Sentence examples for decay determinations from inspiring English sources
The interpretation of results of recent τ decay determinations of |Vus|, which yield values ∼3σ low compared to 3-family unitarity expectations, is complicated by the slow convergence of the relevant integrated D= 2 OPE series.
Modulation of mRNA stability also influences the response of yeast cells during osmotic stress, as revealed by studies using transcription inhibitors [18] or GRO [6] for mRNA decay determinations.
From fluorescence decay determinations down to the level of single mitochondria, quantum efficiency and different speeds of mass accumulation of DASPMI have been identified as determinant factors in its behavior, revealing mitochondrial membrane potential.
In recent years, there has been a remarkable research activity towards the development of alternative decay determination methods in organic materials based on statistics.
Although this standardization, it is no coincidence that in recent years it has been noticed a remarkable research activity towards the development of alternative decay determination methods in organic materials based on statistical elaboration of analytical data obtained experimentally.
Despite the high noise level observed on this site, the inversion result achieved present a remarkable correlation with geological data for the water content distribution and are worse for the decay time determination, which seems to be more affected by the existence of noise.
For the decay time, determination modulation frequencies of 5493 and 916 Hz were used for the Pd II) and Pt II) complexes, respectively.
Determination of decay rate of hydrogen peroxide by catalase in studied sample was determined by measuring the changes of absorbency of the mixture at 240-nm wavelength for each second within the 100-s time frame.
Bondar, Gershon and Krokovny have shown that when multibody D decays, such as D → KSπ+π− are used, a time-dependent analysis of the Dalitz plot of the D decay allows a direct determination of the weak phase: β ≡ φ1.
The physics goals of many high energy experiments require a precise determination of decay vertices, imposing severe constraints on vertex detectors (readout speed, granularity, material budget,…).
In discrete case the regularizing operators of the inverse Laplace transformation are used for transformation of experimental data into a form that is more suitable for determination of decay rates and amplitudes.
