Using a phenomenological model of equivalent-crack growth, a method is presented to calculate the decay of strength with loading time.
Two different algorithms developed at the University of Pisa were used to calculate the Decay Ratio (DR) and the natural frequency (NF) from the power oscillation signals obtained from the transient calculations.
We present the Fortran code SDECAY, which calculates the decay widths and branching ratios of all the supersymmetric particles in the Minimal Supersymmetric Standard Model, including higher order effects.
To calculate the decay time of Ce3+ luminescence in YAB crystal, it is necessary to calculate the oscillator strength, the effective section, and the 5d → 2F5/2 probability transitions.
Once the signal is acquired, it is analyzed using custom LabVIEW program (National Instruments, Austin, TX, USA) that integrates the area under the curve and calculates the decay time for the particular emission [45].
Once the signal is acquired, it is analyzed using custom LabVIEW software that integrates the area under the curve and calculates the decay time for the particular emission[19, 23].
We assumed that host transcription was largely inhibited (1-PRpol≈0) by 1 hour after infection (Fig. 2A, Table 1), and calculated the decay constant (dRpsbA) using experimental observations [17].
We define the exponential decay rate ΔV of viral load between two measurements at t1 and t2 as:
Following previous procedures [10], [19] we defined every SNP allele as a core and calculated the decay of EHH as the probability of selecting two identical haplotypes, starting with a value of 1 at the core site and decaying to 0 as the distance from the core site increases.
(1990) calculated the decay rate of iodine isotopes from a representative irradiated material (Table 1).
