Sentence examples for regular decay from inspiring English sources

Several surface treatments have been studied in order to find suitable procedures for catalytic activity recovery, but regular decay of activity is always observed after every treatment.

Over a large range of timescale, the distribution starts to deviate from regular decay.

A pattern of isolation by distance was revealed by the regular decay of the coefficient of spatial autocorrelation.

In contrast, the differential heat of H2O adsorption on α-Al2O3 does not show regular logarithmic decay, and decreases far less rapidly with increasing coverage.

Specifically, to obtain a deeper understanding of the mechanisms controlling distance decays in similarity of species composition and richness, we assess the following three key hypotheses: (1) If species composition is more strongly influenced by dispersal limitation than species richness, a stronger, more regular distance decay is expected for similarity in species composition.

We prove that a large class of smooth solutions ψ to the linear wave equation □gψ="0 on subextremal rotating Kerr spacetimes which are regular and decaying along the event horizon become singular at the Cauchy horizon.

Therefore, for purely input-driven activity, adaptation within the eyes should have been equal and the outputs of the optic lobes regular and decaying over time, as happens in surgically-manipulated, fully-immobilized flies [43].

The greater applicability of Tobler's law to species composition than to species richness was further confirmed by the weaker and less regular distance decays for similarity in species richness than for species composition in three of the four subregions.

The low-scale autocorrelation can be decomposed into two regimes: (i) inter-gene distances between 1 and 5 (or 6) genes are characterised by a high and rapidly decaying autocorrelation; (ii) beyond a 6 inter-gene distance the autocorrelation shows a regular and slower decay with periodic oscillations of 14 to 15 genes (figure 3 – red curve).

the energy of solutions to the linear damped wave equation with regular initial data decay exponentially for any smooth damping function.

Even planets decay.