The phrase "a common peak" is correct and usable in written English.
It can be used to describe a frequently reached high point or maximum level in various contexts, such as statistics, performance, or physical geography.
Example: "During the summer months, we often see a common peak in tourist visits to the national park."
Alternatives: "a frequent high point" or "a typical summit."
Mountain, be their milestone, that hand in hand they rise above familiarity's worn tracks into horizons of their own Two separate footpaths dreaming of a common peak.
A common peak was observed at frequency of 3.5 mHz in both the ground and GTL spectra, though the peak power is small as compared with that at the main peak.
A common peak at about 350 nm (which can be distinguished with some difficulty due to our limitation for the measurement at the lower wavelengths) and a broad peak at about 391 to 406 nm for the p-polarized light corresponding to the transverse plasmon mode resonances (TM) can be distinguished.
If this principle has been applied at that time, we would have noticed immediately after the disintegration of the bi-directional anisotropy that the diurnal and semi-diurnal variations at Budapest and Hobart had a common peak at 6 hours, in the N- and S-hemispheres, suggesting the existence of a sharply concentrated uni-directional anisotropy from 6 hours, as shown in Fig. 5 d).
Through observation of the light curves of many Type Ia supernovae, it was discovered that they appear to have a common peak luminosity.
The original and reflected clicks share a common peak time point, and it is suggested that thinner clicks enable more precise measurement [ 4].
Such an approach not only provides a common point to which a peak area of the arginylated peptide can by referred, but also compensates for possible fluctuations in the ionization efficiency, between different runs.
In addition to a common seasonal peak later in the year, a peak was also observed in urban Dhaka early in the year of winter months of January and February.
The log2 ratio of peak read density (M) in Lsd1 KO ChIP-Seq samples vs it in the corresponding wild-type samples was plotted against the average log2 read density (A) for all peaks, and robust linear regression was applied to fit the global dependence between the M-A values of common peaks.
The first corresponds to a common energetic peak, whereas the other three to different patterns of average energetic conditions.
Under alkaline conditions, chloramphenicol was 100% degraded and a common degraded peak at Rf 0.01 was also generated.
