duration was shown to be influenced by the spatial variation of ash thickness, with a thickness of 3 cm of ash being identified as the threshold for causing severe and systematic decay and subsequent recovery of the vegetation cover.

Furthermore, the ABR threshold progression in the ILS and ISS strains at twelve and 26 weeks of age followed this pattern, and the same succession was detected using DPOAE tests, which revealed a systematic decay in emissions from the higher to the lower frequency spectrum.

The data reveal a weak but systematic dependence of the decay dynamics on sample azimuth with one-fold symmetry which we attribute to a small residual step density on the nominal flat surface.

In this paper we showed that there are systematic links between tie-decay dynamics in terms of cognitive salience with respect to changes in dynamic behavioral layers.

The presence of electrons due to muon decay introduces a systematic error on the emittance and cooling measurements.

Systematic monitoring of airborne radon decay product concentrations outdoors has been a part of the Athens area environmental radioactivity-monitoring program of the Nuclear Engineering Section of the National Technical University of Athens (NES NTUA) since the mid-1980s.

Importantly, this random noise decreases by averaging multiple wells, in contrast to the systematic error introduced by the decay of the noncorrected rates.

The squares represent the speckle contrast calculated without any noise correction but it is seen that after about 1.7 cm there is a systematic deviation from the expected decay.

We show three spectral components with different decay times, where the systematic energy differences of the spectral peaks are clarified: 2.03 eV for the fastest decaying component with a decay time τ = 40 ps, 2.02 eV for τ = 300 ps, and 2.00 eV for τ = 1.6 ns.