The phrase "average lifetimes of" is correct and usable in written English.
It can be used when discussing the typical duration or lifespan of various entities, such as organisms, products, or systems.
Example: "The average lifetimes of different species can vary significantly, with some living only a few years while others can survive for decades."
Alternatives: "typical lifespans of" or "mean durations of".
In addition, for the multiplicative model, an analytic formula is derived for estimating the average lifetimes of the surviving microbes.
Fig. 3 shows the average lifetimes of four subframes (16x20 pixels each) as FLIM maps (left) and corresponding pixel lifetime distribution histograms (right).
Note that the mean coalescent time T2 and the speed of the fitness wave (via the average lifetimes of polymorphisms destined for fixation?) can at least roughly be estimated from the data.
Note x-axis is shared by (C – E ). (D ) Scatter plot of SRP-RNC binding residence times relative to the number of amino acids polymerized when the event starts (black dots), and average lifetimes of the residence times between the tick-marks (red squares and dashed red line, with associated error bars that are too small to be seen).
Mean life, in radioactivity, average lifetime of all the nuclei of a particular unstable atomic species.
Archer argues that a mass recall of dirty Euro 5 and 6 vehicles is required given the average lifetime of a car is 17 years.
Others are impossibly mystical, like the average lifetime of a technological civilization — 1,000 years to 100 million years was the guess.
The average lifetime of a nitrogen tetroxide molecule at ambient temperature and atmospheric pressure, for example, is about one-third of a microsecond (one-millionth of a second).
The equation made educated guesses for the rate at which stars form, the fraction of stars with planets, the number of those planets on which life arises and so on, including the average lifetime of technological civilizations.
On its own, a neutron will decay in this way after an average lifetime of 15 minutes; only within the confines of certain nuclei does the balance of forces prevent neutrons from decaying and thereby keep the entire nucleus stable.
Unlike the electron, which appears to be completely stable, the muon decays after an average lifetime of 2.2 millionths of a second into an electron, a neutrino, and an antineutrino.
