本書收集了聲學工程與技術方面具有較高學術價值的一些優秀論文，主要內容包括相關的理論，模擬實驗，建模和實際生產設計中的相關研究，具有較強的理論水平，有助於解決許多工程中的實際問題。
基本介紹
- 書名：國際聲學工程與技術學術會議論文集
- 作者：孫輝
- ISBN：9787810734677
- 類別：科技
- 出版社：哈爾濱工程大學出版社
- 出版時間：2007年8月1日
- 裝幀：平裝
- 開本：16開
- 語種：中文
內容簡介,目錄,
內容簡介
本書可為相關行業的學者和科學技術人員借鑑和參考。
《國際聲學工程與技術學術會議論文集》
《國際聲學工程與技術學術會議論文集》目錄
1 Anomalous Phenomena at Propagation of Sound Waves Near the Sea Bottom
2 A Study on the Absorbing Performance of Underwater Anechoic Coating with Cavity
3 A High Resolution Beamforming Method Based on Wigner-Ville Distribution
4 The Analysis on Dynamical Characteristics of the Underwater Reverberation
5 Comparison of Magnitude Detection Methods of Echo Time Delay in Swath Bathymeter System
6 A Bottom Detecting Method Using Multi-subarrays in Multi-beam Bathymetric System
7 Pressure Difference Vector Hydrophone-Based Underwater Target Passive Direction Algorithm and Its Application
8 Design of Underwater Voice Communications System
9 N-unit Piezoelectric Accelerometer for Acoustic Measurement
10 Variable Bit Rate Speech Coding Research Based on Multi-Band Excitation
11 A Simple and Powerful DSP Developing System
12 Acoustic Scattering From Double Infinite Concentric Cylindrical Shells in Water
13 The Application of DDS in a Versatile Data Acquisition Card
14 Design and Development of a Multi-channel SONAR Signal Simulator
15 On Behaviour of Scalar and Vector Power Characteristics of a Point Source Acoustical Field for Various Models of Shallow Sea
16 The Realization of Bispectrum in SHARC
17 Drag Reduction Experiment by Microbubbles Generated with Chemical Agent on a Bottom Ship Model
18 A Study on Electrostatic Actuating Vibration Table for Capacitance Acceleration Sensor
19 Extracting the Arrival Time of a Bombing Source
20 Extracting the Multipath Structure from the Experimental Data
21 Asian Seas International Acoustics Experiment
22 An Experimental Study on the Acoustic Scattering by Rough Surfaces
23 Model/Data Comparisons for Reverberation Vertical Coherence in Shallow Water
24 Analysis of the Section Radiating Out of Phase of Class IV Flextensional Transducer
……
ACKNOWLEDGEMENT
