Sentence examples for experimental lifetime from inspiring English sources
A minimum experimental lifetime of 12 months should be achievable based on deorbit analysis in Section 7.2.
This can be converted in an experimental lifetime begin{array}rcl@ tau_{text{exp}} &= frac{25,upmumathrm{s}}{ln(10)} approx 11, upmutext{s.} end{array} (9).
The quenching of fluorescence intensity and experimental lifetime with the increase of Pr3 + concentration and the shift of 1D2 → 3H4 emission peak towards longer wavelengths was discussed.
A statistical model based on experimental lifetime and corresponding AE data was developed to quantify the extent of damage; a reasonably good correlation with the experimental results has been obtained.
Comparison of experimental lifetimes with RCC-MR design code predictions indicated that the design curve based on air tests is too conservative.
Whereas for a P92 steel, the experimental lifetimes are very close to those of the P91 steel, the two other steels present a significantly shorter fatigue and creep fatigue lifetime.
Although this model reproduced experimental lifetimes at some tubulin concentrations, the authors state that a "shortcoming of the model is that it produces growth lifetimes that more steeply depend on tubulin-GTP concentration than that observed".
Experimental positron lifetime spectrum revealed existence of two positron lifetime components τ 1 andτ 2. Their interpretation was based on two-state positron trapping model where the physical parameters are the positron annihilation rate and positron trapping rate.
The equivalent stress intensity factor range can properly predict the current experimental fatigue lifetime.
It is shown that changes in defect-related component in the fit of experimental positron lifetime spectra for nanocrystallized glasses testify in favor of structural fragmentation of larger free-volume entities into smaller ones.
It consists of heuristically extending Haigh's diagram, which provides the experimental fatigue lifetime for 1D cyclic loadings as a function of the mean stress and the stress amplitude, to completely arbitrary 3D loadings.
