Sentence examples for a mean lifetime from inspiring English sources

Right panel related distribution of lifetime values in the mask, showing a unimodal behaviour with a mean lifetime of 121.3 µs (6.6 µs interquartile range).

(Right panel, bottom) The distribution of lifetime values in the cartonage in pixels (counts) vs. lifetime, showing a unimodal behaviour with a mean lifetime of 119.3 μs (7.7 μs of interquartile range).

A mean lifetime of 109 cycles is found at a stress amplitude of 22% of the tensile strength, which is comparable to other high strength steels tested under cyclic tension.

In terms of lifetime analysis, these painted areas show a microsecond decay kinetic close to that found from details on the cartonnage painted with Egyptian blue: here, we have detected a mean lifetime of 121.3 µs (6.6 µs of interquartile range) and a negative skew of −2.79 (Fig. 5).

TRPL imaging of details of the cartonnage painted with some of the dark colours reveals a monoexponential microsecond decay kinetic with a mean lifetime in the analysed area of 119 µs (7.7 µs interquartile range) and a negative skewness of −3.04, a reflection of the distribution of lifetime values that tend to be shorter than the mean (Fig. 4b).

An example is the muon, which decays into an electron, a neutrino and an antineutrino, with a mean lifetime of seconds.

Recently Good et al. reported a decreased mean lifetime and lower tumour uptake of In-DOTA-MG11 in comparison with In-DTPA- DGlu-minigastrin [ 15].

The HMI cohort had a discounted mean lifetime cost of $22,884 CAD vs $22,786 CAD for standard care, with an incremental cost-effectiveness ratio of $4939 CAD per life-year gained.

However, fruit set and adult fitness decreased with decreasing patch size, with an estimated mean lifetime inbreeding depression of 0.9 (obtained by comparing F values in adults and progenies).

Only the C* mutant had a significantly shorter mean lifetime on the nascent branch than wild-type diVCA (2 ± 1-fold, p=0.015), whereas the V* and A* mutants did not (p=0.17 and 0.48, respectively).

We present a set of formulae to calculate the mean lifetime of a metapopulation in a spatially heterogeneous and dynamic landscape subject to habitat patch diminution, loss and/or spatial shift of the habitat network.