Sentence examples for steep decay from inspiring English sources

The detailed study of the spectral evolution during the steep decay phase of early X-ray light curves of gamma-ray bursts (GRBs) is a very important task that can give us information on different emission components contributing to the prompt-to-afterglow transition and help to understand the link between these two stages.

Since brief transitions contribute not only to the steep decay portion of the frequency-duration histograms, but also to the tail portions (by interrupting otherwise long bouts), these fitting methods may be particularly sensitive to accurate determination of brief transitions.

The steep decay of the PDT response, in terms of the injection irradiation interval, is dependent on the drug dose and the light dose.

Both bacteria share the steep decay of the averaged autocorrelation curve for inter-gene distances lower than 100 genes and two maxima at a distance of 200 and 650 genes.

A two-component mixture showed two neofunctionalization components, one similar to the component in the one-component model with a c value at 0.725 and a weight of 58% and a second neofunctionalization-like component with steep decay and an initial high hazard (d >> f, d = 115), possibly fitting loss due to lack of fixation that was not explicitly modeled.

Lead adsorption is accompanied by displacement of steps and smoothing of sub-nm corrugations, as well as by a steeper decay of the tunneling current with tip-substrate separation.

In addition, behavior in the Central Zone and Rim Zone is similar for both types of motion, although the Rim Zone distributions have a slightly steeper decay (finite speed segments decay rates: 2.1 s in CZ and 1.37 s in RZ; near-zero speed segments: 0.14 s in CZ and 0.17 s in RZ).

Note that larger k sp indicates steeper decay of SP as a function of delay (SP(D)).

Indeed, we found that λ was more correlated in time during AW compared to WK and AN, as demonstrated by a significantly steeper decay in the autocorrelation for periods <10 s = 14.77, p < 0.001).

Note that larger k sp corresponds to steeper decay of SP, and k sp is equal to delay D at which SP = 1/e in the single interruption rate model.

The spectrograms had a frequency resolution of 244 Hz and a time resolution of 0.256 ms. Custom-written MATLAB codes (Source code 1) were also used to generate spectrograms using the Blackman–Harris window which resulted in a clearer appearance of frequency-modulated calls with steeper decays and a higher resolution (MathWorks, Natick, MA, USA).