Search Results - "NELSON, Amber M"

Determining attenuation properties of interfering fast and slow ultrasonic waves in cancellous bone by Nelson, Amber M., Hoffman, Joseph J., Anderson, Christian C., Holland, Mark R., Nagatani, Yoshiki, Mizuno, Katsunori, Matsukawa, Mami, Miller, James G.

“…Previous studies have shown that interference between fast waves and slow waves can lead to observed negative dispersion in cancellous bone. In this study, the…”
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Cancellous bone fast and slow waves obtained with Bayesian probability theory correlate with porosity from computed tomography by HOFFMAN, Joseph J, NELSON, Amber M, HOLLAND, Mark R, MILLER, James G

“…A Bayesian probability theory approach for separating overlapping ultrasonic fast and slow waves in cancellous bone has been previously introduced. The goals…”
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Adults With Avoidant Attachment Styles and Their Online Dating Experiences by Nelson, Amber M

“…Adult attachment style can influence how individuals communicate with each other and how they deal with conflict, both of which may influence the formation and…”
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Incorporation of explicit transmission coefficients in the wave propagation model enhances the results of Bayesian analysis of fast and slow wave propagation in cancellous bone by Nelson, Amber M., Holland, Mark R., Katz, Jonathan I., Miller, James G.

“…Ultrasonic propagation in cancellous bone is a challenging coupled-mode problem as a result of the existence of two compressional modes, a fast wave and a slow…”
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Characterization of the fast wave in cancellous bone using the Bayesian probability theory approach by Matsukawa, M., Mizuno, K., Hoffman, J. J., Nelson, A. M., Holland, M. R., Nagatani, Y., Miller, J. G.

“…Bayesian probability approach with a simple model was introduced for the analysis of two wave propagation phenomenon in the cancellous bone. The fast and slow…”
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Microstructural Influence on Fatigue Behavior of Automotive Structural Sheet Steels by Nelson, Amber M

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Single mode analysis appears to overestimate the attenuation of human calcaneal bone based on Bayesian-derived fast and slow wave mode analysis by Nelson, Amber M., Hoffman, Joseph J., Holland, Mark R., Miller, James G.

“…Our laboratory in St. Louis previously demonstrated that a signal transmitted through cancellous bone might be comprised of two interfering (fast and slow…”
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Determining the attenuation of overlapping fast and slow waves in cancellous bone using Bayesian techniques by Nelson, A. M., Hoffman, J. J., Anderson, C. C., Nagatani, Y., Mizuno, K., Holland, M. R., Matsukawa, M., Miller, J. G.

“…The effects of overlapping fast and slow waves on measurements of the apparent attenuation as a function of propagation distance are investigated along with…”
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