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5th Symp. Ultrasonic Electronics, Tokyo, 1984
Japanese Journal of Applied Physics
Vol. 24 (1985) Suppl. 24-1

Invited Papers

3-6 : Mechanical Loss and Depolarizing Field in a Piezoelectric Medium: Takuro Ikeda
7-8 : Efforts to Establish Ultrasonic Engineering: Jun'ichi Saneyoshi
9-12 : Frequency and Time Sources-Past, Present, and Future: Arthur Ballato

General Acoustics

15-17 : Ultrasonic Light Diffraction Using a Narrow Light Beam -- Transition from Diffraction to Deflection --: Katsuo Negishi
18-21 : Elastic Modulus Measurement of BaPb_1-XBi_XO₃ by Resonance Method: Masamoto Tanaka, Ryozo Yoshizaki, Seiji Kojima, Tunetaro Sakudo and Tetsuro Suzuki
22-24 : Dispersion of Guided Longitudinal Sounds Propagated in a Rod with Longitudinal Piezoelectric Coupling: Takuro Ikeda and Sakari Inawashiro
25-27 : Elastic, Piezoelectric, Acousto-Optic and Electro-Optic Properties of Li₂B₄O₇: Tadashi Shiosaki, Masatoshi Adachi, Hiroshi Kobayashi, Kenji Araki and Akira Kawabata

Physical Acoustics

31-33 : Stability of Surface Acoustic Soliton: Tetsuro Sakuma and Toshiyuki Miyazaki
34-36 : Application of Ultrasonic Spectroscopy to Polymers and Liquid Crystal: Kazumi Matsushige, Hirotaka Okabe, Shiro Shichijyo and Tetuo Takemura
37-39 : Measurement of Adibatic Temperature change in a Liquid Induced by Periodic Pressure Variation: Hajime Tanaka, Toshio Nishi and Yasaku Wada
40-42 : Molecular Relaxation Study by Ultrasonic Spectroscopy: Harue Ozawa, Pak-Kon Choi and Kenshiro Takagi
43-45 : Ultrasonic Properties of Proteins: Shigeki Mitaku, Toshi Kagayama and Ryoichi Kataoka

Ultrasonic Transduction

49-51 : A Single Fiber Hydrophone of Non-interference Type Using Polarization-Maintaining Fiber: Sumio Takahashi, Toshiaki Kikuchi and Akihiro Kishi
52-54 : Frequency Modulator using Ultrasonic Vibrator: Terumasa Kato, Zdravko Georgiev, and Ichiro Hatta
55-57 : Radiation of Ultrasonic Impulse by Pseudo-Inverse Filtering in DFT Domain: Nobuyuki Endoh, Atsuhiko Takase, Shinji Nishiyama and Yoshiroh Kawakami
58-61 : Characteristics of the Piano-Convex Ultrasonic Transducer: Tsutomu Kobayashi
62-64 : Some Modifications of Toroidal Long-Range-Focusing Transducers for Sidelobe Reduction: Ken Yamada and Hiroshi Shimizu
65-67 : Frequency Spectrum of CdS Acoustic Domains for Acoustic Domain Injection Technique: Yoshiaki Tokunaga, Toshiaki Shimotani, Susumu Aiba and Masakazu Ishiguro
68-70 : Ultrasonic Transducer Composed of Two Piezoelectric Layers with Variable Weighting: Shuichiro Yamamizu and Noriyoshi Chubachi

Acoustical Measurement and Instrumentation

73-75 : Optical Observation of Finite Amplitude Ultrasonic Wave form: Yukihiro Nishida, Ichiro Asada, Masato Nakajima and Shin-ichi Yuta
76-78 : Formation of the Wavefront Image of Progressive Acoustic Wave by Self-Imaging Optical Method with a Diode-Laser Strobe: Noriaki Saiga and Yoshiki Ichioka
79-81 : Ultrasonic Pulse Transmission/Echo Technique for Sound Velocity Measurements in High Temperature and High Pressure Liquid Metals: Kenjiro Suzuki, Setuya Fujiwaka and Masaaki Inutake
82-83 : Mass Screening of Breast Cancer by Ultrasound Transmission Technique -- Theoretical Considerations: Yoshinori Hayakawa, Tetsuo Inada, Ei Ueno, Yuji Aiyoshi, Nobuharu Aoshima, Katuya Yosioka and Toshio Wagai
84-86 : An In Vivo Technique for Estimation of Size and Relative Sound Velocity of Breast Tumor using Distorted Image in Ultrasonic Tomogram: Kawan Soetanto, Shigeo Ohtsuki and Motoyoshi Okujima
87-89 : Measurement of Tubular Living Cell Using Ultrasonic Waves Emitted by Arched IDTs: Tsuneo Kikuchi, Shouko Shiokawa, Toyosaka Moriizumi and Tsutomu Yasuda
90-92 : Accuracy of Gated RF Pulse Measurement: Ken-ya Hashimoto, Masatsune Yamaguchi and Hiroshi Kogo
93-96 : Observation of Dislocation Lines in a Transistor by Electron-Acoustic Microscopy: Hiroshi Takenoshita, Masahiro Managaki and Kaoru Mizuno
97-99 : Influence of Nonlinear Acoustic Effect on Spectral Estimation of Echo: Mitsuhiro Ueda and Isao Mizuno
100-102 : Detection of Near-Surface Flaws Using Linear FM Ultrasonic Wave: Akio Jitsumori and Takahiko Inari
103-105 : Measurement of Ultrasonic Wave Velocities of Tungsten Carbide as a Standard Material under High Pressures up to 8 GPa: Hideyuki Fujisawa and Eiji Ito

SAW and Communication Devices

109-111 : Analysis of Lamb Wave Propagation Characteristics in Piezoelectric Ceramic Plates: Koichi Mizutani and Kohji Toda
112-114 : Finite-Element Analysis of Finite Periodic Waveguides for Surface Acoustic Waves: Masanori Koshiba, Koji Hasegawa and Michio Suzuki
115-117 : Effect of Surface Electrical Boundary Condition on Temperature Stability of SAW Devices: Ken-ya Hashimoto, Koichi Uzawa, Masatsune Yamaguchi and Hiroshi Kogo
118-120 : Pseudo Surface Acoustic Wave Resonator for UHF Range VCO: Hiroaki Sato and Shigefumi Morishita
121-123 : SAW Properties of PLZT Epitaxial Thin Films: Hideaki Adachi, Tsuneo Mitsuyu and Kiyotaka Wasa
124-126 : High Velocity and High Coupling Surface Acoustic Waves Using ZnO Films on Ceramic Substrates with High Acoustic Velocity: Fumio Takeda, Tadashi Shiosaki and Akira Kawabata
127-129 : Characteristics of Thin-Film Optical Separators Using Acousto-Optic Effect in Surface Acoustic Waveguides: Nobuo Goto, Yasumitsu Miyazaki and Yasuo Akao
130-132 : Optical Mode Conversion Device using MSSW for Microwave Signals: Rakesh Bhandari and Yasumitsu Miyazaki
133-135 : MHz VCO Resonators with ZnO/ELINVAR Structures: Satoru Fujishima, Toru Kasanami, Takeshi Nakamura and Ikuo Matsumoto
136-138 : Characteristics of a Quartz Crystal Tuning Fork with Shortened Arm Length for High Frequencies: Yoshiro Tomikawa and Masanobu Okazaki
139-141 : Leaky Surface Wave on Quartz and a New Cut with Extremely Small Temperature Coefficient: Yasutaka Shimizu and Masafumi Tanaka
142-144 : Investigation of an Equivalent Circuit for a Surface-Acoustic-Wave Double Electrode: Toshihiro Kojima and Kimio Shibayama
145-147 : New Types of SAW Reflector and Resonator Consisting of Reflecting Elements with Alternative (Positive and Negative) Reflection Coefficients: Masao Takeuchi and Kazuhiko Yamanouchi
148-150 : New Miniaturized SAW Device in Low Frequency Range for SAW Video DOC System in Home VTR: Jun Yamada, Kuniaki Miura, Yuuji Fujita and Makoto Shiomi
151-153 : A Phase Shift Keying Communication System Using SAW Devices: Kohji Toda and Hiroshi Ohkubo
154-156 : SAW Convolver Using Multi-Channel Waveguide: Yasuhiko Nakagawa and Satoshi Makio

High Power Ulrtrasonics

159-162 : Constant Vibration Amplitude Method of Piezoelectric Transducer Using A PLL (Phase Locked Loop): Keiichi Komatsu
163-165 : Studies on Ultrasonic Welding of Ring Shape Weldment with Two Vibration Systems: Jiromaru Tsujino, Tetsugi Ueoka, Toshiaki Yanagihara, Minoru Takahashi, Nobuhiko Goto and Yoshiaki Masuda
166-168 : Effect of Ultrasonic Vibrations on Pulled Crystals: Yasuhiro Hayakawa and Masashi Kumagawa
169-171 : Ultrasonic Power Measurement Using Standing Wave Ratio: Sadayuki Ueha, Yoshiki Hashimoto, Minoru Kuribayashi and Eiji Mori
172-174 : Studies on Ultrasonic Plastic Welding with Two Longitudinal Vibration Systems: Jiromaru Tsujino

Ultrasonic Imaging and Microscopy

177-180 : Ultrasonoecho Spectral Moment Tomography: Shin-ichi Yagi and Kiyoshi Nakayama
181-183 : An Experimental Study of Synthetic Aperture Ultrasonic Imaging by Fourier Domain Reconstruction Method (FDR): Keinosuke Nagai
184-186 : Acoustic Microscopy of Ceramics Indentation Fracture: Kazushi Yamanaka
187-189 : Non-Destructive Inspection of Rotted or Termite-Damaged Wooden Poles by Ultrasound: Yoshiro Tomikawa, Yukiharu Iwase, Kishio Arita and Hiroaki Yamada
190-192 : Application of Reflection Coefficient Dip to Layer Thickness Measurement by Acoustic Microscope: Eiji Takeuchi, Yusuke Tsukahara, Eisaku Hayashi, Hitoshi Masuda and Yasuhiro Tani
193-195 : Improvement of the Resolution in Ultrasonic Imaging with Real-Synthetic Hybrid Aperture: Masiki Ikegami, Tsuyoshi Yamamoto and Yoshinao Aoki
196-198 : Ultrasonic Fractography Studies on Discontinuous Fracture Propagation in Polymers: Kiyoshi Takahashi and Toshio Mada

Photoacoustic Spectroscopy

201-203 : Investigation of Linearity of Photoacoustic Characteristics on Semiconductors Measured by Michelson Interferometry: Ikuo Suemune, Hiroaki Yamamoto, Kazutoshi Yukutake and Masamichi Yamanishi
204-206 : Observation of Surface Roughness by PAS using Transparent Transducer and Photothermal Deflection Sepectroscopy (PDS): Tomonobu Hata, Tsuguyasu Hatsuda, Makoto Kawakami and Yasushi Sato
207-209 : Non-Linear Characteristics of Infrared Photoacoustic Signal in p-Ge: Hidenari Ueda, Nobuaki Takahashi, Jun Morimoto and Toru Miyakawa
210-213 : Linear Response Theory in Phtoacoustic Spectroscopy and Characterization of Turbid Particles: Takehiko Kitamori, Masaaki Fujii, Tsuguo Sawada and Yoichi Gohshi
214-216 : A Proposed Method of Thermoacoustic Spectroscopy: Fujio Tsuruoka, K. Dransfeld and Yosio Hiki
217-219 : Secondary Photoacoustic Spectra of CdS: Cu by Gas-microphone Method: Hideo Wada, Hideyuki Yoshioka, Jun Morimoto and Toru Miyakawa
220-221 : Photoacoustic Microscopic (PAM) Images of Some GaAs Wafers: Masanobu Kasai, Tsuguo Sawada and Yohichi Gohshi
222-224 : Nondestructive and Noncontact Evaluation of Semiconductors by Photothermal Radiometry: Hiromichi Nakamura, Kazuo Tsubouchi and Nobuo Mikoshiba

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