The phrase "attenuation increase" is correct and usable in written English.
It can be used in contexts related to signal processing, telecommunications, or any field where the reduction of signal strength is discussed.
Example: "The attenuation increase in the fiber optic cable resulted in a noticeable drop in signal quality."
Alternatives: "increase in attenuation" or "rise in attenuation".
We also assume different levels of self-interference attenuation, and as discussed above, larger values of attenuation increase performance.
This property is related to the sensitivity of the system to channel variations and particularly to any attenuation increase (i.e., due to deep fading, interference etc).: grade 1 service can support an attenuation increase of up to 3 dB, grade 2 to 6 dB, grade 3 to 9 dB, and grade 4 to 12 dB.
Although the decaying rate and the stop-band attenuation increase with increasing the overlapping factor K, the choice of K=4 is considered as a good trade-off between the stop-band attenuation and the system delay caused by the time spread of the filter [36].
Frequencies ≤0.4 kHz are not attenuated; attenuation increases with frequency at a rate of about 6 dB/octave but never exceeds 30 dB above 4 kHz.
Serum proteins adsorbed on CNPs attenuated the inherent cytotoxicity of CNPs, and the extent of toxicity attenuation increased with increasing amounts of serum proteins adsorbed on CNPs.
This dissipative loss leads to attenuation of the electromagnetic signal, and the amount of attenuation increases linearly with increasing distance between the transmitter and the receiver.
As expected, the attenuation increases with the distance.
The wave attenuation increases with the inclusion of air voids.
We observed X-ray attenuation increased when mass concentration of GNPs was elevated.
Attenuation increases with tissue thickness and is greater for bone than soft tissue.
Therefore, the ultrasonic attenuation increases due to the reduction in the thermal conductivity.
