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All Technical Committee Conferences (Searched in: All Years)
| Committee | Date Time | Place | Paper Title / Authors | Abstract | Paper # | |
| US | 2014-05-26 14:45 |
Tokyo | Kikai-Shinko-Kaikan Bldg. | Influence of temperature distribution in tissue phantom by heat transfer of blood flow Kota Fukasawa, Kazuma Shimizu, Yuichi Hatano, Takenobu Tsuchiya, Nobuyuki Endoh (Kanagawa Univ.)  US2014-11 |
For the safety of the techniques of ultrasound diagnosis system, it is necessary to research the thermal effect of ultra... [more] | US2014-11 pp.19-24 |
| US | 2013-11-23 15:35 |
Kyoto | Kambaikan, Doshisha Univ. | Overview of the last five years studies for ambient noise imaging with acoustic lens Kazuyoshi Mori, Hanako Ogasawara, Toshiaki Nakamura (NDA), Takenobu Tsuchiya, Nobuyuki Endoh (Kanagawa Univ.) US2013-72 |
An aspherical lens has been designed and fabricated to develop a prototype system for ambient noise imaging which is the... [more] | US2013-72 pp.25-30 |
| US | 2012-08-27 14:00 |
Overseas | Pukyong National University | 3D-Simulation for temperature rise in tissue mimicking phantom with bone Nobuyuki Endoh, Takenobu Tsuchiya, Yu Sakuma, Shin Tanaka (Kanagawa Univ.) US2012-39 |
This paper describes about comparison between experiments and 3D simulations in the tissue mimicking phantom with bone. ... [more] | US2012-39 pp.27-31 |
| US | 2012-08-27 16:40 |
Overseas | Pukyong National University | Development of Four-Dimensional Underwater Image-Capture Apparatus Sayuri Matsumoto, Kageyoshi Katakura (Port and Airport Research Inst.), Mitsuhiko Nanri (Hitachi), Norihide Takeyama (Genecia), Takenobu Tsuchiya, Nobuyuki Endoh (Kanagawa Univ.), Takatoshi Noguchi (Mlit) US2012-44 |
A new underwater technology of visual contact and survey, which independent on water turbidity and/or illuminance has be... [more] | US2012-44 pp.53-58 |
| EA, US (Joint) |
2012-01-26 13:30 |
Osaka | Kansai Univ. | Measurement of temperature distribution caused by ultrasonic irradiation in split phantom using infrared imaging.
-- Estimation of heat transfer value from transducer -- Ryuta Niikawa, Suguru Sakuma, Shin Tanaka, Takenobu Tsuchiya, Nobuyuki Endoh (Kanagawa Univ.) US2011-90 |
For the understand of thermal effect by ultrasonic in body, the estimation of temperature rise in tissue using phantom w... [more] | US2011-90 pp.25-28 |
| US | 2011-08-30 13:55 |
Ibaraki | NRIFE | A Basic Study of Classification Method of Target Scattering for Ambient Noise Imaging with Acoustic Lens Kazuyoshi Mori, Hanako Ogasawara, Toshiaki Nakamura (NDA), Takenobu Tsuchiya, Nobuyuki Endoh (Kanagawa Univ.) US2011-42 |
We designed and made an aspherical lens with an aperture diameter of 1.0 m for Ambient Noise Imaging. It was expected th... [more] | US2011-42 pp.5-10 |
| EA, US (Joint) |
2011-01-20 16:00 |
Kyoto | Doshisha Univ. | Analysis of Convergence field by Sonic Crystal Lens using Finite Difference Time Domain Method Takenobu Tsuchiya, Tetsuo Anada, Nobuyuki Endoh (Kanagawa Univ.), Sayuri Matsumoto (PARI), Kazuyoshi Mori (NDA) US2010-101 EA2010-114 |
n this study, we calculated sound field converged by acoustical lens constructing from sonic crystal structure. We obtai... [more] | US2010-101 EA2010-114 pp.53-58 |
| US | 2009-08-28 14:15 |
Tokyo | Characteristics of pulse wave propagation in Luzow-Holm bay of Antarctic Ocean calculated by parabolic equation method.
-- Influence of amplitude of pulse wave by source and bottom depth -- Takenobu Tsuchiya, Tetsuo Anada, Nobuyuki Endoh (Kanagawa Univ.) US2009-32 |
Recently, the climate research of Ocean using Autonomous Underwater Vogel (AUV) and Ocean Acoustic Tomography (OAT) are ... [more] | US2009-32 pp.17-20 |
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| US | 2009-08-28 14:55 |
Tokyo | A Basic Study of Utilization of Time Reversal Process for Ambient Noise Imaging Using Acoustic Lens Kazuyoshi Mori, Hanako Ogasawara, Toshiaki Nakamura (NDA), Takenobu Tsuchiya, Nobuyuki Endoh (Kanagawa Univ.) US2009-33 |
In ambient noise imaging (ANI), each pixel of a target image is mapped by either monochrome or pseudo-color to represent... [more] | US2009-33 pp.21-26 |
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| EA, US (Joint) |
2009-01-29 15:45 |
Kyoto | Characteristics of frequency and incident angle of convergence field by aspherical acoustic lens for developing underwater acoustic imaging sonar system Sayuri Matsumoto (PARI), Yuichi Shin, Fumitaka Naito, Takenobu Tsuchiya (Kanagawa univ.), Norihide Takeyama (Genesia), Nobuyuki Endoh (Kanagawa univ.) US2008-80 EA2008-122 |
[more] | US2008-80 EA2008-122 pp.43-48(US), pp.35-40(EA) |
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| US | 2008-08-29 13:30 |
Tokyo | Jamstec | Analysis of convergence field of acoustical lens for micro-ultrasound probe and measurement of convergence field using the scale model Takenobu Tsuchiya (Kanagawa Univ.), Sayuri Matsumoto (PARI), Fumitaka Naito, Yuichi Shin, Mari Takahashi, Nobuyuki Endoh (Kanagawa Univ.) US2008-26 |
Recently, acoustical lens has been to use the development for measurement instrument in underwater acoustics field. For ... [more] | US2008-26 pp.1-6 |
| US | 2008-08-29 14:30 |
Tokyo | Jamstec | A Basic Study of Focusing Characteristics of Acoustic Aplanatic Lens for Ambient Noise Imaging Kazuyoshi Mori, Hanako Ogasawara, Toshiaki Nakamura (NDA), Yuji Sato (Univ. Tsukuba), Takenobu Tsuchiya, Tetsuo Anada, Nobuyuki Endoh (Kanagawa Univ.) US2008-28 |
Much attention has been paid to the new idea of detecting objects by using ocean ambient noise. This concept is called a... [more] | US2008-28 pp.11-16 |
| US | 2007-08-24 11:30 |
Kanagawa | The Port and Airport Research Institute | Analysis of sound propagation characteristics in Luzow-Holm bay of Antarctic Ocean using ray theory and parabolic equation method Takenobu Tsuchiya (Kanagawa Univ.), Shuki Ushio (NIPR), Nobuyuki Endoh (Kanagawa Univ.) US2007-30 |
[more] | US2007-30 pp.13-18 |
| US | 2007-08-24 14:40 |
Kanagawa | The Port and Airport Research Institute | Measurement for Underwater Acoustic Lens Convergence Sayuri Matsumoto (PARI), Norihide Takeyama (Genesia), Takenobu Tsuchiya, Tetsuo Anada, Nobuyuki Endoh (Kanagawa Univ.) US2007-33 |
Authors have been studying an Underwater Acoustic Lens design by using optical lens design method, which is a part of de... [more] | US2007-33 pp.31-35 |
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