The phrase "absolute time scale" is correct and usable in written English.
It can be used in contexts related to time measurement, chronology, or scientific discussions about time.
Example: "In geology, the absolute time scale is essential for dating rock formations accurately."
Alternatives: "fixed time framework" or "definitive time measurement".
Indeed, the ratios of the minima and the strength of the anisotropy can be controlled by the α i values from Eq. (6) and α 〈001〉, while γ 0 plays the role of a prefactor in Eq. (2), thus affecting only the absolute time scale of the evolution.
Furthermore, we plan to incorporate an absolute time scale of activity by incorporating divergence data of elements.
This seems a reasonable assumption because the duplication rate has often been presented with respect to absolute time scale in previous studies [ 9, 10].
An identified spectral peak (i.e., a daily or annual cycle) can be used to compute hair growth rate; hence we then have an absolute time scale.
Our results also provide important insights into the absolute time scale of these events, especially for the origin of the East African endemic lineages.
With regards to absolute time scale, however, these theories may not be even that helpful, because the step from these general hypotheses to constant vs variable evolutionary rate would not be trivial.
Once absolute time scales were obtained for the species' demographic histories, we matched these histories to paleoclimatic events estimated through radiocarbon calibrations of sedimentary cores [ 21, 32].
Evolutionary change based on absolute time scales yield rates of divergence that are, on average, higher for adult size-related traits (mean = 1830 darwins) than for juvenile size-related traits (1027 darwins) and age-related traits (1047 darwins).
Dating divergences between populations/taxa is of considerable value in phylogenetic/phylogeographic studies because of the importance of an absolute time-scale when assessing hypotheses of lineage diversification, e.g., [ 1- 5].
His absolute time was an ideal scale of time that made the laws of mechanics simpler, and its discrepancy with apparent time was attributed to such things as irregularities in the motion of Earth.
His absolute time was an ideal scale of time that made the laws of mechanics simpler, and its discrepancy with apparent time was attributed to such things as irregularities in the motion of the Earth.
