基礎・境界/NOLTA-超音波(開催日：2012/08/20)

タイトル/著者/発表日/資料番号
表紙

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[発表日]2012/8/20
[資料番号]
目次

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[発表日]2012/8/20
[資料番号]
Focal range control of focused ultrasonic field by curvature changing of transducer

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[発表日]2012/8/20
[資料番号]US2012-33
Dependence of ultrasonic frequency on glass scribing

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[発表日]2012/8/20
[資料番号]US2012-34
Sonoluminescence and bubble dynamics in viscous liquids

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[発表日]2012/8/20
[資料番号]US2012-35
Characteristics of Machining Time of Brittle Material by Ultrasonic Complex Vibration Machining

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[発表日]2012/8/20
[資料番号]US2012-36
Airborne Ultrasound CW- and Pulsed-Doppler Systems for Biomedical Moving Target Study

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[発表日]2012/8/20
[資料番号]US2012-37
Determination Method of Acoustical Physical Constants and Their Temperature Coefficients of La_3Ta_<0.5>Ga_<5.3>Al_<0.2>O_<14> Single Crystal

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[発表日]2012/8/20
[資料番号]US2012-38
3D-Simulation for temperature rise in tissue mimicking phantom with bone

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[発表日]2012/8/20
[資料番号]US2012-39
The influence of bonding layer on the characteristics of piezoelectric polymer transducer

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[発表日]2012/8/20
[資料番号]US2012-40
Growth of ZnO Nanostructured Materials using Cylindrical Piezoelectric Vibrator

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[発表日]2012/8/20
[資料番号]US2012-41
Estimation of stability of acoustic reciprocal transmission in deep and coastal waters

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[発表日]2012/8/20
[資料番号]US2012-42
地震により曲がった地中鋼管杭の調査法の検討(一般,水中音響)

松本 さゆり,  田中 敏成,  平林 丈嗣,  吉江 宗生,  片倉 景義,  菊池 喜昭,  高橋 英紀,  

[発表日]2012/8/20
[資料番号]US2012-43
四次元水中映像取得装置の開発(一般,水中音響)

松本 さゆり,  片倉 景義,  南利 光彦,  武山 芸英,  土屋 健伸,  遠藤 信行,  野口 孝俊,  

[発表日]2012/8/20
[資料番号]US2012-44
Development of Non-contact Thickness Gauging Equipment for Underwater Steel Structure

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[発表日]2012/8/20
[資料番号]US2012-45
Performance of QPSK with Convolutional Code in Highly Reverberant Channel

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[発表日]2012/8/20
[資料番号]US2012-46
Measure of Effectiveness Analysis for Tracking based on Detection in SONAR System

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[発表日]2012/8/20
[資料番号]US2012-47
Optimization of 1-3 Piezocomposite Material Structures for Underwater Acoustic Transducer

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[発表日]2012/8/20
[資料番号]US2012-48
Bearing Error Estimation in Inhomogeneous Ocean Applying the Three-Dimensional BELLHOP Propagation Model

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[発表日]2012/8/20
[資料番号]US2012-49
A Method of Calculating Time-varying Characteristics Based on Sparse Channel Estimation for Underwater Acoustic Communications

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[発表日]2012/8/20
[資料番号]US2012-50
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