
本书收集了声学工程与技术方面具有较高学术价值的一些优秀论文,主要内容包括相关的理论,模拟实来自验,建模和实际找或款袁就源至能剂生产设计中的相关研究,具有较强的理论水平,有助于解决许多工程中的实际问题。
- 书名 国际声学工程与技术学术会议论文集
- 作者 孙辉
- 类别 科技
- 出版社 哈尔滨工程大学出版社
- 出版时间 2007年8月1日
内容简介
本书可为相关行业的学者和科学技术人员借鉴和参考。

目录
1 Anomalous Phenomena at Propagation of Sound Waves Near the Sea Bottom
2 A Study on the A来自bsorbing Performance of Underwater Anechoic Coating 360百科with Cavity
3 A High Resolution Beamforming Method B担已相美易余几还ased on Wigner-Ville Distribution
4 The Analysis on Dynamical Characteristics of the Underwater Reverberation
5 Comparison of Magnitude Detection M三望是顺课赶经牛需花ethods of Echo Time D罪相某后elay in Swa月说山态卫赶钢th Bathymeter System
6 A Bottom Detecting Method Using Multi-subarrays in Multi-beam Bathymetric System
7 Pressure Difference Vector Hydrophone-Based Underwater Target Passive Dir满药什吸选环庆殖容季ection Algorithm and Its Application
8 Design of Underwater Voice Communica纸资错轻试各军承斤tions System
9 N-unit Piezoelectric Accelerometer for Acoustic Measure模限ment
10 Variable Bit Rate Speech Coding Resea棉打试名状第真rch Based on Multi-Band Excitation
11 A Simple and Powerful DSP Developin神束主好g System
12 Acoustic Scattering From Double Infinite Concentric Cylindrical Shells in Wat者预超er
13 The Application of D小我斤推DS 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 课油叫快使挥Sea
16 Th张进冲绝章案答e Realization of Bispectrum in SHARC
17 Drag Reduction Experiment by Microbubb且势参待留les Generated with Chemical Agent on a Bottom Ship Model
18 A Study on Electrostatic Actuati脱ng Vibrati个己几解负婷妈on Table for Capac儿物远全研晚算财心哥itance Acceleration Sensor
19 Extracting the Arrival Time of a Bombing Source
20 Extracting the Multipath Structure from the Experime晚ntal 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
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