Sentence examples for decay of the two from inspiring English sources
At 77 K the equilibration does not take place during the lifetime of the excited states, and the decay of the two species occurs independently.
The strong quenching behavior at high codoped Eu3+ and Dy3+ concentrations was related to a cross-relaxation mechanism (nonradiative decay of the two ions to the ground state) within the dopant ions.
A finite element model (FEM) simulation of the vertical transport of SOC and 137Cs was developed for each site which accommodates the differing spatial and temporal trends of input and decay of the two species.
Single exponential functions are fitted to the initial 20 ms decay of the two Δ[Ca2+]i signals.
It was noted that only cord blood levels (P<0.001) affected the rate of decay of the two population subgroups (non-infected and infected children), the remaining risk factors having no effect.
It was recently demonstrated that most CNVs in humans are in linkage disequilibrium (LD) with single nucleotide polymorphisms (SNPs); and that LD decay of the two happens at similar rates [ 8].
However, aspects of guild regulation as in matters relating to apprenticeship were incorporated into the objectives of early unionism, so that some continuity may be discerned between the decay of the one form of organization and the emergence of the other.
Additional file 1: Figure S3 shows that the decay of the four progestagens exposed to permanganate follows the second-order rate law expressed by Eq. (3).
The Marcellus also contains uranium, and the radioactive decay of the uranium-238 (238U) makes it a source rock for radioactive radon gas (222Rn).
The spectra are well fitted with a bi-exponential decay function: I t)={A_1}^{frac{-t}{tau_1}}+{A_2}^{frac{-t}{tau_2}} (2 where τ 1and τ 2 are the decay time of the two decay processes, respectively.
The parameters λ 1 and λ 2 are decay constants of the two exponential decay segments; f e1 (t) and f e2 (t) are the probability density functions of two exponential distributions; f d (t) is the probability density function of a double exponential distribution; p and r are weighting and scaling factors, respectively.
