The phrase "absolute attenuation" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or telecommunications, referring to a complete reduction of signal strength or intensity.
Example: "The absolute attenuation of the signal was measured at 30 dB, indicating a significant loss of power."
Alternatives: "total attenuation" or "complete attenuation".
We present a methodology to evaluate the absolute attenuation coefficients in excised human axillary lymph nodes.
MDA or TAS was added to the fully adjusted regression models, and the "mediated effect" was quantified by the absolute attenuation of the regression coefficient.
The absolute attenuation depends strongly on the exact numerical aperture and the coupling efficiency of the fibers, the latter can change between sample and reference.
The absolute attenuation values of the studied structures were only used to determine the structures enhancement and are not directly compared between the two scanners.
Therefore, the characterization of the plaque on the basis of absolute attenuation values should be reported with caution, and the intraluminal attenuation should also be reported.
Absolute attenuation values of adrenal masses obtained 60 s after contrast medium injection show too much overlap between adenomas and malignant lesions to be of clinical value.
Furthermore, absolute plaque attenuation values determined in the various studies are not comparable.
We have used OCT to measure absolute, localized attenuation coefficients of healthy inactive and reactive human axillary lymph nodes.
Absolute CT-attenuation values are unreliable indicators because fatty infiltration does not produce a fat-density lesion, rather the steatosis merely diminishes the density of the region to lower than that of normal liver parenchyma.
The results have been verified successfully by measurement on actual network, the absolute error of attenuation at any frequency point is less than 0.5 dB.
Loss of PDF or functional ablation of all PDF-expressing LNv in Drosophila leads to the loss of anticipatory behavior preceding the onset of morning, and in some cases that appears to depend on absolute light levels, attenuation of high amplitude light-induced morning startle response [5], [12], [13].
