The phrase "attenuation because of" is correct and usable in written English.
It can be used to explain a reduction in strength or intensity due to a specific cause or factor.
Example: "The signal experienced significant attenuation because of the heavy rain, leading to poor reception."
Alternatives: "reduction due to" or "diminution because of".
Moreover, rising pressure is subject to delay and attenuation because of the air wave traveling from one car to another.
One of the significant engineering applications of the elastic metamaterial (EMM) is for low-frequency vibration attenuation because of its unusual low-frequency bandgap behavior.
However, the channel of the PLC has high-frequency selectivity with complex signal attenuation because of the poor working condition, serious interference, and large time variation.
In existing GBSM, e.g., IMT-Advanced channel model [9], almost all the intra-site interference from sector B is supposed to come from the backside of sector B antenna and has experienced extra 25 dB attenuation because of the front to back ratio of the antenna [9]. Figure 2 Intra-site interference in UMi scenario.
Results suggested that the temperature-enhanced aspects of the system would be roughly balanced by attenuation because of reduced numbers of larval breeding sites.
The correlation coefficients for intake of individual red meat items comparing diet records with the food frequency questionnaire were mostly higher than 0.5 after correction for attenuation because of within person variation in diet records.
The issue was attenuation because the prosecution did not even contest that Ghailani had been "coerced".
This inhibition was also associated with the improvement of hepatic steatosis and the attenuation of inflammation because excess accumulation of lipids in the liver accelerates hepatic tumorigenesis by inducing a chronic inflammatory reaction [ 5- 7].
Second, signal attenuation is complex because of the multimedium propagation.
Our practice is to evaluate lipid profiles and, if negativity is found in the mutant but not the parent strain to consider that attenuation may occur because of loss of the gene of interest and/or the loss of PDIMs.
Both studies clearly indicate that IFN- β-dependent cell growth attenuation is mainly because of the arrest of G1/S check point.
