The phrase "alignment frequency" is correct and usable in written English.
It can be used in contexts related to synchronization, coordination, or resonance in various fields such as physics, engineering, or even in discussions about personal or organizational goals.
Example: "The team needs to establish an alignment frequency to ensure that all departments are working towards the same objectives."
Alternatives: "synchronization rate" or "coherence frequency".
Table 3 shows the alignment frequency between templates and the query from the 48 unbound dataset after Homology Indexing is used.
Table 4 shows the alignment frequency between templates and the query from 20 dataset of no appropriate homologous templates after Chain Length Indexing is used.
In contrast, the elliptical boundary results show ~ 50%% more alignments than would be expected for random points within the elliptical field (Fig. 5b, the difference in vent-vent alignment frequency for the thick black line representing vents, and the grey lines representing significance bounds).
Sequences were interrogated with respect to alignment, frequency of sequence recurrence and the presence of any Alu sequences.
The distribution profile of the identities for these 6,295 alignments was presented in Additional file 2: Figure S1, which showed an approximately uniform distribution within the interval of 0.90-0.98 whilexhibitingng a sharp increase in alignment frequency within the interval of 0.98-0.99.
It's worth noting that alignment frequencies, in Table 3, reach hundreds or even thousands in practical, which may be due to the uneven distribution of different protein families in template database at present.
These aftereffects did not reveal any of the characteristics of entrainment echoes in that they were independent of tACS phase-continuity and showed neither prolonged phase alignment nor frequency synchronization to the exact stimulation frequency.
If invariant and variant sites distributed randomly in the original alignment, the frequency of invariant sequences in the permuted alignments would show similar frequency to the original alignment because of the randomness at the start point.
We suspect this is more about the type or length of training and that women athletes can learn something from dancers about the way they train, the precision of their balance and jumping in terms of alignment and frequency and duration of training.
In order to observe the alignment across frequency bins, the permutation measurement (PM) for a 2×2 case is adopted[28].
Highest order polynomial coefficients of singular vectors (eigenvectors) are utilized as square error to obtain a compact decomposition based on phase alignment of frequency samples.
