Sentence examples for evaluating attenuation from inspiring English sources

To facilitate engineering practice, a series of formulas for evaluating attenuation of peak total stress and pore water pressure are proposed.

Currently, CT systems from different vendors are capable of dual-energy material decomposition by evaluating attenuation characteristics of materials at two different energy spectra.

Moreover, unlike other methods, it does not require any reference measurement in a calibrated medium such as water to evaluate attenuation coefficient variation and shear moduli ratio.

Batch and column studies were conducted to evaluate attenuation of the bacteriophage PR772 and 0.190 μm diameter microspheres by BOF media, and to delineate the relative contributions of two principle processes of virus attenuation: inactivation and attachment.

Based on our FosB findings and recent clinical trials, we administered an anticholinesterase to evaluate attenuation of CRS-induced phenotypes.

CONCLUSIONS: Main pulmonary artery attenuation is independent of the arm of infusion when evaluating mean attenuation, attenuation beneath 250, 200, or 150 HU, or indeterminate or nondiagnostic interpretations for patients undergoing CT angiograms of the chest to rule out pulmonary emboli.

Acoustic energy losses are studied by evaluating various attenuation parameters and by comparing the changes in behavior at three different frequencies.

In that sense, our statistical study is valuable for quantitatively evaluating the attenuation ratio of VLF waves in the ionosphere.

As a consequence, the adsorption of moieties from the GO dispersion will be inferred from evaluating the attenuation of the sapphire-related Al2p XPS signal intensity, from contact angle measurements, and from SFM investigations.

A final measurement set was gathered for evaluating the attenuation (entry loss) due to the fuselage in an outdoor-to-indoor configuration, typical of interference paths between the in-cabin network and outside networks.

Measurements consisted in evaluating the attenuation of OCT signal as a function of depth for growth plates and bones (9 samples), intervertebral disks (8 samples) and for layers of connective tissue covering the vertebrae (8 samples).