scispace - formally typeset
Search or ask a question

Showing papers on "Acoustic interferometer published in 2018"

Journal Article•DOI•
Investigation into the bistatic evolution of the acoustic scattering from a cylindrical shell using time-frequency analysis

[...]

Said Agounad, El Houcein Aassif, Younes Khandouch, Gérard Maze1, Dominique Décultot1 •
University of Le Havre1
06 Jan 2018-Journal of Sound and Vibration
TL;DR: In this article, the A, S0, and A1 circumferential waves are investigated and graphical interpretations are used to explain the formation mechanism of these waves and the acoustic scattering in monostatic and bistatic configurations.

6 citations

Journal Article•DOI•
Using a High-Quality Thermostated Acoustic Interferometer to Study Changes in the Structure of Human Serum Proteins

[...]

V. A. Klemin, S. N. Gurbatov1, I. Yu. Demin1, A. V. Klemina1, A. I. Starodumova1, T. N. Gorshkova •
Saratov State University1
01 May 2018-Bulletin of The Russian Academy of Sciences: Physics
TL;DR: In this paper, an acoustic interferometric technique for determining the protein in blood serum is presented based on high-precision measurements of the temperature dependences of the velocity, frequency, and absorption of ultrasound.
Abstract: An acoustic interferometric technique for determining the protein in blood serum is presented. This acoustic approach is based on high-precision measurements of the temperature dependences of the velocity, frequency, and absorption of ultrasound. The acoustic characteristics of blood serum are measured by a constant-length interferometer in acoustic wells with volumes of around 80 μL in the temperature range of 28–40°C and the frequency range of 1.4–14 MHz.