Engineering Sciences/NOLTA-Ultrasonics(Date:2022/11/29)

Presentation
Approximation of blood flow velocity profile to pulsatile flow model for ultrasonic measurement of wall shear stress in stenotic site

Michiya Mozumi(Univ. of Toyama),  Masaaki Omura(Univ. of Toyama),  Ryo Nagaoka(Univ. of Toyama),  Hideyuki Hasegawa(Univ. of Toyama),  

[Date]2022-11-29
[Paper #]US2022-49
Effect of refractive index change in water induced by 100-megahertz-range high-intensity ultrasound on the incident light

Yuki Harada(Doshisha Univ.),  Mutsuo Ishikawa(Toin Univ. of Yokohama),  Inamoto Shuto(Doshisha Univ.),  Mami Matsukawa(Doshisha Univ.),  Daisuke Koyama(Doshisha Univ.),  

[Date]2022-11-29
[Paper #]US2022-46
Low viscosity characteristics of 100MHz SC-cut QCM using Drop Method

Yingbo Sun(TMU),  Yudai Maruyama(TMU),  Yuta Aoki(TMU),  Kengo Hara(TMU),  Yasuaki Watanabe(TMU),  

[Date]2022-11-29
[Paper #]US2022-43
Investigation on effect from a compound angle in estimation of the average speed of sound using ultrasonic plane wave imaging

Ryo Nagaoka(Univ. of Toyama),  Masaaki Omura(Univ. of Toyama),  Hideyuki Hasegawa(Univ. of Toyama),  

[Date]2022-11-29
[Paper #]US2022-48
Basic study of pulse compression using nonlinear airborne ultrasound

Kyosuke Shimizu(Nihon Univ.),  Ayumu Osumi(Nihon Univ.),  Youichi Ito(Nihon Univ.),  

[Date]2022-11-29
[Paper #]US2022-45
Site dependence of bone piezoelectricity in the MHz range

Keigo Maehara(Doshisha Univ.),  Taishi Hattori(Doshisha Univ.),  Hidehisa Suzuyama(Doshisha Univ.),  Mami Matsukawa(Doshisha Univ.),  

[Date]2022-11-29
[Paper #]US2022-47
Analysis of airborne acoustic waves generated by nanosecond pulsed laser irradiation to various elastic structures

Koji Aizawa(KIT),  Kota Miyazaki(KIT),  

[Date]2022-11-29
[Paper #]US2022-44