The phrase "attenuation at the" is correct and usable in written English.
It can be used in contexts related to signal processing, telecommunications, or physics, where attenuation refers to the reduction in strength of a signal.
Example: "The attenuation at the receiver was measured to determine the quality of the transmitted signal."
Alternatives: "reduction at the" or "diminution at the".
In addition, we also observed significant pain attenuation at the non-stimulated limbs.
The highly linear features of Northern Wei sculpture are supplanted by works that have emerged from their origin in relief wall sculpture and stand in the round as stolid, columnar figures with slight attenuation at the waist.
Natural attenuation at the groundwater surface water interface is shown to be a significant control on observed river nitrate concentrations, albeit less influential than land-use descriptors.
MEC produced a dose-dependent decrease in %NLR, with no effect at the two lowest doses and 80 93% attenuation at the two highest doses.
Damping has an important influence on the performance of these materials, broadening the frequency range of attenuation at the expense of peak attenuation.
There is a 3 dB attenuation at the cut-off frequency and a gradual increase in phase shift over one decade above or below the cut-off frequency.
Hence, the attenuation at 10 times the cutoff frequency is the value given on the graph, where the curve crosses the frequency axis at 10 rad/s.
This leads to about 3 dB attenuation at all the channels.
Enhanced visualisation of vascular contrast The attenuation of iodine is higher at lower energies due to the increased photoelectric attenuation at energies approaching the K-edge of iodine (33.2 keV).
The slope of this node is not so steep, multipath fading boosts the tail, and the higher attenuation at low distance cuts the head.
The ray-acoustical background of the low attenuation at high frequency suggests using the existing corners of the ductwork into which the silencer is inserted for the generation of high-frequency attenuation.
