The phrase "attenuation parameter" is correct and usable in written English.
It is typically used in scientific or technical contexts, particularly in fields like physics, engineering, or telecommunications, to refer to a variable that quantifies the reduction in strength of a signal or wave.
Example: "The attenuation parameter of the fiber optic cable determines how much signal loss occurs over long distances."
Alternatives: "diminution factor" or "signal loss coefficient".
The buildup factor of point kernel method is of importance, which depends on photon energy and material attenuation parameter.
A change attenuation parameter is introduced, and the combined influence matrix of the MDM is obtained using the powers of the MDM.
In addition, for the linear state estimator, the state estimation performance with beforehand given attenuation parameter is established by the design of a compensative controller.
A sufficient condition is provided such that these uncertain quantum systems can be guaranteed to be robustly strict bounded real with a given disturbance attenuation parameter.
After calibration of the in-stream attenuation parameter against measurements at gauging stations, the model simulated specific annual phosphorus loads across the catchments well (Nash Sutcliffe model efficiency of 0.52 in the Avon-Richardson and 0.83 for the Avoca catchment).
To assess whether the degree of steatosis as determined by controlled attenuation parameter (CAP) measurements correlates with that observed on liver biopsies in a single-center pediatric and young adult cohort.
This study provides a procedure to relate the quality factor of an attenuating wave to its phase velocity and two finite non-dimensional attenuation parameters.
Acoustic energy losses are studied by evaluating various attenuation parameters and by comparing the changes in behavior at three different frequencies.
While the FEFLOW simulation of breakthrough curves captured overall shapes of trace organic chemical concentrations well, the model struggled with matching individual data points, although compound-specific attenuation parameters were used.
Both the attenuation parameters increase with the increase of Q.
These parameters provide new information about the tissue dependent attenuation parameters ( and ).
