Sentence examples for decay for each from inspiring English sources
Fig. 6 LD Decay for each Subpopulation (See also Additional file 15: Table S7).
The rate of decay for each reactant product through time is related to its individual rate constant and concentration, and with.
The analysis of LD decay for each chromosome evidenced an average value of 1992 Kb (ranging from 1015 Kb for chromosome 6 to 2725 Kb for chromosome 12, Table 3).
How these new data and calculation assumptions affect the effective dose depends on both the source regions included in the biokinetic model and the physical decay for each radiopharmaceutical.
The decay of these signal intensities with holding time of contacting the sample with the ambient atmosphere is shown in Fig. 4. At first, the main part of the signal decay for each component occurs for a short time (from few seconds to 1 min).
The analysis of LD decay for each chromosome in this panel showed an average value of 1992 Kb, which is considerably higher than those commonly reported in the literature of about 150 180 kb for japonica backgrounds (Mather et al. 2007, Huang et al. 2011, Courtois et al. 2013).
The plasma temperature shows a fast-rise and a slow-decay for each flare, while the emission measure of the plasma increases only at the beginning of the first flare and is almost constant during the second and third flares.
The proposed model extends the concept to two clusters for each APDP deduced from CEPD realizations, encompassing two slope decays for each intra-cluster (γ 1,y 2), two intra-cluster arrival time Poisson parameters (λ 1,λ 2), two interval delays (∆τI, i = {1,2}), and two constant multipath levels (Пi(∆τi), i = {1,2}) as illustrated in Figs. 13 and 14.
Least square fitting using the SPCImage software clearly revealed multi-exponential decays for each category of spots, with bi-exponential models leading to good fits (χ ~1.4) with distinct average lifetimes.
Estimate the annual Outflow of C, applying a first order decay function with constant annual default decay factors for each commodity; 4.
Estimate the annual Inflow of C since 1900, applying the 2013 IPCC KP Supplement default conversion factors to the domestically produced commodities; Estimate the annual Outflow of C, applying a first order decay function with constant annual default decay factors for each commodity; Estimate the total C stock and C stock change.
