The phrase "attenuation analysis" 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 analyzed.
Example: "The attenuation analysis revealed significant losses in the signal as it traveled through the cable."
Alternatives: "signal loss assessment" or "signal degradation evaluation".
Strieff contends that the Court has identified three elements in the attenuation analysis, which support his conclusion.
Frequency attenuation analysis is a useful tool for direct hydrocarbon indication.
See id. at 34. Utah contends that the attenuation analysis must be evaluated on a case-by-case basis that specifically considers how suppression will discourage misconduct.
It can improve the traditional attenuation analysis for better reservoir characterization.
Utah argues that evidence is admissible under the attenuation exception when an intervening action has weakened the taint of the unlawful conduct such that suppression would not "appreciably deter future police misconduct". See id. at 14. Utah contends that the attenuation analysis has two relevant elements: the nature of the intervening event, and the flagrancy of the initial violation.
The results showed that the use of the short-time analogous relaxation function is valid for the attenuation analysis of stress waves propagating in a periodically layered elastic medium.
Additional processing, such as forward modeling and attenuation curve analysis, provides more quantitative information related to the medium.
Through vibration attenuation factor analysis of the resonator, an EMM beam with section-distributed resonators is proposed to enable broadband vibration attenuation function.
Moreover, because of the complicated behavior caused by the interaction between the continuous dynamics and discrete switching, the problem of disturbance attenuation performance analysis for 2D switched systems is more difficult to study, and the methods proposed in [21 25] cannot be directly applied to such systems.
Importantly, neither the growth conditions nor the quantitative approach affected the degree of attenuation, as analysis of mRNA and protein levels from cells grown in selective medium and analyzed by SILAC showed similar results.
SI: stiffness index; QUS: quantitative ultrasound; BMD: bone mineral density; DXA: X-ray absorptiometry; BMI: Body Mass Index; SOS: speed of sound; BUA: broadband ultrasonic attenuation; ANOVA: analysis of variance; vQCT: volumetric quantitative computed tomography.
