The phrase "segment of evolution" is correct and can be used in written English.
This phrase is typically used to refer to a specific stage or phase in the development or progression of something over time. For example: "The discovery of the fossil provided a crucial glimpse into a previously unknown segment of evolution for this species." This sentence is describing how the fossil helped uncover a specific period or phase in the evolutionary history of the species.
On the other hand, the radial distribution function indicates the universal and intrinsic characteristics of particle mixing, independent of the initial effects after a short segment of evolution.
Using a third order system as a representative example we show that stable oscillations with so-called sliding motion, with sliding present in continuous time system, loose the sliding segment of evolution, but do not loose their stability if the open loop system is stable.
But if you want to see a unique segment of that evolution, look to the Wii U.
To better understand how A t, f, ϵ and α affect the direction of motion of the limit cycle trajectory in Fig. 8, it is useful to go back and look at the initial transient segment of the evolution of trajectories for the autonomous systems presented in Fig. 4 (from the initial, red point until they cross the v-nullcline).
The resemblance of the pygidium to a trunk segment is a product of evolution and must be explained in this framework.
For example, comparisons of orthologous chromosomal segments showed heterogeneous rates of evolution of the X chromosome in human, mouse and rat [ 3].
By examining the database of 855 patients from the troponin substudy of GUSTO-IIa, we selected patients with ST-segment elevation at baseline, evidence of evolution of the QRS, T, and ST-segment waveforms on the predischarge electrocardiogram, and 3 measurements of > or =1 of the following: creatine kinase (CK -MB, troponin T, or troponin I.
We inferred phylogenetic trees for all the eight segments using the GTR model of evolution.
Typically, a long intergenic region consists of alternating segments with high and low rates of evolution [ 1].
In line with the accelerated rate of evolution for protein segments that are in or near AARs, selective constraints are thought to be relaxed around AARs [ 8, 17].
The relaxed clock analyses also allow us to derive three additional results on (i) the population dynamics of the different segments and genes, (ii) their rates of evolution and (iii) their coalescence times.
