P3-29 Radiation Characteristics Improvement of Flexural Type Vibrator for Parametric Sound Source in Air

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概要

• 論文の詳細を見る
• 超音波エレクトロニクスの基礎と応用に関するシンポジウム運営委員会の論文
• 2001-11-07

著者

• Kim M‐j

  Department Of Physics College Of Natural Sciences Pukyong National University

• Kim Chun-Duck

  Pusan Fisheries University

• Kim Chun-duck

  Division Of Electrical And Control Instrumentation Engineering Pukyong National University

• Kim C‐d

  Pukyong National Univ. Pusan Kor

• Moon Byung-cheon

  Department Of Acoustics And Vibration Engineering Pukyong National University

• KIM Chun-Duck

  Faculty of Electrical and Control Engineering, Pukyong National University

• Moon Byung-Cheon

  Dept. of Acoust. and Vib. Eng., Pukyong Univ.

• Kim Moo-Joon

  Dept. of Physics, Pukyong Univ.

• Ha Kang-Lyeol

  Dept. of Physics, Pukyong Univ.

• Ha K‐l

  Department Of Physics College Of Natural Sciences Pukyong National University

• Kim Chang-dae

  Dept. Phys. Mokpo Natl. Univ.

関連論文

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• P2-C-8 Control of Acoustic Fields Using Acoustic Convex Lens
• P2-23 Beam Width Controllable Ultrasonic Transducer Array
• Radiation Characteristics Improvement of Flexural Type Vibrator for Parametric Sound Source in Air (Short Note)
• In vivo Measurement Method for Nonlinearity Parameters Using Single Ultrasonic Transducer (Short Note)
• P3-29 Radiation Characteristics Improvement of Flexural Type Vibrator for Parametric Sound Source in Air
• P2-14 In vivo Measurement Method of Nonlinearity Parameter Using Single Ultrasonic Transducer
• A New Method of Calculating Radiation Impedance for Vibrating Surface with Finite Baffle
• Design of the Double Ultrasonic Transducer for Nonlinearity Measurement of Acoustic Waves
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