The 30th Symposium on Ultrasonic Electronics (USE 2009) Program† Speaker* Applying to Young Scientists Award

Wednesday, November 18
9:50 Opening Celemony
10:00-10:45 Underwater Acoustics

Chair: Nobuyuki Endoh (Kanagawa University)

1J6-1*

Buried Object Imaging with Synthetic Aperture SONAR

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1J6-2*

Performance Evaluation of Chip-interleaving Method for Acoustic Communication

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1J6-3

Converging of phase-conjugate wave for length of array in underground###Teiichiro Ikeda1† Kentaro Kato2 Kunio Hashiba1 Ryusuke Imai2 Mitsuhiko Nanri2(1Hitachi Ltd., Central Research Laboratory; 2Hitachi Ltd., Defense Systems Group)
Tadashi Ebihara† Koichi Mizutani Naoto Wakatsuki (Univ. Tsukuba)
Toshiaki Kikuchi† (Natinal Defense Academy)

10:45-10:50 Break
10:50-11:50 High Power Ultrasonics, Sonochemistry
1J4-1

Chair: Kentaro Nakamura (Tokyo Institute of Technology)

The High-Precision Machining by Ultra Sonic Vibration Cutting Method with Using
Lower-Young's Tool

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1J4-2*

Examination of Sandwich-type Multi-degree-of-freedom Spherical Ultrasonic Motor

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1J4-3*

Visualization of cavitation behavior and sonochemical efficiency of a rectangular sonochemical reactor ###1J4-4

Sonoluminescence of alkali-metal atoms in sulfuric acid: Comparison with water

Toshiaki Furusawa1† Tsuneyoshi Suzuki2 Hirobumi Mugishima2 Masanori Ito1
(1School. Scie.&Eng., Teikyo Univ; 2Suzuki Precion Ltd.)Bo Lu1† Manabu Aoyagi1 Takehiro Takano2 Hideki Tamura3(1Muroran Institute of Technology; 2Tohoku Institute of Technology; 3Yamagata Univ.)
Genki Sugiyama1† Yoshihiro Kojima2 Yoshiyuki Asakura3 Shinobu Koda1(1Nagoya Univ.; 2Nagoya Univ.; 3Honda Electronics)

Shin-ichi Hatanaka1† Shigeo Hayashi1 Pak-Kon Choi2 (1Univ. of Electro-Comm.; 2Meiji Univ.)###

11:50-13:10 Lunch
13:10-14:00 Invited Talk 1
1I-1

Chair: Kyuichi Yasui (AIST)

Ultrasonic Atomization for Controlled Mist Generation and Ethanol Separation --Visual Analysis andProcess Development--

Katsumi TSUCHIYA (Doshisha University)

14:00-16:00 Poster Session
1P2-1

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Chair: Koichi Mizutani (University of Tsukuba)

Further Correction of Measurement and Inference Errors in Piezoelectric Equivalent InductanceComponents

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1P2-2

Evaluation of irradiation embrittlement in RPV steels by EMAR measurements

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1P2-3*

Reconsidering of the communication method for a wearable device using ultrasonic waves

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1P2-4

Measurement on Ultrasonic Attenuation Coefficient of Tissue Mimicking Materials

###Michio Ohki† (Natl. Def. Acad.)

Yasuhiro Kamada1† Toshihiro Ohtani2 Hiroaki Kikuchi1 Satoru Kobayashi1(1Iwate Univ.; 2Shonan Institute of Technology)

Shin-nosuke Suzuki1† Manabu Ishihara1 Yukio Kobayashi1 Nagaya Okada2 Kazuto Kobayashi2(1Oyama N.C.T.; 2Honda Electronics)
Tomoji Yoshida† Toshio Kondo (Tokushima Bunri Univ.)

1P2-5

C-mode observation of nonlinearity parameter B/A by automatic measurement

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1P2-6

Uncertainty factor of hydrophone active element diameter mesurement for sensitivity calibration

###1P2-7*

Numerical Analysis of Piezoelectric Sensor for Simultaneous Measurement of Liquid
Density and Viscosity

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Calorimetric Method for Measuring High Ultrasonic Power by Using Distilled Water as
the Heating Material -Effects of Waterbath Wall Material and Structure-###

1P2-9*

Temperature Dependence of an Ultrasonic Hydrogen Sensor ###

1P2-10Measurement of Young's Modulus of Materials Using a Change in Motional Capacitance of
the Electrical Equivalent Circuit of Quartz-Crystal Tuning-Fork Tactile Snesor

###1P2-11

Measurement of Mist Density Using Airborne Ultrasound###

1P2-12

Feasibility Study on Temperature Profile Monitoring  of Solidification Process Using Ultrasonic Method ###1P2-13Ultrasonic Drain Flow Measurement Using Correlation Technique ###

1P2-14

Group delay method for Evaluation of Layer Material Properties

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Shigemi Saito1† Jung-Ho Kim2 (1Tokai Univ.; 2GW Corp.)

Masahiro Yoshioka† (National Institute of Advanced Industrial Science and Technology(AIST))

Jun Takarada1† Naoto Wakatsuki1 Koichi Mizutani1 Ken Yamamoto2 (1Univ. Tsukuba; 2Kansai Univ.)

1P2-8

Tsuneo Kikuchi† Takeyoshi Uchida (NMIJ/AIST)

Masashi Sonoyama1† Hideaki Fujita2 Yoshimine Kato1 (1Kyushu Univ.; 2Oriimec Corporation )Hideaki Itoh† Naoki Hatakeyama (Shinshu Univ.)

Tomohiro Akiyama Naoto Wakatsuki† Kojiro Nishimiya Koichi Mizutani (Univ. Tsukuba)
Manabu Takahashi1† Ikuo Ihara2 (1Graduate Student of Nagaoka Univ. of Technology;2
Department of Mechanical Engineering, Nagaoka Univ. of Technology)
Ichiro Nishimura1† Akira Yamada2 Mitsutaka Uchida2
1( Tokyo Denki Univ.; 2Tokyo Univ. of Agriculture and Technology)

Junjie Chang1† Junichi Nakayama2 (1Japan probe Co. Ltd.; 2Kyoto Institute of Technology)

1P2-15* Reflection Point Search by Rectangular Sound Source with Different Dimensions forTransmitting and Receiving###

1P2-16* Analysis of Therapeutic Ultrasound Pressure Field with Schlieren Optical System

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1P2-17* Accuracy verification of visceral fat area measurement using ultrasound tomography

###Hiroyuki Masuyama† (Toba Natl. Coll. Mar. Tech.)

Ryosuke Omura† Shin-ichiro Umemura Shin Yoshizawa (Tohoku Univ.)
Koichiro Kawamoto† Akira Yamada Masao Wada (Tokyo Univ. A&T)

1P2-18* Study of Transducer Arrangement and Reconstruction Technique of Acoustic Computerized Tomography
Using Flexibly Arranged Transducers###
Ayumu Minamide1,2† Naoto Wakatsuki1 Koichi Mizutani1 (1Univ. Tsukuba; 2JSPS Research Fellow)

1P2-19Lateral Detecting Limit of Underground Imaging Owing To Directivity of Sound Source

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1P2-20Development of high resolution photoelastic ultrasonic visualization system using pulse laser for theobservation of sound field of 50 MHz phased array system###

Ryo TOH† Daiki ANDO Seiichi MOTOOKA(Department of Electrical Electronics and Computer Engineering, Chiba Institute of Technology)

Tsuyoshi Mihara† Shou Washimori Takumi Hamashima Hatsuzo Tashiro (Univ. of Toyama)

1P2-21* Magnetic imaging by ultrasonic techniques###

1P2-22* Imaging of GHz surface acoustic wave through the photoelastic effect###

1P2-23Development of inspection equipment for bottom edges of rails with guided waves

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1P2-24* An examination on CIP-ABC for Multi-Dimensional FDTD Acoustic Simulation

###1P2-25

Simulation of wave propagation in an inner head for bone-conducted ultrasound###

1P2-26

A 3-D sound field rendering with digital boundary condition using GPU###Hisato Yamada† Keisuke Nakamoto Kenji Ikushima (Tokyo Univ. of Agri. and Tech.)Taiki Saito† Osamu Matsuda Motonobu Tomoda Oliver B. Wright (Hokkaido Univ.)

junjie Chang1† Katsumi Ohira1 Tkahiro Hayasi2 Keita Kataoka3 (1Japan probe Co. Ltd.;
2
Nagoya Institute of Technology; 3East Japan Railway Company)
Yoshifumi Harada1† Kan Okubo1 Norio Tagawa1 Takao Tsuchiya2(1Tokyo Metropolitan Univ.; 2Doshisha Univ.)

Yoh-ichi Fujisaka1,3† Atsushi Sakaguchi2 Yoshiaki Watanabe2 Seiji Nakagawa3(1RION; 2Doshisha Univ.; 3AIST)
Tsuchiya Takao† (Doshisha Univ.)

1P2-27* Nonlinear ultrasonic imaging of closed cracks using subtraction of responses at different loads

###1P2-28* Harmonic generation in Lamb wave in a plate with contacting interfaces

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Makoto Hashimoto† Yoshikazu Ohara Hiroaki Endo Yohei Shintaku Kazushi Yamanaka (Tohoku Univ.)
Masashi Eto† Shiro Biwa Eiji Matsumoto (Kyoto Univ.)

1P2-29

Detection and Imaging of Inclusions in Continuously-Casted Steel Plates

1P2-30

Improvement of Ultrasonic CT images for wood by consideration of the anisotropic acoustic property andinterpolation based on ML-EM
###

Koichiro Kawashima1† Toshihiro Ito2 Yasuaki Nagata3 (1Nagoya Inst. Tech.
(Currently Nagoya Ind. Sci. Res. Inst.); 2Nagoya Inst. Tech.; 3Nippon Steel)###

Honghui Fan† Shuqiang Guo Hirotaka Yanagida Yasutaka Tamura(Yamagata Univ. Graduate School of Science and Engineering )1P2-31* Acoustical Defect Reconstruction in Square Billet###

1P2-32* Development of Ball SAW Gas Chromatograph for Natural Gas Analysis

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1P2-33* Distinguish the Buried Objects of Extremely Shallow Underground by Frequency Response Using
Scanning Laser Doppler Vibrometer

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1P2-34* Validation of Applicability of Surface-wave Method Using Giant-magnetostriction Vibrator as Seismic
Source###

1P2-35* Optimization for Ultra-violet Photothermal Image Measured with Reflection Objective

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1P4-1

Modeling of parametric loudspeakers using the Gaussian-beam expansion technique

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1P4-2

The effects of the non-ideal ultrasound transducer on the performance of a parametric loudspeaker

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1P4-3

The comparative study of difference frequency waves generated from dual-frequency sound beams 

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1P4-4

Proposal of a loudspeaker for low frequency range by composite vibration type ultrasonic motor

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1P4-5

Simulation of friction characteristics of ultrasonic motors lubricated with oil###

1P4-6*

Experimental evaluation of ultrasonic motors lubricated with oil.

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1P4-7

Study on Double-Mode Miniature Cantilever-Type Ultrasonic Motor using Lead-free Multilayer
piezoelectric Ceramics

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1P4-8

Generation of Rotary Motion Using Straight Moving Ultrasonic Motors

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1P4-9*

Configuration of an Ultrasonic Motor Comprising Bolt-clamped Langevin Transducers###

Hideto Mitsui† Koichi Mizutani Naoto Wakatsuki (Univ. Tsukuba)

SHINGO AKAO1,2,4† Yutaro Yamamoto1,4 Hiroki Nagai1,4 Tsuneo Ohgi2,4 Takayuki Yanagisawa2,4
Kazuko Okubata3,4 Hisaya Jige3,4 Takeshi Fukiura3,4 Norikata Nakaso2,4 Toshihiro Tsuji1,4 Kazushi Yamanaka1,4(1Tohoku Univ.; 2TOPPAN Printing; 3YAMATAKE; 4JST-CREST)

Touma Abe† Tsuneyoshi Sugimoto (Toin Univ.)

Akihiro Kamohara1† Youhei Kawamura1 Yuya Nakahata1 Hirokazu Okawa2 Koichi Mizutani1(1Univ. Tsukuba; 2Akita Univ.)
Noriyuki Fujii† Akira Harata (Kyushu Univ.)

Chao Ye Ming Wu Shuaibin Wu Chenxi Huang Jun Yang†(Institute of Acoustics, Chinese Academy of Sciences)
Ming Wu† Chao Ye Shuaibin Wu Chenxi Huang Jun Wu(Institute of Acoustics, Chinese Academy of Sciences)

Dengyong Ma† Jun Yang (Institute of Acoustics, Chinese Academy of Sciences)
Hiroki Saito† (Chiba Institute of Technology)

Kentaro Nakamura1† Takaaki Ishii2 (1Tokyo Institute of Technology; 2Yamanashi Univ.)

Takahiro Takeuchi1† Yusuke Nakamura1 Yuki Keimoto1 Takaaki Ishii1 Kentaro Nakamura2(1Univ. of Yamanashi; 2Tokyo Institute of Technology)

Yutaka Doshida1† Hiroyuki Shimizu1 Taisei Irieda1 Hideki Tamura2 Yoshiro Tomikawa2 Seiji Hirose2(1Taiyo Yuden Co.,Ltd.; 2Yamagata Univ.)

Junji Matsuda† Tomoaki Watanabe Yoshitaka Kato Akira Nakano Mitsutaka Hikita (Kogakuin Univ.)
Atsuyuki Suzuki1† Tomohiro Tanaka1 Jiromaru Tsujino2(1Tokuyama College of Technology; 2Kanagawa Univ.)

1P4-10* A Design and Characteristics for Mode-Coupling LiNbO3 Ultrasonic Motor Depended on
Length to Width Ratio of the Stator Vibrator

Hideki Tamura1† Takanori Morooka1 Yasuhiro Yamayoshi1 Manabu Aoyagi2 Takeshiro Takano3 Seiji Hirose1(1Yamagata Univ.; 2Muroran Inst. of Tech.; 3Tohoku Inst. of Tech.)

1P4-11###

FEM Analysis of Sound Field Characteristics in Air Gaps of Noncontact Ultrasonic Motor with FlexuralStanding Wave Vibration Disks
###Yasuhiro Yamayoshi† Jun Shiina Hideki Tamura Seiji Hirose (Yamagata Univ.)

1P4-12* Miniaturization of traveling wave ultrasonic linear motor

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1P4-13* An emulsion generating device by an ultrasonic vibration and a microchannel

###1P4-14###

Shuichi Kondo† Daisuke Koyama Kentaro Nakamura (Tokyo Tech)

Takuya Harada† Takefumi Kanda Koichi Suzumori Tsutomu Ono Sotaro Iwabuchi Kazuyuki Ito Ken-ichi
Ogawara Kazutaka Higaki (Okayama Univ.)

Study of an acoustic field in micro channelTeruyuki Kozuka1† Shinich Hatanaka2 Kyuichi Yasui1 Toru Tuziuti1 Judy Lee1 Atsuya Towata1(1AIST; 2UEC)

1P4-15

Liquid Mixing using Streaming in Frequency-Modulated Ultrasonic Beams Radiated fromSAW Devices

Miyuki Maezawa1† Rui Kamada2 Takefumi Suda3 Tomoo Kamakura3(1OLYMPUS; 2Sony Engineering; 3The Univ. of Electro-Communications)###

1P4-16* Finite element analysis of acoustic streaming in an ultrasonic air pump.

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1P4-17* A Study on Loop-Tube Type Thermoacoustic Cooling System for Practical Use - Effect of Heat
Pump Heat Exchanger Cross-Sectional Area on Sound Field and Cooling Capacity -###

1P4-18* A study on sound field control in a thermoacoustic cooling system by applying a phase adjuster-Understanding by using sound field and P-ξ curve-

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1P4-19* New approach of silencer based on the thermoacoustic effect###

1P4-20High-Speed Observation of Cavitation Burst Generated by Focused Ultrasound###

1P4-21On the influence of surface active solute on ultrasonic waveform distortion in liquidcontaining air bubbles

###Yuji Wada† Daisuke Koyama Kentaro Nakamura (Precision and Intelligence Laboratory,
Tokyo Institute of Technology)

Yu Oishi1† Shin-ichi Sakamoto2 Yuji Kitadani1 Yoshiaki Watanabe3 (1Faculty of Engineering, Dosisha Univ.;
2
Department of Electronic Systems Engineering, Univ. of Shiga prefecture;
3
Faculity of Life and Medical Sciences, Doshisha Univ.)

Shintaro KOMIYA1† Shin-ichi SAKAMOTO2 Yuji KITADANI1 Yoshiaki WATANABE3(1Faculty of Engineering, Doshisha Univ.; 2Department of Electronic Systems Engineering,
Univ. of Shiga Prefecture; 3Faculty of Life and Medical Sciences, Doshisha Univ.)

Shin-ichi Sakamoto1† Daichi Tsukamoto2 Yoshiaki Watanabe2 (1Univ. of Shiga Prefecture; 2Doshisha Univ.)
Pak-Kon Choi† Tsuyoshi Furukawa (Meiji Univ.)

Toru Tuziuti† Kyuichi Yasui Judy Lee Teruyuki Kozuka Atsuya Towata Yasuo Iida (AIST)

1P4-22* Investigation of cleaning effect by micro bubbles under ultrasonic irradiation

Yukio Tanimura1† Kenji Yoshida2 Yoshiaki Watanabe2 (1Facul. Eng., Doshisha Univ.;2Life & Medi. Sci., Doshisha Univ.)###

1P4-23

FEM Calculation of Piezoelectric Property on the Geometrical Configuration of a Sonochemical Reactor ###1P4-24

Consideration of output signal from cylindrical hollow type cavitation sensor -Investigation by dissolved
oxygen level and sonochemical luminescence-
###Nagaya Okada† Yoshiyuki Asakura (HONDA ELECTRONICS CO., LTD.)

Takeyoshi Uchida1† Hidenobu Sato2 Shinichi Takeuchi2 Tsuneo Kikuchi1(1NMIJ•AIST; 2Toin Univ. of Yokohama)

1P4-25* Effects of pressure and temperature on the sonochemical reaction in a flow-type sonochemical reactor

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1P4-26* Sonochemical Reactions under Single and Dual Frequency in Different Geometry Sonoreactors

###1P4-27

Dispersion method using focused ultrasonic field

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1P4-28

Uniform dispersion of solute clusters in liquid metal by ultrasound###

1P4-29* Effect of Ultrasound on Agglomeration and Redistribution of Microbubbles

###Tsuyoshi Morita1† Yosihiro Kojima1 Shinobu Koda1 Yoshiyuki Asakura2(1Nagoya Univ; 2Honda Electronics Co., Ltd.)

Younggyu Son† Myunghee Lim Mingcan Cui Jeehyeong Khim
(School of Civil, Environmental, and Architectural Engineering, Korea Univ.)

Misun Jo1† Jungsoon Kim2 Moojoon Kim1 Kanglyeol Ha1 Hyunmin Park3 Mincheol Chu3
1
( Pukyong National Univ.; 2Tongmyong Univ.; 3Korea Research Institute of Standard and Science)
Jeong IL Youn† Dae Gyun Ko Geun Hong Yu Young Jig Kim( School of Advanced Materials and Engineering, Sungkyunkwan Univ.)
Daisuke Kobayashi† Yoshiyuki Hayashida Koichi Terasaka (Keio Univ.)

1P4-30* Analysis of Energy Consumption in Ultrasonic Soil Washing Processes for the Diesel-Contaminated Soil ###Sang-Geon Nam† Younggyu Son Sang-Hyun Cho Jihoon Cha Myunghee Lim Jeehyeong Khim (Korea univ.)

1P4-31* Ultrasound assisted Soil washing with Surfactant for the removal of Diesel

###1P4-32* Enhanced soil-washing process by ultrasound for the diesel-contaminated soil.

###1P4-33* The use of ultrasound irradiation for extracting bitumen from oil sand

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1P6-1

###

Sang-Hyun Cho† Younggyu Son Jihoon Cha Sang-geon Nam Myunghee Lim Jeehyeong Khim (Korea Univ.)
Jihoon Cha† Younggyu Son Sang-Geon Nam Sang-Hyun Cho Mingcan Cui Jeehyeong Khim
(Department of Civil, Environmental and Architectural Engineering, Korea Univ.)

Hirokazu Okawa1† Tomonao Saito1 Ryota Hosokawa1 Takashi Nakamura1 Youhei Kawamura2(1Akita Univ.; 2Univ. of Tsukuba)

Numerical analysis of propagated pulse waveform in Luzow-Holm Bay of Antarctic Ocean

Takenobu Tsuchiya1† Sayuri Matsumoto2 Ryuta Niikawa1 Tetsuo Anada1 Nobuyuki Endoh1(1Kanagawa Univ.; 2PARI)1P6-2

Influence on sound fields by propagation angle of internal wave.

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1P6-3

Construction and release of the ocean acoustics calculation Web site

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1P6-4

Acoustic monitoring of water atomosphere in Lake Biwa

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1P6-5

Influence of the Sediment Properties on the Range-Frequency Interference in Shallow Water

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1P6-6*A case study of sound propagations in consideration of ocean fluctuations###

1P6-7*

Preliminary Result of Biological Transient Noise Observation Using 2 Sets of 4-Element
Hydrophone Array###

1P6-8*

Acoustic Characteristics of Pure Snapping Shrimp Sound Observerd under Laboratory Conditions###

1P6-9*

Measurements of Breaking wave noise in the sea-cliff zone.

###1P6-10A study on reduction of flow-induced noise in water using open-cell foam###Toshiaki Tsurugaya1† Toshiaki Kikuchi2 Koichi Mizutani3 Naoto Wakatsuki3(1NEC Corp., Univ. of Tsukuba; 2NDA; 3Univ. of Tsukuba)
Toshio Tsuchiya† (JAMSTEC / TUMSAT)

Takaharu KITAMURA† Yoshiaki WATANABE (Department of Life and medical sciences,Doshisha Univ.)
Jooyoung Hahn† (Korea Ocean Research & Development Institute)

Hanako Ogasawara† Kazuyoshi Mori Toshiaki Nakamura (National Defense Academy)

Haruki Kada1† Kazuyoshi Mori1 Hanako Ogasawara1 Toshiaki Nakamura1 Takenobu Tsuchiya2 Nobuyuki Endoh2(1National Defense Academy; 2Kanagawa Univ.)
Byoung-Nam Kim† Jooyoung Han Bok Kyoung Choi Bong-Chae Kim(Korea Ocean Research and Development Institute)
Sungho Cho† Jee Woong Choi (Hanyang Univ.)

Seongwook LEE† (Korea Ocean Research & Development Institute)

1P6-11* A stady of noncontact ultrasonic thickness gauging for steel structures in ports

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1P6-12* Acoustic Properties of Sediment in SONAR Frequency Range

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1P6-13* Basic Study on Long Range Acoustic Positioning for Cruising AUV###Natsuki Yoshizumi1† Sayuri Matsumoto1 Kageyoshi Katakura1 Takashi Matsumoto2
Harumi Fukuda2 Hideki Kume2
1
2( Port and Airport Research Institute; Ministry of Land, Infrastructure, Transport and Tourism Japan)
Shinta Takano1† Teiichiro Ikeda1 Ryusuke Imai2 Ken Nishihira2 Hiroshi Nozawa3
Masahiko Takano2 Kunio Hashiba1 Mitsuhiko Nanri2
1( Hitachi, Ltd., Central Research Laboratory; 2Hitachi, Ltd., Defense Systems Group ;3
Hitachi Information & Communication Engineering, Ltd.)

Yoshitaka Watanabe1† Hiroshi Ochi1 Takuya Shimura1 Taketo Hattori2
1( Japan Agency for Marine-earth Science and Technology; 2Nippon Marine Enterprises)

1P6-14

Numerical Analysis of Time Reversal Process for Target Range Estimation on Ambient Noise Imaging
using Acoustic Lens

Kazuyoshi Mori1† Hanako Ogasawara1 Toshiaki Nakamura1 Takenobu Tsuchiya2 Nobuyuki Endoh2(1National Defense Academy; 2Kanagawa Univ.)###

1P6-15* Design for Off-Axis Aplanatic Acoustic Mirror

###

1P6-16###

Yuji Sato1† Koichi Mizutani1 Naoto Wakatsuki1 Toshiaki Nakamura2(1Univ. Tsukuba; 2National Defense Academy)

Sutdy on Geometric Evaluation Method of Underwater Acoustic Lens

Sayuri MATSUMOTO1† Norihide TAKEYAMA2 Takenobu TSUCHIYA3 Nobuyuki ENDOH3(1PARI; 2GENESIA; 3Kanagawa Univ.)

16:00-16:45 Measurement techniques, Imaging, Nondestructive evaluation I Chair: Masahiro Ohno (Chiba Institute of Techonology)
1J2-1

Non-contact type viscometry using the displacement and phase of specimen liquid excitedby aerial sound.

###1J2-2*

Field Monitoring of Soil Moist State and Groundwater Level using Ultrasonic Waves

###

1J2-3*

Imaging of Acoustic Scattering Object Using Time Reversal Wave Interpolated Between Microphones

###Youhei Kawasaki† Hidekazu Tai Tsutomu Kobayashi (Nihon Univ.)

Kazuhiro Hirai1† Takefumi Suda1 Nobutaka Hiraoka1 Katsuhiko Tanaka1 Kazunari Sako1
Ryoichi Fukagawa1 Makoto Shimamura2 Asako Togari2(1Ritsumeikan Univ.; 2East Japan Railway Company)
Kazuki Tsuguma† Hideto Mitsui Naoto Wakatsuki Koichi Mizutani (Univ. Tsukuba)

16:45-16:50 Break16:50-17:35 Measurement techniques, Imaging, Nondestructive evaluation II Chair: Ken Yamada (Tohoku Gakuin Univ.)
1J2-4

Evaluation of Elastic Inhomogeneity in ZnO Crystal by Means of the Micro-LFB Ultrasonic Material
Characterization System

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1J2-5*

Evaluation of oxygen precipitates in Si wafer by resonance ultrasound microscopy

###

1J2-6

Efficient nondestructive evaluation of pipes by multireflecting guided wave energy trapping method###

Sho Yoshida† Yuji Ohashi Mototaka Arakawa Jun-ichi Kushibiki Noboru Sakagami(Graduate School of Engineering, Tohoku Univ.)

Hiroki Yoshida1† Hirotsugu Ogi1 Masahiko Hirao1 Kazuhito Matsukawa2 Hirofumi Harada3(1Graduate school of engineering science, Osaka Univ.; 2RenesasTechnology Corporation;
3
Siltronic Japan Corporation)
Hideo Nishino† Keiji Ogura kenichi Yoshida (Tokushima Univ.)

Thursday, November 19
9:10-9:55 Oral Session in English I
2E4-1

Chair: Tatsuro Matsuoka (Nagoya University)

Enhanced Drainage Capability Installed in Soft Clays due to Vibration Energy of PVDF
(polyvinylidene fluoride) Film###

Downsizing of the loop-tube-type cooling system~Effect of the installation position of heatpump and working gas in the tube~

###Numerical simulations of destruction of encapsulated microbubbles with bubble-bubble interaction

###Young Uk Kim† (Myongji Univ.)

2E4-2*

Kohei Hotta1† Shin-ichi Sakamoto2 Daichi Tsukamoto1 Yoshiaki Watanabe3(1Faculty of Engineering, Doshisha Univ. ; 2Department of Electronic Systems Engineering,
Univ. of Shiga Prefecture; 3Faculty of Life and Medical Sciences, Doshisha Univ. )2E4-3

Kyuichi Yasui† Judy Lee Toru Tuziuti Teruyuki Kozuka Atsuya Towata (AIST)

9:55-11:55 Poster Session
2P1-1*

Chair: Mami Matsukawa (Doshisha University)

Evaluation of ultrasonic attenuation in oxide thin films using Brillouin oscillations exited bywavelength-tunable picosecond ultrasound

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2P1-2

Elastic property of Fe/Pt superlattice studied by picosecond ultrasounds.

###

2P1-3

Destructive inspection of Weld Defect and its Nondestructive Evaluation by Photoacoustic Microscopy ###2P1-4*

Vibrations of nanostructures probed by ultrashort optical pulses

###

2P1-5

Amplitude and phase of photo thermal signal in leaf of a plant " scheffelera arboricola " measured
by PVDF sensor

###2P1-6*

Characterization of Defects in LiNbO3 Using PPE Method and IR Thermal Imaging Camera

###

2P1-7

Evaluation of RGB-LD generated photoacoustic images

###

2P1-8

Active thermographic imaging with a moving line-focus laser beam

###

2P1-9

Estimation of Thermal Diffusivities of High Polymer Transparent Films by Laser Induced Thermal Wave ###Kei Morita† Hirotsugu Ogi Nobutomo Nakamura Masahiko Hirao(Graduate School of Engineering Science, Osaka Univ.)

Atsuyoshi Uranishi† Nobutomo Nakamura Hirotsugu Ogi Masahiko Hirao(Graduate School of Engineering Science, Osaka Univ.)

Haruo Endoh Ryosuke Kato Daijiroh Shiraishi † Tsutomu Hoshimiya (Tohoku Gakuin Univ.)

Hirotaka Sakuma† Motonobu Tomoda Osamu Matsuda Oliver B. Wright (Grad. Sch. Eng., Hokkaido Univ.)

Tokunaga Yoshiaki Masatoshi Yoshimura† Koji Aizawa Junji Hirama (Kanazawa institute of technology)
Kunyong Lee1† Hisashi Miyazaki1 Yoichi Okamoto1 Jun Morimoto1 Kohji Toda2(1Dept. of MSE, NDA; 2Dept. of MSE, Tokyo City Univ.)
Tomoaki Takatsu† Haruo Endoh Tsutomu Hoshimiya(Graduate School of Engineering, Tohoku Gakuin Univ.)

Tomoaki Takatsu Nana Doi† Haruo Endoh Tsutomu Hoshimiya(Graduate School of Engineering, Tohoku Gakuin Univ.)

Akiyuki Minamide1† Hiroyuki Kobayashi2 Masatoshi Yoshimura2 Koji Aizawa2 Yoshiaki Tokunaga2(1Kanazawa Tech. College; 2Kanazawa Inst. of Tech.)

2P1-10* Direct measurement of surface displacement in picosecond laser ultrasonics

Atsushi Ohno† Osamu Matsuda Motonobu Tomoda Oliver B. Wright (Hokkaido Univ.)###A study of the recombination process at the p-n junction interface by
the photoexcited-carrier-concentration controlled piezoelectric photothermal method.

###

2P2-1

Study of Accuracy Improvement for Ultrasonic Positioning Method Installed in Sensor Network

###

2P2-2

Characterization of Hydride Orientation in Zircaloy Cladding Tubes with a Laser Ultrasound Technique ###2P2-3

Characterization of Layered Material Properties in Solid Oxide Fuel Cells using a Laser
Ultrasound Technique

###

2P2-4

Propagation Behaviors of ASF modes Propagating Along Wedge Tips with Defects

###

2P2-5

Characterizing hydride rims on Zircaloy tubes with laser ultrasound technique###

2P2-6*

Estimation of Acoustic reflection characteristics of human target

###

2P2-7

Transverse Velocity Measurement of Particle Flow Passing across an Ultrasonic Beam

###

2P2-8

On the Use of Trapped-Energy Mode of Backward-Wave-Type Thickness Vibration for
Liquid-Level Sensing###Mode Visualization System for Piezoelectric Resonators in High Temperature Environment

###2P1-11

Hitoshi Tamura1† Toshihiro Iki1 Tatuya Miyamoto1 Kentarou Sakai2 Atsuhiko Fukuyama1 Tetsuo Ikari1(1Faculty of Engineering, Univ. of Miyazaki ; 2Cooperative Research Center, Univ. of Miyazaki)

Tomoaki Watanabe† Akira Nakano Jyunji Matsuda Yoshitaka Kato Mitsutaka Hikita (Kogakuin Univ.)
Cheng-Hung Yeh† Che-Hua Yang (National Taipei Univ. of Technology)

Tsung-Mao Kao† Che-Hua Yang (National Taipei Univ. of Technology)
Yu-Hong Chen† Che-Hua Yang (National Taipei Univ. of Technology)
I-Hung Liu† Che-Hua Yang (National Taipei Univ. of Technology)

Ryosuke Fukushima† Jun-ya Takayama Hiroyuki Hachiya (Tokyo Institute of Technology)

Juei Igarashi1,2† Koichi Mizutani1 Naoto Wakatsuki1 (1Univ. Tsukuba; 2Schlumberger K.K.)

Shuichi Seto† Shuhei Horiuchi Ken Yamada (Tohoku Gakuin Univ.)

2P2-9

Tomoyuki Ishii† Yasuaki Watanabe Yuichiro Yano Shigeyoshi Goka
Takayuki Sato Hitoshi Sekimoto (T. M. U.)

2P2-10* Estimation of Sound Velocity Distribution Using Global Heuristic Search###

2P2-11* Parallel Simultaneous Transmission Air Flow Tomography Using Code Modulation Signal

###2P2-12* A Novel Scheme for Numerical Simulation of Acoustic Wave Propagation Using Generalized
CIP(m,n) Method

###

2P2-13###

Takeshi Ohbuchi1† Tadashi Ebihara1 Koichi Mizutani1 Naoto Wakatsuki1 Hiroyuki Masuyama2(1Univ. Tsukuba; 2Toba Natl. Coll. Mar. Tech.)
Shougo Takata† Akira Yamada Haiyue Li (Graguate School Of Bio-Application And
System Engineering , Tokyo Univ. A & T)

Naoki Kawada1† Kan Okubo2 Norio Tagawa2 Takao Tsuchiya3
1( Faculty of System Design, Tokyo Metropolitan Univ.; 2Graduate School of System Design,
Tokyo Metropolitan Univ.; 3Doshisha Univ.)

Analyses of the Insulators' Radiation Noises for Error Detection

Kyu Chil Park† JongRak Yoon (Pukyong Nat'l Univ.)

2P2-14* Observation of closed crack distribution by steering intense ultrasound and with shoe to housetransmitter and receiver###

2P2-15* Second Harmonic Components Detection for Fastening Bolts Using Double-Layered
Piezoelectric Transducer

###

2P2-16* Nonlinear propagation of amplitude-modulated wave in C/C composite###2P2-17

FBG-based vibration measurement of rotating structure using optical fiber rotaly joint ###

2P2-18

Anemometer Using Long Baseline Acoustic Probe with Precise Wireless Trigger

###

2P2-19Measurement of acoustic charastaristics in underground with groundwater

###

2P2-20Application of photoacoustic technique for characterization of thermal diffusivities ofnanostructured TiO2 films

###YOHEI SHINTAKU† YOSHIKAZU OHARA HIROAKI ENDO MAKOTO HASHIMOTO
KAZUSHI YAMANAKA (Tohoku Univ.)

Makoto Fukuda† Kazuhiro Yoshida Kazuhiko Imano(Faculty of Engineering and Resource Science, Akita Univ.)

Kazuyoshi Nagae† Shiro Biwa Eiji Matsumoto (Kyoto.Univ.)

Satoshi Tanaka† Atsushi Wada Nobuaki Takahashi (National Defense Academy)
Naoto Wakatsuki† Shin Kinjo Jun Takarada Koichi Mizutani (Univ. Tsukuba)

Hiroyuki Hachiya1 Takeshi Nishiyama1† Hiromichi Miyazaki2 Takahiro Kondoh2
Michio Matsumoto2 (1Tokyo Institute of Technology; 2Taisei Corporation)

Tomohiro Nin† Qing Shen Taro Toyoda (Depertment of Applied Physics and Chemistry
The Univ. of Electro-Communication )2P3-1*Development of Forward Flush Method for Ball SAW Gas Chromatograph###

2P3-2*Development of methanol sensor using SH-SAW for direct methanol fuel cell

###

2P3-3*

Measurements of liquid using reflected type SH-SAW sensor

###

2P3-4

Contour-mode AlN Resonator with High Coupling Factor

###

2P3-5

Multilayer scanning of RF BAW device for focus adjustment by laser probe system

###

2P3-6*

Quantitative Analysis of Power Leakage in a FBAR Device at the Anti-Resonance Frequency

###2P3-7*A Basic Study on AlGaN/GaN SAW resonator

###

2P3-8*A Basic Study on Mode Coupling SAW Devices with Face to Face Bonding

###

2P3-9

Phase Linear•Flat Wide Band•Low Loss Filters Using New Configuration of Unidrectional Up-Chirp
and Down-Chirp Dispersive Inter Digital Transducers

###Yutaro Yamamoto1,3† Shingo Akao1,2,3 Toshihiro Sakamoto1 Kazushi Yamanaka1,3(1Tohoku univ.; 2TOPPAN PRINTING; 3JST, CREST)
Satoru Mikuni1† Jun Kondoh1 Tomoaki Morikawa2 Naomi Sawada2 Tohru Ohta2(1Shizuoka Univ.; 2Suzuki Motor Corporation)

Masaya Ogura1† Jun Kondoh1 Mitsuo Aratono2 Shinji Murata2 (1Shizuoka Univ.; 2Alps Electric Co., LTD.)
Atsushi Isobe† Kengo Asai (Hitachi Ltd., Central Research Laboratory)
Nan Wu† Ken-ya Hashimoto Tatsuya Omori Masatsune Yamaguchi(Graduate School of Engineering, Chiba Univ.)

Florian Thalmayr1† Ken-ya Hashimoto1 Masanori Ueda2 Tatsuya Omori1 Masatsune Yamaguchi1(1Chiba Univ.; 2Fujitsu Laboratories)
Satoshi Oshiyama† Keishin Koh Kohji Hohkawa (Kanagawa Institute of Technology)
Hiroyuki Okitsu† Keishin Koh Kohji Hohkawa (Kanagawa Institute of Technology)

Yusuke Satoh† Kazuhiko Yamanouchi (Tohoku Institute of Technology)

2P3-10Characteristics of ZnO thin film surface acoustic wave devices fabricated using aluminum oxide film onsilicon substrates
###
Wen-Ching SHIH Tzyy-Long WANG† Ming-Hsien Chu Mu-Shiang Wu (Tatung Univ.)

2P3-11* A Consideration for Developing Tunable Ladder-type Acoustic Filters

###

2P4-2*

Effect of surface finish on mechanical properties of PCB joints bonded using ultrasonic energy

###

2P4-3*

Evaluation of high ductile ENIG plated electrodes bonded with transverse ultrasonic

###2P4-4*

Characteristics of longitudinal vibration to cut a circle shape by ultrasonic vibration

###2P4-5*

Examination on a high power Aerial Ultrasonic Generator using a Cross type Direction Changer forLongitudinal Vibration

###2P4-6*

Removal of the liquid in a small hole opened at both ends by high intensity aerial ultrasonic waves

###

2P4-7

Effect of initial concentration and frequency on sonochemical degradation of phenol

###

2P4-8

Direct US/O3 combination treatment of hormone in aqueous solutions###

2P4-9*

Sonochemical degradation of phenol and aniline in aqueous solution

###Tomoya Komatsu† Ken-ya Hashimoto Tatsuya Omori Masatsune Yamaguchi (Chiba Univ.)
Jong Bum Lee† Jong Gun Lee Seung Boo Jung (Sungkyunkwan Univ.)
Jong Gun Lee1† Jong Bum Lee1 Jeong Hoon Moon2 Seung Boo Jung1(1Sungkyunkwan Univ.; 2Suwon Science College)

Takuya Asami† Hikaru Miura (College of Science and Technology, Nihon Univ.)

Youichi Ito Tatsuro Kaneda† (Nihon Univ)
Youichi Ito Eri Takamura† (Nihoku Univ.)

Lam Hoang Pham1† Younggyu Son2 Myunghee Lim3 Mingcan Cui4 Jeehyeong Khim5(1Korea Univ.; 2Korea Univ.; 3Korea Univ.; 4Korea Univ.; 5Korea Univ.)
Cui ming can1 Sun young gyu2 Lim myung hee3 Khim jee hyeong4†
1( Korea Univisity; 2korea univisity; 3korea univisity; 4korea univisity)

Kenta Ishikawa1† Ben Nanzai2 Kenji Okitsu1 Norimichi Takenaka1 Hiroshi Bandow1(1Osaka Prefecture Univ.; 2Kanagawa Univ.)

2P4-10* Effect of Ultrasonic Frequency on Chlorinated Compounds Degradation

###2P4-11###

Myunghee Lim† Younggyu Son Mingcan Cui Jeehyeong Khim (Korea Univ.)

Sonophotocatalysis for the degradation of azo dye(C.I. Reactive Black 5)

Eunju CHO† Younggyu SON Hyunjun KIM Junghyun LIM Myunghee LIM Jeehyeong KHIM (Korea Univ.)

2P4-12* Sonophotochemical Degradiation of Phenol with Solid Catalysts

###2P4-13Ultrasonic Polymerization of N-isopropylacrylamide at Soluble and Insoluble Temperatures

###

2P4-14

Synergistic effect of sonolysis combined with photocatalysis for the reaction of carbon chain elongation ###Hyunjun Kim† Younggyu Son Junghyun Lim Eunjo Cho Myunghee Lim Jeehyeong Khim (Korea Univ)
Hirotaka Yanagida1† Erika Umeki2 Tatsuhisa Takahashi3 (1Yamagata Univ.;
2
CANON CHEMICALS; 3Asahikawa Medical College)

Yukio Naruke† Mika Goto Hisashi Tanaka Hisashi Harada (Graduate School of Meisei Univ.)

2P4-15

Reduction of MnO4- and formation of MnO2 nanoparticles in an ultrasonic field: the effects oforganic additives

###

Effect of Ultrasounic Irradiation on Enzymatic Saccharification of Cellulose

###Kenji Okitsu† Masaki Iwatani Rokuro Nishimura (Osaka Pref. Univ.)

2P4-16

Keiji Yasuda1† Daiki Kato1 Makiko Sakka2 Kazuo Sakka2 (1Faculty of Engineering, Nagoya Univ.;
2
Faculty of Bioresources, Mie Univ.)

2P4-17* The application of sonication for purifying soil contaminated with microorganism

###

2P4-18

Effect of ultrasound on phenol adsorption onto granular activated carbon

###

2P5-1*An orientation-controlled KNbO3 thick film transducer for high resolution ultrasonic imaging

###

2P5-2

Development of Sensing Capsule with Impedance Transforming Window for Puncture Needle-Type
Ultrasonography

###

2P5-3

Small Ultrasonic Linear-Array Probe to Support Endoscopic Surgery###

2P5-4*

Ultrasonic Circular Probe with Through Hole for Medical Applications

###

2P5-5

Development of Wide-Band Ultrasonic Transducer for Imaging of Inside Bone

###

2P5-6

Fabrication of Hydrophone using Titanium Membrane Acoustic Receiving Surface and Hydrothermally
Synthesized PZT Film for High Intensity Ultrasound###

Takashi Nakamura1† Hirokazu Okawa1 Youhei Kawamura2 Katsuyasu Sugawara1(1Akita Univ.; 2Univ. of Tsukuba)Jung hyun Lim1† Yong gyu Son2 Eun ju Cho3 Hyun jun Kim4 Ming can Cui5 Jee hyeong Khim6(1Korea Univ.; 2Korea Univ.; 3Korea Univ.; 4Korea Univ.; 5Korea Univ.; 6Korea Univ.)

Mutsuo Ishikawa1† Hiro Einishi1 Tomohito Hasegawa1 Takeshi Morita2 Yoshifumi Saijo3 Minoru Kurosawa1
Hiroshi Funakubo1 (1Tokyo inst. Tech.; 2The Univ. of Tokyo; 3Tohoku Univ.)

Masasumi Yoshizawa1† Takasuke Irie2 Kouichi Itoh3 Tadashi Moriya4
1( Tokyo Metropolitan College of Industrial Technology; 2Micorosonic Co., Ltd.;
3
Hitachi-Omiya Saiseikai Hospital; 4Professor Emeritus of Tokyo Metropolitan Univ.)

Katsuhiko Tanaka1† Yuusuke Tanaka1 Yoshimasa Kurumi2 Tohru Tani2 Yutaka Nishitani3 Masaki Takahashi 3
Osamu Takahashi4 (1Ritumeikan Univ.; 2Shiga Univ. of Medical Science; 3Krautkramer Japan; 4Japan Probe)
Yuusuke Tanaka1† Katsuhiko Tanaka1 Susumu Sugiyama1 Yoshimasa Kurumi2 Tohru Tani2(1Ritsumeikan univ.; 2Shiga Univ. Medical Sci.)

Kouhei Koumoto1† Takasuke Irie1,2 Masayuki Tanabe1 Norio Tagawa1 Kan Okubo1 Kouichi Itoh3(1Tokyo Metropolitan Univ.; 2Microsonic Co., Ltd.; 3Hitachiomiya Saiseikai Hospital)

Kazuho Yoshimura1† Norimichi Kawashima1 Takeyoshi Uchida2 Tsuneo Kikuchi2 Minoru Kurosawa3
Shinichi Takeuchi1 (1Toin Univ. of Yokohama; 2NMIJ•AIST; 3Tokyo Inst. of Tech)

2P5-7*

Staircase Voltage MOSFET Driver Circuit for Therapeutic Ultrasound###

2P5-8*

Vibration Analysis of Therapeutic Ultrasound Transducer by FEM###

2P5-9*

Ultrasound beam analysis affected by vibration mode on PZT single plate transducer

###Kosuke Moro† Shin Yoshizawa Shin-ichiro Umemura (Tohoku univ.)
Kenji Otsu† Shin Yoshizawa Shin-ichiro Umemura (Tohoku Univ.)

Takashi Azuma1† Shin-ichiro Umemura2 (1Hitachi Ltd., Central Research Laboratory;
2
Tohoku Univ., School of Engineering)

2P5-10* High Order Two-Dimensional Delta-Sigma Modulator for Ultrasound Transduser Array###

2P5-11* Multi-resonance transducer for ultrasonic imaging###

2P5-12* A method of liver fibrosis estimation based on combination of Rayleigh distributions###

2P5-13* Effect of blood vessel viscoelasticity on the pulse waveform

###

2P5-14

Improvement of Elastogram by Insertion of Damper Layer

###

2P5-15

Tissue Characterization Using Optically Assisted Ultrasonic Velocity-Change Imaging Method

###

2P5-16

Evaluation for Tissue Boundary Imaging Based on Motion Vector

###

2P5-17

New echo imaging and displacement measurement using a new virtual source

###Tomoki Hatakeyama1† Yasutaka Tamura1 Hirotaka Yanagida1 tatsuhisa takahashi2(1Yamagata Univ.; 2Asahikawa Medical College)

Natsuki Yoshizumi1† Kentaro Nakamura2 Shigemi Saito3 Katsumi Ohira4 Osamu Takahashi4 Iwaki Akiyama1(1Shonan Institute of Technology; 2Tokyo Institute of Technology; 3Tokai Univ.; 4Japan Probe)
Yu Igarashi1† Hiroshi Eduka2 Tadashi Yamaguchi2 Hiroyuki Hachiya1(1Tokyo Institute of Technology; 2Chiba Univ.)

Masashi Saito1† Yuya Yamamoto1 Mami Matsukawa1 Yoshiaki Watanabe1 Mio Furuya2 Takaaki Asada2(1Doshisha Univ.; 2Murata Manufacturing Co., Ltd.)
Takayuki Sato† Yasuaki Watanabe Shizuka Sato Hitoshi Sekimoto(Graduate School of Science and Engineering, Tokyo Metropolitan Univ.)

Hiromichi Horinaka† Satoshi Ishibashi Daisuke Sakurai Hajime Sano Tetsuya Matsuyama
Kenji Wada Toshiyuki Matsunaka (Osaka Prefecture Univ.)
Masui Hironari1† Azuma Takashi1 Sasaki Kazuaki2 (1Hitachi; 2Tokyo Univ. of A&T)

Chikayoshi Sumi† Kunio Shimizu Norihiko Matsui (Dept Info & Commun, Faculty of Sci & Tech, Sophia Univ.)

2P5-18

Displacement measurement lateral modulation and beamforming with a steered angle

###

2P5-19Preliminary Study on Microscale Tissue Characterization with in situ Inducible Microbubbles

###

2P6-1

Experimental study of radiation impedance with the effect of reflected wave from sonar-dome 

###

2P6-2

Wideband Tonpilz transducer with a void head mass

###

2P6-3

Measurement of Absorption Loss Coefficients for 80 kHz Band in the Sea Water at the Dpeth of 1,000 m.###2P6-4

Experimental verification of bit error rate in fading underwater acoustic communication channel

###

2P6-5

Reducing intercarrier interference for OFDM systems

###

2P6-6

Experiment of time-reversal communication at the range of 300 km

###

2P6-7*

Inter Symbol Interference with Impulse Response and its Effect for Acoustic Communication

###

2P6-8

Examination on Remote Control of CMOS sensor using ultrasonic communication in the shallow sea###Chikayoshi Sumi† Kunio Shimizu Norihiko Matusi(Dept Info & Commun Sci, Faculty of Sci & Tech, Sophia Univ.)

Rei Asami1† Takashi Azuma1 Teiichiro Ikeda1 Shinichiro Umemura2 Kenichi Kawabata1(1CRL,, Hitachi Ltd.; 2Tohoku Univ.)
Jungsoon Kim1† Moojoon Kim2 Kanglyeol Ha2 Heeseon Seo3 Cheeyeong Joh3
(1Tongmyong Univ.; 2Pukyong National Univ.; 3Agency for Defense Development )Saosometh Chhith† Yongrae Roh (Kyungpook National Univ.)

Hiroshi Ochi1† Yoshitaka Watanabe1 Takuya Shimura1 Takehito Hattori2 (1JAMSTEC; 2NME)

Jihyun Park1 Jong Woo Bae1 Joung-Soo Park2† Jong Rak Yoon1(1Pukyong Nat'l Univ.; 2Agency for Defense Development)

Chundan Lin1 Jong Rak Yoon2† (1China Univ. of Petroleum, Beijing, China;
2
Pukyong National Univ., Pusan, Korea)

Takuya Shimura1† Hiroshi Ochi1 Yoshitaka Watanabe1 Takehito Hattori2 (1JAMSTEC; 2NME)
Tadashi Ebihara1† Keiichi Mizutani2 Takeshi Ohbuchi1 Naoto Wakatsuki1 Koichi Mizutani1(1Univ. Tsukuba; 2Tokyo Tech.)

Yoshikazu Koike1 Hiroaki Arai1† Takahiro Yomoda1 Takyoshi Sekiguchi1 Harumasa Hojoh2(1Shibaura Insitute of Technology; 2Tokyo Univ. of Marine Science and Technology)

11:55-13:10 Lunch
13:10-14:00 Invited Talk 2
2I-1

Chair: Ken-ya Hashimoto (Chiba University)

Clues From Digital Radio---applied to Biomolecular Recognition

William D. Hunt (Georgia Institute of Technology)###

14:00-14:05 Break
14:05-15:05 Oral Session in English II
2E2-1

Chair: Hirotsugu Ogi (Osaka University)

High temperature broadband ultrasonic transducers for structural health monitoring and non-destructive
testing###
Makiko Kobayashi† Cheng-Kuei Jen (IMI, NRCC)

2E2-2*

Experimental study of thickness distribution imaging using laser source scanning

###

2E2-3

Dispersion Behaviors of Wedge Wave Propagating in Wedges with Hygroscopic Film in
Various Moisture.

###Analysis of guide wave which propagates along pipes filled with fluid###

Nor Salim Muhammad† Hayashi Takahiro Murase Morimasa Ito Toshihiro Kamiya Shoji(Nagoya Institute of Technology)

Po-Shien Tung† Che-Hua Yang Sheng-Wei Tang (National Taipri Univ. of Technolohy)

2E2-4

15:05-15:10 Break

Harumichi Sato† (AIST)

15:10-16:10 Oral Session in English III
2E5-1*

Chair: Iwaki Akiyama (Shonan Institute of Techonology)

Metastases Detection in Dissected Human Lymph Nodes Using Three-dimensional High-frequency
Ultrasound###

Sonochemical and Biological Outcomes of Changing Acoustic Modulation and Their Implication in
Therapeutic Ultrasound

###

2E6-1

Optimal Fish Target Strength for Detecting Fish School using Horizontal Echosounder

###

2E6-2

Measurements of underwater ambient noise generated by breaking waves in surf zone###Jonathan Mamou1† Alain Coron2,3 Masaki Hata4 Junji Machi4 Eugene Yanagihara4 Pascal Laugier2,3Tadashi Yamaguchi5 Ernest J. Feleppa1 (1F. L. Lizzi Center for Biomedical Engineering, Riverside
Research Institute, New York, NY; 2UPMC Univ Paris 06, UMR 7623, LIP, Paris, F-75005 France; 3CNRS,
UMR7623 Laboratoire d'Imagerie Parametrique, Paris, F-75006 France; 4Univ. of Hawaii and Kuakini
Medical Center, Honolulu, HI; 5CFME, Chiba Univ., Chiba, Japan)

2E5-2*

Mariame A. Hassan1,2† Mikhail A. Buldakov3 Ryohei Ogawa1 Qing-Li Zhao1 Yukihiro Furusawa1 Takashi Kondo1(1Department of Radiology, Graduate School of Medicine and Pharmaceutical Sciences, Univ. Toyama, Japan;
2
Department of Pharmaceutics and Industrial Pharmacy, Facult. Pharmacy, Cairo Univ.,
Egypt.; 3Cancer Research Institute of Tomsk Scientific Center, Russia)
Muhammad Kurnia -† Kohji - Iida Tohru - Mukai (Graduate School of Fisheries Sciences, Hokkaido Univ.)
Bong-Chae Kim† Byoung-Nam Kim Jooyoung Hahn Bok Kyoung Choi
(Korea Ocean Research and Development Institute)

16:10-16:15 Break
16:15-17:15 Oral Session in English IVChair:
Akira Harata (Kyushu University)
Chair: Mitsudaka Hikita (Kogakuin University)

2E1-1*

Liquid Jet Breakup by High Frequency Pressure Fluctuations

###

2E1-2

Acoustic Microrheology: Shear Moduli of Soft Materials Determined from Single Bubble Oscillations

###

2E3-1

Analysis of Anisimkin's (Quasilongitudinal) Modes in Piezoelectric Plates

###

2E3-2

Dispersion of guided waves propagating in a piezoelectric solid and dielectric fluid bi-layer system

###Atsushi Takeuchi† Keiji Sakai (Inst. Indust. Sci., Univ. of Tokyo)

Anatoliy Strybulevych1† Valentin Leroy2 John H. Page1 Martin G. Scanlon3
1( Dept. of Physics & Astronomy, Univ. of Manitoba; 2Laboratoire Matire et Systmes
Complexes, Universit Paris Diderot; 3Dept. of Food Science, Univ. of Manitoba)

Morio Onoe1† Shigetaka Kaga2 (1Professor Emeritus, Univ. of Tokyo; 2Nihon Dempa Kogyo Co., Ltd.)
Chia-Han Wu† Che-Hua Yang (National Taipei Univ. of Technology)

17:15-17:35 Awards Celemony
17:35- Banquet

Friday, November 20
9:10-10:25 Medical Acoustics

Chair: Tsuyoshi Shiina (Kyoto University)

3J5-1

Fast Ultrasonic Imaging of the Heart###

3J5-2*

Vibration Analysis of High Intensity Focused Ultrasound Source using Time Reversal:
Effect of Lamb Waves###

Hideyuki Hasegawa1,2† Hiroshi Kanai2,1 (1Graduate School of Biomedical Engineering, Tohoku Univ.;
2
Graduate School of Engineering, Tohoku Univ.)

Yasuhiro Kaneshima† Shin Yoshizawa Shin-ichiro Umemura (Tohoku Univ.)

3J5-3*

Evaluation of Liver Fibrosis Diagnosing Method by Scatterer Distribution Estimation

###

3J5-4

Evaluation of sonoporation using NIPA gel flow channel

###

3J5-5

Efficient cavitation induction with phase change nano droplet

###

Hiroshi Ezuka1† Tadashi Yamaguchi2 Yu Igarashi3 Naohisa Kamiyama4 Hiroyuki Hachiya3(1Graduate school of Advanced Integration Science, Chiba Univ.; 2Resarch Center for Frontier Medical
Engineering, Chiba Univ.; 3Graduate School of Sci. and Eng., Tokyo Institute of Technology;
4
Toshiba Medical Systems Co.)

Yoshiki Yamakoshi† Takashi Miwa Nobuyuki Yoshizawa Hiroki Inoguchi Yuji Takahashi Dongyu Zhang(Gunma Univ.)

Ken-ichi Kawabata1† Rei Asami1 Takashi Azuma1 Waleed Khalil3 Kazuaki Sasaki2 Shin-ichiro Umemura4(1Central Research Labarotatory, Hitachi,; 2Tokyo Univ. of Aguriculture and Technology;
3
Suez Canal Univ.; 4Tohoku Univ.)

10:25-10:45 Break
10:45-11:45 Physical Acoustics, Acousto -Optics
3J1-2*

Chair: Jun Morimoto (Natinal Defense Academy)

Elastic-Constant Measurement in thin films at low temperatures using pico-second laser ultrasoundspectroscopy

###

3J1-3

Evaluation of 4H-SiC Single Crystals Using the Ultrasonic Microspectroscopy Technology

###

3J1-4*

Time-resolved imaging of surface acoustic waves on two-dimensional phononic crystal
waveguides

###Measurement of in-plane electric properties in a wide band-gap semiconductor by Brillouinscattering method

###

Kenichi Tanigaki† Tatsuya Kusumoto Hirotsugu Ogi Nobutomo Nakamura Masahiko Hirao (Osaka Univ.)

Jun-ichi Kushibiki1 Yuji Ohashi1† Mototaka Arakawa1 Yuusuke Kourai1 Tomohisa Kato2 Hajime Okumura2(1Tohoku Univ.; 2AIST)

Keisuke Nanri1† Osamu Matsuda1 Motonobu Tomoda1 Oliver B. Wright1 Dieter Profunser1
Abdelkrim Khelif2 Vincent Laude2 Sarah Benchabane2
1( Grad. Sch. Eng., Hokkaido Univ.; 2FEMTO-ST, Besancon, France)

3J1-5

Takahiko Yanagitani1† Hiroyuki sano2 Mami Matsukawa2 (1NIT; 2Doshisha Univ.)

11:45-13:10 Lunch
13:10-14:00 Invited Talk 3
3I-1

Chair: Keiji Sakai (University of Tokyo)

Gigahertz Acoustic Spectroscopy by Micro-Brillouin Scattering 
14:00-16:00 Poster Session

Seiji Kojima (PAS, Univ. Tsukuba)###

Chair: Yasuaki Watanabe (Tokyo Metropolitan University)

3P1-1

Ultrasonic Light diffraction in liquid crystal in isotropic phase###

3P1-2*

Perfectly Matched Layers in the Cylindrical and Spherical Coordinates for Elastic Waves in Solids

###

3P1-3

Ultrasoinc Atenuation of a High Damping Alloy with Electromagnetic Acoustic Resonance

###

3P1-4

Analysis of Nanomechanical Antenna Structure Resonator Using Transfer Matrix Method andExamination of Its Frequency Gap###

Recognition of Optical Layered BPSK Labels Using Acoustooptic Processor for Hierarchical
Photonic Routing###

3P1-6*High Temperature Brillouin Scattering of Potassium Borate Glasses

###3P1-7*

Characterizations of C60 film by measuring internal friction

###Tatsuro Matsuoka† Junki Miyashita Shinobu Koda (Nagoya Univ.)
Takao Shimada† Koji Hasegawa (Muroran Institute of Tech.)Toshihiro OHTANI1† Fuxing YIN2 (1Shonan Institute of Technology; 2National Institute for Materials Science)

Hideaki Itoh† Hiroshi Tatebe (Shinshu Univ.)

3P1-5

Nobuo Goto1† Yasumitsu Miyazaki2 (1The Univ. of Tokushima; 2Aichi Univ. of Tech.)

Mitsuru Kawashima† Yu Matsuda Syunsuke Aramomi Seiji Kojima (Univ. Tsukuba, PAS.)

Syota Shimizu1† Takeru Miyamoto1 Kenta Kirimoto2 Yong Sun1 (1Kyushu Institute of Technology ;2
Kitakyushu National College of Technology)

3P1-8

Elastic Properties of Lithium Germanate Glasses Studied by Brillouin Scattering###

3P1-9*

Brillouin Scattering of Lysozyme Crystals in Aqueous Lower Alcohol Solutions###Kazuhiro Kaneda† Yu Matsuda Seiji Kojima (Tsukuba Univ.)

Hitoshi Kanazawa† Takahiro Ishii Seiji Kojima (Tsukuba Univ.)

3P1-10* Numerical Simulation of Ultrasound Propagation in Inhomogeneous Medium Including Randomly
Moving Scatters

Hideyuki Nomura† Tomoo Kamakura (Univ. of Electro-Communications)

3P1-11###

Distributed-Parameter Based Treatment of Interaction Process between Elastic and Dielectric
Energy in Piezoelectric Transducer: Part II

###

3P1-12* Characterization of broadband dispersion behaviors of wedge waves with different boundary
conditions by laser ultrasound technique###

3P1-13* Equivalent Circuit Model of Electric Contact Phenomena with Elastic and Plastic Deformation

###3P1-14

Plate Waves in Locally Resonant Sonic Materials

###3P1-15Rheology Measurement of protein solution by EMS system

###Michio Ohki† (Natl. Def. Acad.)

Che Hua Yang1 Wen Chih Wang2† (1National Taipei Univ. of Technology (NTUT);
2
National Taipei Univ. of Technology (NTUT))
Takayuki Kudo† Noboru Wakatsuki Takatsu Nobuo (Ishinomaki Senshu Univ)

Jin-Chen Hsu1† Tsung-Tsong Wu2 (1Department of Mechanical Engineering, National Yunlin Univ. of
Science & Technology, Yunlin 640, Taiwan; 2Institute of Applied Mechanics,
National Taiwan Univ., Taipei 106, Taiwan)

Maiko Hosoda1† Nami Kurauchi2 Miki Nakamura2 Hiroyasu Nomura1 Keiji Sakai3
1( School of Science and Engineering, Tokyo Denki Univ.; 2Kyoto Electronics Manufacturing Co, Ltd.;
3
Institute of Industrial Science, Univ. of Tokyo)

3P1-16* SAW Propagation Characteristics of Buried Type Optical-waveguides on LiNbO3 Substrates

###

3P1-17* Nanoscale mechanical contacts probed with picosecond acoustic phonons and ultrafast
electron diffusion

###3P1-18###Kei Kasahara1† Takehiko Uno1 Satoru Noge2 (1Kanagawa Inst. of Tech. ; 2Numazu National
College of Technology)

Yohei Iwasaki† Thomas Dehoux Oliver Bernard Wright Osamu Matsuda Motonobu Tomoda (Hokkaido Univ.)

Time-resolved imaging of confined Rayleigh and Lamb waves in micrometer size cavities and wedges
Motonobu Tomoda† Shinnosuke Matsueda Oliver B. Wright Osamu Matsuda Yoshiaki Nishijima
Kosei Ueno Saulius Juodkazis Hiroaki Misawa (Hokkaido Univ.)

3P1-19* Observation of microsecond wetting by microdroplets

Tatsuya Yamada† (Inst. Indust. Sci., Univ. of Tokyo)###

3P1-20* Observation of Bragg and hybridization gaps in 2D phononic crystals

###3P1-21###

Eric J.S. Lee† John H. Page (Univ. of Manitoba)

Read out of Spectrum in Hole-Burning on Piezoelectric Resonators

Fujio Tsuruoka† (Department of Physics, Kurume Univ. )3P1-22* Optical Visualization of Focused Ultrasound using Negative Refraction in Phononic Crystal

###

3P1-23* Measurement of wave velocity distribution in a trabecula by micro-Brillouin scattering###

3P1-24###

Kojiro Nishimiya1† Koichi Mizutani1 Naoto Wakatsuki1 Ken Yamamoto2 (1Univ. Tsukuba; 2Kansai Univ.)
Masahiko KAWABE1† Mami MATSUKAWA1 Norikazu OHTORI2 (1Doshisha Univ.; 2Niigata Univ.)

Time-resolved imaging of surface acousitc waves on GaAs

Shogo Kaneko† osamu Matsuda Motonobu Tomoda Oliver B. Wright (Grad. Sch. Eng., Hokkaido Univ.)

3P1-25* Vibrational modes in wire-type phononic crystals with square- and circular- cross sections###3P1-26* Fabrication and Evaluation of Highly Oriented Ta2O5 Piezoelectric Thin Films Prepared by
RF-Magnetron Sputtering###

3P1-27

Cementation effect evaluation by ultrasonic waves in granular materials

###3P3-1*

SHF band Filters Configured with Air-Gap Type Thin Film Bulk Acoustic Resonators

###

3P3-2

Crystallographic characteristics of (11-20) textured ZnO piezoelectric films fabricated bymagnetron sputtering with linear erosion

###Yushi Nakamura† Seiji Mizuno (Hokkaido Univ.)

Takeshi Mitsui† Akinori Tsuchiya Shoji Kakio Yasuhiko Nakagawa (Univ. Yamanashi)

Yong-Hun Eom1† Hung Q. Truong2 Yong-Hoon Byun2 Soon-Hyuck Jung2 Jong-Sub Lee2
(1Dept. of Tunnel Engineering, Dongmyeong Engineering; 2School of Civil,
Environmental and ArchitecturalEngineering, Korea Univ.)
Motoaki Hara† Tsuyoshi Yokoyama Takeshi Sakashita Shinji Taniguchi Masafumi
Iwaki Tokihiro Nishihara Masanori Ueda Yoshio Satoh (FUJITSU LIMITED)

Takayuki Kawamoto1,3† Takahiko Yanagitani2 Mami Matsukawa1 Yoshiaki Watanabe1 Yoshikazu Mori3
Syo Sasaki3 Masatoshi Oba3 (1Doshisha Univ.; 2Nagoya Inst. Tech.; 3OMRON)3P3-3*

Piezoelectric properties of c-axis highly tilted AlN films  

3P3-4High efficient optical mode converter using Lamb wave

3P3-5

Simple Simultaneous Modulation for Red, Green and Blue Laser Lights Using Surface-Acoustic-WaveDriven Acoustooptic Modulator
###Masashi Suzuki† Takahiko Yanagitani (NIT)

Koki Saito† Yasuhiko Nakagawa Shoji Kakio(Interdisciplinary Graduate School of Med.Eng.,Univ. of Yamanashi)

###
###

Shoji Kakio Susumu Shinkai† Yasuhiko Nakagawa (Univ. Yamanashi)

3P3-6

Analysis of SAW Resonator on SiO2/Al/LiNbO3 structure by using FEM/SDA

###

3P3-7*Development of High Coupling Coefficient SAW Resonator on Ta2O5/Al/LiNbO3 Structure

###

3P3-8

Acoustic Wave Devices composed of Periodical Poled Z-cut LiTaO3 Plate

###

3P3-9

Electromechanical Coupling Coefficient of Lamb Waves in Multilayered Piezoelectric Plates with
Distinct Electrode Arrangements

###Ultra Wide Band Resonator Composed of Grooved Cu-Electrode and its Application

###Hiroyuki Nakamura1† Hidekazu Nakanishi1 Rei Goto1 Ken-ya Hashimoto2 Masatsune Yamaguchi2(1Panasonic Electronic Devices; 2Chiba Univ.)
Hidekazu Nakanishi† Hiroyuki Nakamura Rei Goto (Panasonic Electronic Devices)

Michio Kadota1 Takashi Ogami1† Kansho Yamamoto1 Yasuo Cho2
1
( Murata Mfg. Co., Ltd.; 2Research Institute of Electrical Communication, Tohoku Univ.)

Yung-Yu Chen† (Tatung Univ.)

3P3-10Michio Kadota† Tetsuya Kimura Yasuyuki Ida (Murata Mfg. Co., Ltd.)

3P3-11* Theoretical Analysis of Leaky SAW Properties on Reverse-Proton-Exchanged Substrate###

3P3-12###

Hidenori Shimizu† Shoji Kakio Yasuhiko Nakagawa (Univ. Yamanashi)

Thickness Effect of Gold Film on Dynamics of Second Harmonic in Nonlinear Surface Acoustic Wave
Koji Aizawa1† Yukihiro Ishimaru1 Akiyuki Minamide2 Yoshiaki Tokunaga1(1Graduate School, Kanazawa Inst. of Tech.; 2Kanazawa Tech. College)

3P3-13* Multilayer shear mode resonator consisting of c-axis tilted ZnO films.

###

3P3-14Equivalent circuit analysis of efficiency improvement in multilayered polyurea ultrasonic transducers###

3P3-15

Optimal design of an ultrasonic planar array transducer

###3P3-16

Analysis of the backlashes in an ultrasonic transducer for volumetric imaging###

3P3-17* Development of 170-MHz Wireless-Electrodeless Quartz Crystal Microbalance Biosensor

###3P3-18* High Temperature Sensor Using β-Phase Quartz

###Noki Morisato1† Shinji Takayanagi2 Takahiko Yanagitani3 Mami Matsukawa2 Yoshiaki Watanabe1(1Life & Medi. Sci., Doshisha Univ.; 2Facul. Eng, Doshisha Univ.; 3Facul. Eng, Nitech Univ.)

Takahiro Aoyagi1† Daisuke Koyama1 Kentaro Nakamura1 Marie Tabaru2 (1Tokyo Tech; 2CRL, Hitachi Ltd.)
Wonseok Lee Yongrae Roh† (Kyungpook National Univ.)
Eunhee Shin† Yongrae Roh (Kyungpook National Univ.)

Hironao Nagai1† Yuji Fukunishi1 Hirotsugu Ogi1,2 Masahiko Hirao1 Masayoshi Nishiyama3
1( Graduate School of Engineering Science, Osaka Univ.; 2Life Phenomena and Measurement Analysis,
JST PRESTO; 3Renovation Center of Instruments for Science Education and Technology, Osaka Univ.)
Hiroyuki Tashiro1† Takehiko Uno1 Satoru Noge2 (1Kanagawa Institute of Technology;
2
Numazu National College of Technology)

3P3-19* Systematic research on the dependence of the aggregation behavior of  Aβ peptides on the amyloid nuclei
using multichannel wireless-electrodeless QCM###Yuji Fukunishi1† Hironao Nagai1 Hirotugu Ogi1,2 Masahiko Hirao1 Masayoshi Nishiyama3( Graduate School of Engineering Science, Osaka Univ.; 2Life Phenomena and Measurement Analysis,
JST PRESTO; 3Renovation Center of Instruments for Science Education and Technology, Osaka Univ.)
1

3P3-20Study of a Crystal Sensor with Two Pairs of Electrodes

###3P3-21

Wideband speaker using exponentially tapered piezoelectric bimorph actuators

###3P3-22

A Study of Vibratory Tactile Sensor Using a Horn Type Longitudinal Bar Resonator ###

3P3-23

Experimental Study of Frequency-Change-Type Acceleration Sensor

###

3P3-24Development of power generation in piezoelectric energy harvesting with array configurations###

3P5-1*

Measurement of Elastic Properties of Tissues with Shear Wave Propagation by the Acoustic
Radiation Force (I)###Shigenori Watanabe† Shunichi Wakamatsu Mitsuaki Koyama (Nihon Dempa Kogyo Co., Ltd.)

Huiuk Lee1† Jungsoon Kim2 Moojoon Kim1 Kanglyeol Ha1 (1Pukyong National Univ.; 2Tongmyong Univ.)
subaru kudo† (Ishinomaki Senshu Univ.)

Sumio Sugawara Yu Kajiwara† (Ishinomaki Senshu Univ.)

Daisuke Koyama† Kentaro Nakamura (Precision and Intelligence Laboratory, Tokyo Tech.)Marie Tabaru† Takashi Azuma Kunio Hashiba (Central Research Laboratory, Hitachi, Ltd.)

3P5-2*Ultrasonic Fields Designed for Effective Actuation of Soft Tissue Using Line Focus Array Transducers. ###3P5-3

Production of local acoustic radiation force to constrain microcapsules from diffusing in vivo

###

3P5-4*

Pulse Compression Imaging Based on Split-and-Merge Strategy

###

3P5-5*

Synthetic Aperture Ultrasound Imaging using Coded-excitation and Harmonics Signal

###

3P5-6

Precise Vascular Visualization in Power Doppler Imaging with Motion Compensation

###3P5-7*

Ultrasound Imaging Using Super Resolution FM-Chirp Correlation Method ###

3P5-8*

Experimental Study of Small Calculus Detection for Medical Acoustic Imaging Using Correlation
between Echo Signals

###

3P5-9

Optical scattering measurement of microbubble cloud dynamics in ultrasound###

3P5-10Study on life time of microbubble generated from phase change nano droplet

###

3P5-12* Evaluation of trapping performance of fluid microcapsules to the parameter variationin acoustic radiation

###3P5-13* Blood flow measurement by Counter-Crossed Beam Contrast Echo method

###

3P5-14* Influences of low frequency ultrasound to cells cultured on gel:Mechanical effects of bubble vibrations###Tomotaka Sawada1† Hideyuki Hasegawa1,2 Hiroshi Kanai2,1 (1Department of Biomedical Engineering, Graduate
School of Biomedical Engineering, Tohoku Univ.; 2Department of Electronic Engineering,
Graduate School of Engineering, Tohoku Univ.)
Kohji Masuda1† Nobuyuki Watarai1 Ren Koda2 Ryusuke Nakamoto1 Yusuke Muramatsu1(1Tokyo Univ. of A&T; 2Chiba Univ.)

TAKUYA YAMAMURA1† MASAYUKI TANABE2 Kan Okubo2 Norio Tagawa2
1( Faculty of System Design, Tokyo Metopolitan Univ.; 2Graduate School of System Design,
Tokyo Metropolitan Univ.)
Masato Hiyoshi1† Hirotaka Yanagida1 Yasutaka Tamura1 Tatsuhisa Takahashi2(1Yamagata Univ.; 2Asahikawa Medical College)
Hideki Yoshikawa1† Takashi Azuma1 Kazuaki Sasaki2 (1Hitachi, Ltd., Central
Research Laboratoty; 2Tokyo Univ. of Agriculture and Technology)

Masaki Fujiwara† Kan Okubo Norio Tagawa (Graduate School of System Design, Tokyo Metropolitan Univ.)

Hirofumi Taki1† Takuya Sakamoto1 Makoto Yamakawa2 Tsuyoshi Shiina3 Toru Sato1(1Graduate School of Informatics, Kyoto Univ.; 2Advanced Biomedical Engineering
Research Unit, Kyoto Univ.; 3Graduate School of Medicine, Kyoto Univ.)
Takashi Miwa† Yoshiki Yamakoshi Tomoharu Mashiyama (Gunma Univ.)
Ken-ichi Kawabata1† Rei Asami1 Takashi Azuma1 Shin-ichiro Umemura2(1Central Reseach Lab., Hitachi.,; 2Tohoku Univ.)

Ryusuke Nakamoto1† Hayato Yamauchi1 Yusuke Muramatsu1 Kohji Masuda1 Yoshitaka Miyamoto2 Toshio Chiba3(1Graduate School of BASE, Tokyo Univ. of Agriculture and Technology; 2School of Medicine, Nagoya Univ.;
3
Department of Clinical Research Development, National Center for Child Health and Development)
Taishi Eura1† Kenji Yoshida2 Yoshiaki Watanabe2 Iwaki Akiyama3 (1 Faculty of Engineering, Doshisha Univ.;
2
Faculty of Life and Medical Sciences, Doshisha Univ.; 3Shonan Institute of Technology,
Department of Electric and Electronic Engineering)
Kazuya Obata1† Kenji Yoshida1 Akira Tsukamoto2 Takashi Ushida2 Yoshiaki Watanabe1(1Facility of Life and Medical Science, Doshisha Univ; 2Center for Disease Biology andIntegrative Medicine, Faculty of Medicine, The Univ. of Tokyo)

3P5-15Fundamental Study on Activation Mechanism of Titanium Dioxide Composite Irradiated by
Low-Intensity Focused Ultrasound

Naotaka Nitta1† Akio Kaya1 Takashi Yamane1 Masahiro Okada2 Tsutomu Furuzono2 (1AIST; 2NCVC)

3P5-16* Numerical Examination of Bio Heating Using Transducer Array

Koichi Morikawa1† Uiri Hamanaka1 Naoto Wakatsuki1 Koichi Mizutani1 Yoshihiro Ohmi2(1Univ. Tsukuba; 2Ohmi Clinic)

###
###

3P5-17* Enhancement of Localized Heating by Ultrasonically Induced Cavitation for High Intensity Focused
Ultrasound Therapy ###

3P5-18* A Large Region of Coagulation with Multi-Cavitation for HIFU Therapy

###3P5-19* Verification of cavitations and thermal effects of Ultrasonically activated scalpel

###3P5-20* Acoustic Impedance Evaluation of Thermally-induced Lesion in Biological Tissue using UltrasonicMicroscopy

###

Ryo Takagi† (Tohoku Univ.)

Yuta Inaba† Shin Yoshizawa Shin-ichiro Umemura (Tohoku Univ)

Masaru Oya1† Tadashi Yamaguchi2 Hideki Hayashi2 Hiroyuki Hachiya3 (1Graduate school of Advanced
Integration Science, Chiba Univ.; 2Resarch Center for Frontier Medical Engineering,
Chiba Univ.; 3Graduate School of Science and Engineering, Tokyo Institute of Technology.)

Takashi Shishitani† Shin Yoshizawa Shin-ichiro Umemura (Tohoku Univ.)

3P5-21* Transdermal delivery of hydrophilic dye by low-frequency ultrasound:relationship between
cavitaion and introduction effect###

3P5-22###

Kenji Yoshida1† Kazuya Obata1 Akira Tsukamoto2 Takashi Ushida2 Yoshiaki Watanabe1(1Faculty of Life and Medical Sciences, Doshisha Univ.; 2Center for Disease Biology andIntegrative Medicine, Faculty of Medicine, The Univ. of Tokyo)

Tissue Equvalent Materilas and their Applications to Phantoms

Tomoji Yoshida1† Toshio Kondo1 Kazuhiro Yasukawa2 Kaoru Tsuta2 Yasuo Shikinami2(1Tokushima Bunri Univ.; 2Takiron Co., Ltd.)

3P5-23* Myocardial Strain Imaging System with a High-Performance Adaptive Dynamic Grid
Interpolation Method

###

3P5-24* Physical Considerations on Bernoulli’s Law for Mitral Valve Regurgitation

###3P5-25* Simple analysis of a pulse wave to estimate the viscoelastic properties of blood vessel wall
- Effect of age on the averaged blood flow velocity -###

3P5-26* Measurement of Two-dimensional Heart Wall Motion for Evaluation of Myocardial Contraction andRelaxation at High Temporal and Spatial Resolution

###3P5-27* Transient Change in Viscoelasticity of Radial Artery due to Flow-Mediated Dilation Measured by
Accurate Detection of Arterial Wall Boundaries

###Shuhui Bu1† Makoto Yamakawa2 Tsuyoshi Shiina1 (1Human Health Science, Graduate School of Medicine,
Kyoto Univ.; 2Advanced Biomedical Engineering Research Unit, Kyoto Univ.)
Tomohiko Tanaka† (Central Research Lab., Hitachi Ltd.)

Masashi Saito1† Yuya Yamamoto1 Mami Matsukawa1 Yoshiaki Watanabe1 Mio Furuya2 Takaaki Asada2(1Doshisha Univ.; 2Murata Manufacturing Co., Ltd.)

Yasunori Honjo1† Hideyuki Hasegawa1,2 Hiroshi Kanai2,1 (1Department of Biomedical Electronic Engineering,
Graduate School, Tohoku Univ.; 2Department of Electronic Engineering, Graduate School, Tohoku Univ.)

Kazuki Ikeshita1† Hideyuki Hasegawa1,2 Hiroshi Kanai2,1 (1Department of Biomedical Engineering,
Graduate School of Biomedical Engineering, Tohoku Univ.; 2Department of Electronic Engineering,
Graduate School of Engineering, Tohoku Univ.)

3P5-28

Measurement of the lateral distribution of ultrasonic fields transmitted through bovine bones by thehydrophone scanning method

Masahiro Ohno† Nami Ikeda Kaori Ohira Yukari Ogawa (Chiba Institute of Technology)###

3P5-29* Longitudinal wave properties in swine cortical bone.

###3P5-30###

Takaaki Koizumi1† Kazufumi Yamamoto2 Tomohiro Nakatsuji1
1
Keisuke Yamashita Mami Matsukawa1 (1Doshisha Univ.; 2Hamamatsu Univ. Sch. Med.)

Determination of bovine bone anisotropic stiffness using ultrasonic data in two orthogonal planes

Quentin Grimal1,2† Kazufumi Yamamoto3 Tomohiro Nakatsuji3 Mami Matsukawa3 Pascal Laugier1,2(1UPMC Univ Paris 06, UMR 7623, LIP, F-75005, Paris, France; 2CNRS, UMR 7623,
Laboratoire d’Imagerie Paramtrique, F-75005, Paris, France; 3Laboratory of UltrasonicElectronic Doshisha Univ., Kyoto, Japan)

3P5-31* The effect of three dimensional trabecular frame structure on the fast wave velocity in bovine
cancellus bone

###

3P5-32* Wavelet transform analysis of ultrasonic wave propagation in cancellous bone

###

3P5-33Ultrasound Propagation Paths in Cancellous Bone with an Oblique Trabecular Orientation

###3P5-34

Study for Imaging of Inside Bone using Ultrasonic Frequency Characteristics

###3P5-35900-MHz acoustic microscopy : nanostructural characteristics of cortical bone determines elasticity at the
micron scale###

Hiroki Somiya1† Katsunori Mizuno1 Tomohiro Kubo1 Mami Matsukawa1 Takahiko Otani1 Yoshiki Nagatani2(1Doshisha Univ.; 2Kobe City Coll.Tech.)
Sho Hasegawa1† Yoshiki Nagatani1 Mizuno Katsunori2 Mami Matsukawa2(1Kobe City College of Technology; 2Doshisha Univ.)
Atsushi Hosokawa† (Akashi Nat. Coll. Tech.)Takasuke Irie1,2† Kouhei Koumoto1 Masayuki Tanabe1 Norio Tagawa1 Kan Okubo1 Kouichi Itoh3(1Tokyo Metropolitan Univ.; 2 Microsonic Co., Ltd.; 3Hitachi-Omiya Saiseikai Hospital)

Mathilde Mouchet1,5 Aurelien Gourrier2,4,5 Fabienne Rupin1,5 Kay Raum3 Francoise Peyrin4,5,6
Amena Saied1,5 Pascal Laugier1,5† (1Univ. Pierre et Marie Curie, Paris, France; 2Univ. Paris-Sud, France;
3
Universitatsmedizin Berlin, Germany; 4ESRF, Grenoble, France; 5CNRS; 6INSERM)

3P5-36Perception mechanisms of bone-conducted ultrasound assessed by acoustic characteristics
in the external auditory meatus.

Kazuhito Ito† Seiji Nakagawa (AIST)###16:00-17:15 Piezoelectric Devices

Chair: Masao Takeuchi (Tamagawa University)

3J3-1

Liquid-Phase Shear Horizontal Surface Acoustic Wave Immunosensor

###

3J3-2

Improvement of Ball Surface Acoustic Wave Device with Orientation and Thickness Optimization ofInterdigital Electrode.

###Piezoelectric Boundary Acoustic Wave in Cu Electrode/Rotated YX-LiNbO3 Substrate Structure with
Partially Covered SiO2 Layer

###

3J3-4*The improvement of temperature characteristics for highly coupled ZnO/Quartz structure

###

3J3-5

Nonlinear Distortion of Acoustic Devices for Radio-Frequency Front-End Applications andSuppression of Nonlinearity

###

Takashi Kogai† Naoyuki Yoshimura Toshimasa Mori Hiromi Yatsuda (Japan Radio Co.,Ltd.)

Takayuki Yanagisawa1,2,3† Tsuneo Ohgi1,3 Shingo Akao1,2,3 Noritaka Nakaso1,2,3 Yoshikazu Ohara2,3
Kazushi Yamanaka2,3 (1TOPPAN PRINTING; 2Tohoku Univ.; 3JST,CREST)

3J3-3*

Yiliu Wang† Ken-ya Hashimoto Tatsuya Omori Masatsune Yamaguchi(Graduate School of Engineering, Chiba Univ.)

Takaki Murata1,2† Michio Kadota1 Kenji Matsuda1 Kenya Hashimoto2 (1Murata Mfg. Co., Ltd.; 2Chiba Univ.)

Masanori Ueda1† Masafumi Iwaki1 Tokihiro Nishihara1 Yoshio Satoh1 Ken-ya Hashimoto2(1FUJITSU LABORATORIES LTD; 2Graduate School of Engineering, Chiba Univ.)

17:15 Closing Session