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The phrase "a clear frequency and" is correct and usable in written English.
It can be used when discussing measurements, signals, or patterns in various contexts, such as science, technology, or communication.
Example: "The experiment revealed a clear frequency and amplitude that indicated the presence of the desired signal."
Alternatives: "a distinct frequency and" or "a precise frequency and".
Exact(2)
In contrast, the candidate methods provide a clear frequency and power estimation and make the interference disappear because of their feature-based nature.
In general, the frequency of the oscillations was higher in the first than in the second HFO burst and in between the early and late bursts there was a clear frequency and amplitude decrease, which allowed the two bursts to be separated.
Similar(58)
During this period, the upper and lower band chorus waves were simultaneously observed with a clear frequency gap at fc/2.
There is a clear frequency for individuals in their 7th decade with 13.4% (95% CI: 10.9-15.9) and 8th decade with 13.0% (95% CI: 10.1-16.0), which reveals a greater benefit from refractive correction for these segments.
During one trip, while just across the river from downtown Detroit, I struggled to find a clear frequency.
After applying our proposed filter in the axial measurement of the parametric loudspeaker, a clear frequency dependence from parametric array effect is detected, which exhibits a good match with the well-known theory described by the Gaussian-beam expansion technique.
I kept thinking things would right themselves, but our marriage had become like a radio that played only static; we couldn't find a clear frequency no matter how much we fiddled with the dial.
Look for a clear frequency by transmitting by asking "Is this frequency in use".
susceptibility data for the latter, (Dy-5), showed clear frequency and temperature dependent χ″ maxima (upper panel, Fig. 5), from which a significant energy barrier of 88 K was extracted.
On the basis of our present results (up to 30 kHz), we find in the dispersion temperature region of glycerol a clear frequency-dependence of the real part and a non-zero, frequency-dependent imaginary part of the thermal effusivity, which is consistent with literature data.
Indeed, a clear frequency-dependent decrease of the ${\chi {{\prime\prime \hfill \atop {\rm ac}\hfill}}}$ maxima is observed.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com