Information and Systems-Image Engineering(Date:2022/05/19)

Presentation
Simplified physico-mathematical model for low invasive cancer treatment by microbubble-enhanced high-intensity-focused-ultrasound

Shunsuke Kagami(Univ. Tsukuba),  Tetsuya Kanagawa(Univ. Tsukuba),  

[Date]2022-05-19
[Paper #]US2022-5
Transfer matrix simulation of Langevin type transducer driving including the nonlinear effect

Kota Yokoyama(The Univ. of Tokyo/NGK Spark Plug),  Takashi Kamashima(NGK Spark Plug),  Susumu Miyake(The Univ. of Tokyo),  Takeshi Morita(The Univ. of Tokyo),  

[Date]2022-05-19
[Paper #]US2022-7
Study of non-contact, non-destructive test using nonlinear airborne ultrasound

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

[Date]2022-05-19
[Paper #]US2022-1
Performance evaluation of tough hydrophone

Fujimaru Kaise(Toin Univ. of Yokohama),  Michihisa Shiiba(Nihon Institute of Medical Science),  Nagaya Okada(HONDA ELECTRONICS CO., LTD),  Takshi Morishita(Toin Univ. of Yokohama),  Toshio Sato(Toin Univ. of Yokohama),  Shinichi Takeuchi(Tokyo City Univ./Toin Univ. of Yokohama),  

[Date]2022-05-19
[Paper #]US2022-6
Evaluation of acoustic radiation force acting on an object in airborne ultrasonic standing wave fields

Teruyuki Kozuka(AIT),  Taisei Okeda(AIT),  Takuya Yoshimoto(AIT),  Masahiro Toyoda(Honda Electronics),  Shin-ichi Hatanaka(UEC),  

[Date]2022-05-19
[Paper #]US2022-4
Development of Ultrasonic Phased Array using High-Intensity Transducers

Takayuki Hoshi(PxDT),  Yoshiki Ooka(PxDT),  

[Date]2022-05-19
[Paper #]US2022-2
Parametric sound generated by self-bending airborne ultrasound beam

Hideyuki Nomura(UEC),  Nagisa Yamamoto(UEC),  

[Date]2022-05-19
[Paper #]US2022-3
Focusing mechanism of Tube-Type Double-Parabolic-Reflectors Ultrasonic Transducer

Kyohei Yamada(The Univ. of Tokyo),  Chen Kang(The Univ. of Tokyo),  Takasuke Irie(Microsonic),  Takashi Iijima(AIST),  Susumu Miyake(The Univ. of Tokyo),  Takeshi Morita(The Univ. of Tokyo),  

[Date]2022-05-19
[Paper #]US2022-8