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Technical Committee on Ultrasonics (US) (Searched in: 2022)
Search Results: Keywords 'from:2022-06-30 to:2022-06-30'
| Committee | Date Time | Place | Paper Title / Authors | Abstract | Paper # | |
| US | 2022-06-30 10:30 |
Osaka | Kansai University (Senriyama Campus) | Development of photoacoustic signal measurement system for an optically mechanical-property-observation Kazuki Tamura (HUSM), Ken-ya Hashimoto (UESTC), Shinpei Okawa (HUSM)  US2022-9 |
Mechanical properties of biological tissues are reported to relate to inflammation and lesions. This study develops a me... [more] | US2022-9 pp.1-4 |
| US | 2022-06-30 10:55 |
Osaka | Kansai University (Senriyama Campus) | Verification to improve the accuracy of acoustic impedance evaluation at very high frequencies Akira Hashimoto, Kenji Yoshida, Shinnosuke Hirata (Chiba Univ.), Hitoshi MAruyama (Juntendo Univ.), Tadashi Yamaguchi (Chiba Univ.) US2022-10 |
When using ultrahigh-frequency ultrasound with a center frequency of 250 to 300 MHz to evaluate the acoustic impedance o... [more] | US2022-10 pp.5-9 |
| US | 2022-06-30 11:20 |
Osaka | Kansai University (Senriyama Campus) | Measurement of acoustic characteristics of Silicon impression material for oral ultrasonic device Marie Tabaru, Shohei Fukuda, Kentaro Nakamura (Tokyo Tech.), Shinnosuke Hirata (Chiba Univ.), Kazuki Satomi, Kazuaki Nishimura (Tohoku Univ.) US2022-11 |
[more] | US2022-11 pp.10-14 |
| US | 2022-06-30 13:00 |
Osaka | Kansai University (Senriyama Campus) | Investigation on accuracy of reflection type FOPH under cavitaion Yuhei Asuka, Minoru Yamamoto, Koh Kimura, Shodai Suzuki, Yoshikazu Koike (Shibura Inst. of Tech.), Kiyohiro Hine, Shinji Ishitani (Panasonic) US2022-12 |
This research aims to realize a reflection type FOPH in order to measure a sound pressure precisely in a frequency band ... [more] | US2022-12 pp.15-18 |
| US | 2022-06-30 13:25 |
Osaka | Kansai University (Senriyama Campus) | 2-D FDTD simulation of moving sound source and receiver with directivity Takao Tsuchiya, Yu Teshima, Shizuko Hiryu (Doshisha Univ.) US2022-13 |
In this paper, moving sound source and receiver with directivity are implemented in the two-dimensional finite differenc... [more] | US2022-13 pp.19-24 |
| US | 2022-06-30 13:50 |
Osaka | Kansai University (Senriyama Campus) | Object discrimination ability of bats by operant conditioning Mayuko Mogi, Yu Teshima, Hare Nishida, Takao Tsuchiya, Shizuko Hiryu (Doshisha Univ.) US2022-14 |
Bats acquire information about a target by emitting ultrasound pulses from their mouths or noses and listening to the ec... [more] | US2022-14 pp.25-30 |
| US | 2022-06-30 14:15 |
Osaka | Kansai University (Senriyama Campus) | Identical criteria evaluation of detection and visualization of internal defects for noncontact acoustic inspection by normalization of both spatial spectral entropy and spectral entropy Kazuko Sugimoto, Tsuneyoshi Sugimoto (Toin Univ. of Yokohama) US2022-15 |
Non-contact, non-destructive and remote measuring method has been studied for detecting and visualizing internal defects... [more] | US2022-15 pp.31-36 |
| US | 2022-06-30 15:00 |
Osaka | Kansai University (Senriyama Campus) | Influence of transmitting/receiving sound field on accuracy of Double-Nakagami Model Taisei Higa, Yuki Ujihara, Shinnosuke Hirata, Kenji Yoshida, Tadashi Yamaguchi (Chiba Univ.) US2022-16 |
The Double-Nakagami Model has been proposed as a method of envelope statistics to evaluate tissue properties based on th... [more] | US2022-16 pp.37-41 |
| US | 2022-06-30 15:25 |
Osaka | Kansai University (Senriyama Campus) | Deep-Learning for High Quality and High Quantitative Ultrasonic Echo Imaging Yiran Li, Mengfei Zhang, Gento Ogane, Chikayoshi Sumi (Sophia Univ) US2022-17 |
[more] | US2022-17 pp.42-47 |
| US | 2022-06-30 15:50 |
Osaka | Kansai University (Senriyama Campus) | Considerations about L2- and L1-norm regularizations for ultrasound reverberation characteristics imaging and vectoral Doppler measurement Chikayoshi Sumi, Ou Tatsuu, Junya Takishima, Sayaka Shirafuji (Sophia Univ) US2022-18 |
[more] | US2022-18 pp.48-53 |
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