The phrase "attenuation loss" is correct and usable in written English.
It is typically used in contexts related to telecommunications, signal processing, or physics to describe the reduction in strength of a signal as it travels through a medium.
Example: "The attenuation loss in the fiber optic cable was measured to ensure optimal performance over long distances."
Alternatives: "signal loss" or "loss of signal strength".
Attenuation loss from absorption, scattering, and resonance of glass particles is incorporated in the model.
The structures indicate that we verified the possibility of low attenuation loss of hybrid THz plasmonics propagation.
Over longer distances, entanglement purification and entanglement swapping connecting a path comprised of shorter links will mitigate the exponential attenuation loss, the no-cloning theorem16 and effects of imperfect devices12.
Wireless technology deployed in building environment suffers from interference from different communication protocols operating in the same unlicensed ISM band, apart from the attenuation loss.
For the modulator length of 2.33 μm, the extinction ratio of the modulation is nearly 14 dB, and the calculated attenuation loss is 4.5 dB.
where h d i, j = d i, j - β takes into account the deterministic attenuation loss due to the distance between i th and the j th sensor locations, with β as the known path loss exponent.
Higher effective substrate resistivity leads to lower attenuation losses and reduced non-linearities, as well as better quality factor for both transmission lines and inductors.
Attenuation losses and structural noise are encountered, which limits the performances of defect detection ability, mostly in terms of degraded signal-to-noise ratio and poor sensitivity.
This research paper reports on the detailed experimental analysis and mitigation for different types of interference, the direction of arrival and attenuation losses associated with smart building condition.
We assume that on-board signal repeaters are installed on the train to overcome attenuation losses.
All the fabricated fibers exhibit background attenuation losses below 3 dB/km at 1150 nm.
