The phrase "a large attenuation of" is correct and usable in written English.
It can be used in contexts related to signal processing, physics, or any field where the reduction or weakening of a signal or effect is being discussed.
Example: "The experiment showed a large attenuation of the sound waves as they traveled through the dense material."
Alternatives: "a significant reduction of" or "a considerable decrease in".
Since the spectral envelope of the OSACF of noisy observations, in comparison to the conventional two-sided conventional ACF, strongly enhances the highest power frequency bands corresponding to the spectral peaks, a large attenuation of the noise components lying outside the enhanced frequency bands would occur. .
There was a large attenuation of oxygen consumption (VO2) relative to BWS (p < 0.001), while there were trivial-moderate reductions in respiratory exchange ratio, minute ventilation, and respiratory frequency (p > 0.05), and small-large effects on HR and RPE (p < 0.01).
Alternatively, gene regulation data also show that, during the dormant phase, there is a large attenuation of the Mtb F0-F1-ATP synthase pump, indicating impaired ATP production during the nonreplicative state of mycobacteria [ 4].
We also functionally verified the involvement of CaMKII by our pharmacological inhibition experiments in which we showed that CaMKII-inhibition resulted in a large attenuation of acutely enhanced Ca release from the SR (decreased Ca transients and reduced SR Ca leakage).
As the frequency is increased (to Ω = 50, for example), the system response is dominated by waves of increasing type order (s= 15, 16,...,) and a column of gas bubbles has the effect of bringing a large attenuation to the shell response.
Large attenuation of some obstacles in the car may avoid correct detection of the direct ray.
This implies that the propagation of inhomogeneous waves may be able to explain, mathematically, the larger attenuation of seismic waves in sedimentary regions.
We also fixed the power constraint to P ̌ = 20 dBm and used a large-scale attenuation of 0 dB for all users.
This implies that a larger intrinsic attenuation of seismic waves in sedimentary rocks may not be along the directions near to their propagation direction.
It may be also missing in the case of an extremely large attenuation in the D layer during high solar activity.
This is known as attenuation, and when a large amount of attenuation is seen like this, it might indicate that there is still some unmeasured difference which could be driving the association seen.
