0371-0025
2016 Issue 3
ZnO thin film piezoelectric micromachined vector hydrophone
LI Junhong;WEI Jianhui;MA Jun;REN Wei;LIU Mengwei;WANG Chenghao;Acoustical Microelectromechanical System Laboratory;Institute of Acoustics;Chinese Academy of Science;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Science;
LI Junhong;WEI Jianhui;MA Jun;REN Wei;LIU Mengwei;WANG Chenghao;Acoustical Microelectromechanical System Laboratory;Institute of Acoustics;Chinese Academy of Science;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Science;
..............page:273-280
The spectrum entropy estimation method for ultrasonic backscattering signal in cancellous bone
XU Feng;XU Yiwen;LIU Chengcheng;TA De’an;Department of Electronic Engineering;Fudan University;Shanghai Key Laboratory of Medical Image Processing and Computer Assisted Surgery Fudan University;
XU Feng;XU Yiwen;LIU Chengcheng;TA De’an;Department of Electronic Engineering;Fudan University;Shanghai Key Laboratory of Medical Image Processing and Computer Assisted Surgery Fudan University;
..............page:281-286
Adaptive bi-directional point-wise focusing method in ultrasonic imaging based on virtual source
LI Yao;WU Wentao;LI Ping;HAN Xiaoli;Institute of Acoustics;Chinese Academy of Sciences;
LI Yao;WU Wentao;LI Ping;HAN Xiaoli;Institute of Acoustics;Chinese Academy of Sciences;
..............page:287-295
The propagation characteristics of leaky flexural-Lamb waves in casing
CHEN Xuelian;LI Jiansai;TANG Xiaoming;LI Shengqing;SU Yuanda;School of Geosciences & Technology;China University of Petroleum;
CHEN Xuelian;LI Jiansai;TANG Xiaoming;LI Shengqing;SU Yuanda;School of Geosciences & Technology;China University of Petroleum;
..............page:296-304
The study of the propagation characteristics of ultrasonic guided-wave in Liquid Metal Fast Reactor main pipe
YAN Shouguo;XIE Fuli;ZHANG Bixing;SHEN Jianzhong;State Key Laboratory of Acoustic;Institute of Acoustics;Chinese Academy of Sciences;
YAN Shouguo;XIE Fuli;ZHANG Bixing;SHEN Jianzhong;State Key Laboratory of Acoustic;Institute of Acoustics;Chinese Academy of Sciences;
..............page:305-314
Acoustic wave field in fluid-filled borehole surrounded by TI formations produced by a phased arc array source
WANG Ruijia;QIAO Wenxiao;State Key Laboratory of Petroleum Resources and Prospecting;China University of Petroleum;Key Laboratory of Earth Prospecting and Information Technology;
WANG Ruijia;QIAO Wenxiao;State Key Laboratory of Petroleum Resources and Prospecting;China University of Petroleum;Key Laboratory of Earth Prospecting and Information Technology;
..............page:315-320
Numerically stable,wavenumber-integration-based solution of acoustic field in a Pekeris waveguide
LUO Wenyu;YU Xiaolin;ZHANG Renhe;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
LUO Wenyu;YU Xiaolin;ZHANG Renhe;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
..............page:321-329
The sound field frequency-range interference patterns in deep water:theory and experiment
WENG Jinbao;LI Fenghua;GUO Yonggang;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
WENG Jinbao;LI Fenghua;GUO Yonggang;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
..............page:330-342
Adaptive beamforming algorithm based on direction vector rotation and joint iterative optimization
XIE Jianping;WANG Rui;HE Xiongxiong;LI Sheng;Lishui University;Zhejiang University of Technology;
XIE Jianping;WANG Rui;HE Xiongxiong;LI Sheng;Lishui University;Zhejiang University of Technology;
..............page:343-352
Delay-Doppler deconvolution image formation for multiple targets in waveguide environment
ZENG Xiaohui;ZHAO Hangfang;GONG Xianyi;LI Chunxiao;College of Information Science and Electronic Engineering;Zhejiang University;Hangzhou Applied Acoustics Research Institute;College of Mechanical Engineering;Zhejiang University of Technology;
ZENG Xiaohui;ZHAO Hangfang;GONG Xianyi;LI Chunxiao;College of Information Science and Electronic Engineering;Zhejiang University;Hangzhou Applied Acoustics Research Institute;College of Mechanical Engineering;Zhejiang University of Technology;
..............page:353-361
A new method of transient acoustic pulse detection under the nonstationary noise background
XU Jingfeng;HAN Shuping;SHU Xianglan;MA Xin;DONG Yongfeng;Navy Submarine Academy;
XU Jingfeng;HAN Shuping;SHU Xianglan;MA Xin;DONG Yongfeng;Navy Submarine Academy;
..............page:362-370
A tracking filter method of active sonar subject to unknown target maneuvering
SUN Xu;LI Rangwei;HU Peng;Hangzhou Applied Acoustics Research Institute;
SUN Xu;LI Rangwei;HU Peng;Hangzhou Applied Acoustics Research Institute;
..............page:371-378
Flow-induced noise calculations for various shapes of vector hydrophones in towed arrays
SHI Shengguo;YU Shuhua;SHI Jie;HU Bo;Acoustic Science and Technology Laboratory;Harbin Engineering University;College of Underwater Acoustic Engineering;Harbin Engineering University;
SHI Shengguo;YU Shuhua;SHI Jie;HU Bo;Acoustic Science and Technology Laboratory;Harbin Engineering University;College of Underwater Acoustic Engineering;Harbin Engineering University;
..............page:379-389
Prediction of propeller non-cavitation noise by superimposing shifted sound signal from an isolated blade
WEI Yingsan;WANG Yongsheng;YANG Qiongfang;LIU Qiang;College of Power Egnineering;Naval University of Engineering;National Key Laboratory of Science and Technology on Vessel Integrated Power System;Naval University of Engineering;
WEI Yingsan;WANG Yongsheng;YANG Qiongfang;LIU Qiang;College of Power Egnineering;Naval University of Engineering;National Key Laboratory of Science and Technology on Vessel Integrated Power System;Naval University of Engineering;
..............page:390-397
Coupling sound radiation characteristics of 3 side-by-side flexible cylindrical shells
BAI Zhenguo;ZHANG Zhanyang;YU Mengsa;FAN Jun;National Key Laboratory on Ship Vibration & Noise;China Ship Science Research Center;State Key laboratory of Ocean Engineering;Shanghai Jiao Tong University;
BAI Zhenguo;ZHANG Zhanyang;YU Mengsa;FAN Jun;National Key Laboratory on Ship Vibration & Noise;China Ship Science Research Center;State Key laboratory of Ocean Engineering;Shanghai Jiao Tong University;
..............page:398-408
Modeling for the sedimentation of dredger and analysis of the influence on sound propagation characteristics
YUAN Fei;ZHONG Zhangting;WANG Jiale;CHENG En;Key Laboratory of Underwater Acoustic Communication and Marine Information Technology;Ministry of Education;Technological Innovation and Information Department;Xiamen Port Authority;
YUAN Fei;ZHONG Zhangting;WANG Jiale;CHENG En;Key Laboratory of Underwater Acoustic Communication and Marine Information Technology;Ministry of Education;Technological Innovation and Information Department;Xiamen Port Authority;
..............page:409-419
Quantitative study of the aerodynamic sound induced by the flow past a cylinder based on dipole and quadrupole models
CAI Jiancheng;PAN Jie;E Shiju;KRYZHANOVSKYI Andrii;JIAO Weidong;College of Engineering;Zhejiang Normal University;School of Mechanical and Chemical Engineering;The University of Western Australia;
CAI Jiancheng;PAN Jie;E Shiju;KRYZHANOVSKYI Andrii;JIAO Weidong;College of Engineering;Zhejiang Normal University;School of Mechanical and Chemical Engineering;The University of Western Australia;
..............page:420-427
Research on nonlinear driving manner of Galfenol transducer
LI Yingming;MO Xiping;CHAI Yong;PAN Yaozong;ZHANG Yunqiang;CUI Bin;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
LI Yingming;MO Xiping;CHAI Yong;PAN Yaozong;ZHANG Yunqiang;CUI Bin;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
..............page:428-434
Design of a precise laser pistonphone with low distortion operating from 0.1Hz to 20Hz
HE Longbiao;HE Wen;YANG Ping;NIU Feng;ZHONG Bo;Division of Mechanics and Acoustics;National Institute of Metrology;Zhejiang Province Key Laboratory of Advanced Manufacturing Technology;Zhejiang University;
HE Longbiao;HE Wen;YANG Ping;NIU Feng;ZHONG Bo;Division of Mechanics and Acoustics;National Institute of Metrology;Zhejiang Province Key Laboratory of Advanced Manufacturing Technology;Zhejiang University;
..............page:435-441
Timbre representation of vehicle noise annoyance
LIANG Yong;CHEN Ke’an;ZHANG Bingrui;QIANG Tao;Department of Environmental Engineering;School of Marine Science and Technology;Northwestern Polytechnical University;
LIANG Yong;CHEN Ke’an;ZHANG Bingrui;QIANG Tao;Department of Environmental Engineering;School of Marine Science and Technology;Northwestern Polytechnical University;
..............page:442-448