1000-3630
2013 Issue S1
The acoustic system of JiaoLong deep submersible
ZHU Min;Institute of Acoustics;Chinese Academy of Sciences;
ZHU Min;Institute of Acoustics;Chinese Academy of Sciences;
..............page:1-4
Acoustical physics within ultrasonic molecular imaging and ultrasound-assisted drug delivery
ZHENG Hai-rong;Shenzhen Institutes of Advanced Technology;Chinese Academy of Sciences;
ZHENG Hai-rong;Shenzhen Institutes of Advanced Technology;Chinese Academy of Sciences;
..............page:5-8
qian yan
chen wei zhong ;
chen wei zhong ;
..............page:6
The development of surface acoustic wave technology and industry in China
CAO Liang;CETC No.26 Research Institutes;
CAO Liang;CETC No.26 Research Institutes;
..............page:9-12
A story in duct acoustics
PAN Jie;School of Mechanical and Chemical Engineering;University of Western Australia;
PAN Jie;School of Mechanical and Chemical Engineering;University of Western Australia;
..............page:13-16
Shear circumferential guide waves in metal round rod
QIU Chang-chun;ZHAO Yun-li;Yang Jin-sheng;CHEN Chong-qi;China Petroleum Pipeline Inspection Technologies Co.;Ltd.;
QIU Chang-chun;ZHAO Yun-li;Yang Jin-sheng;CHEN Chong-qi;China Petroleum Pipeline Inspection Technologies Co.;Ltd.;
..............page:17-18
Sound propagation characteristics of the heat exchanger tube array in power plant boiler
LIU Yue-chao;JIANG Gen-shan;North China Electric Power University;
LIU Yue-chao;JIANG Gen-shan;North China Electric Power University;
..............page:19-20
Collimation of acoustic waves by the periodical plates array
JIA Han;XU Xiang-yuan;YANG Jun;BAO Ming;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;School of Automation;Wuhan University of Technology;Beijing Institute of Information Technology;
JIA Han;XU Xiang-yuan;YANG Jun;BAO Ming;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;School of Automation;Wuhan University of Technology;Beijing Institute of Information Technology;
..............page:21-22
Investigation on phase-coded acoustical vortices
GAO Lu;ZHENG Hai-xiang;YANG Ling;MA Qing-yu;School of Physics and Technology;Nanjing Normal University;
GAO Lu;ZHENG Hai-xiang;YANG Ling;MA Qing-yu;School of Physics and Technology;Nanjing Normal University;
..............page:23-24
Acoustic radiation forces on a microsphere in an arbitrary acoustic impedance
WU Rong-rong;LIU Xiao-zhou;GONG Xiu-fen;Key Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
WU Rong-rong;LIU Xiao-zhou;GONG Xiu-fen;Key Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
..............page:25-26
Acoustic fracture of 1D solid-fluid periodic structure
LIU Cong;XU Xiao-dong;LIU Xiao-jun;Key Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
LIU Cong;XU Xiao-dong;LIU Xiao-jun;Key Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
..............page:27-28
Enhancement of extraordinary acoustic transmission by 1D grating
WANG Ji-wei;CHENG Ying;LIU Xiao-jun;Key Laboratory of Modern Acoustics;Nanjing University;
WANG Ji-wei;CHENG Ying;LIU Xiao-jun;Key Laboratory of Modern Acoustics;Nanjing University;
..............page:29-30
Study on transmission in metamaterial with negative modulus
DING Jing;DENG Yuan-chen;GE Huan;FAN Li;ZHANG Shu-yi;ZHANG Hui;Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
DING Jing;DENG Yuan-chen;GE Huan;FAN Li;ZHANG Shu-yi;ZHANG Hui;Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
..............page:31-32
Asymmetrical transmission of sound wave in acoustic surface metamaterials
CHENG Ying;WU Da-jian;LIU Xiao-jun;Key Lab of Modern Acoustics;Nanjing University;
CHENG Ying;WU Da-jian;LIU Xiao-jun;Key Lab of Modern Acoustics;Nanjing University;
..............page:33-34
Acoustic transmissions in zero-index metamaterials with defects
WEI Qi;CHENG Ying;LIU Xiao-jun;Institute of Acoustics;Nanjing University;
WEI Qi;CHENG Ying;LIU Xiao-jun;Institute of Acoustics;Nanjing University;
..............page:35-36
Acoustic diffuse reflections based on randomly-distributed-index metamaterials
GU Zhong-ming;LIANG Bin;CHENG Jian-chun;Institute of Acoustics;Nanjing University;
GU Zhong-ming;LIANG Bin;CHENG Jian-chun;Institute of Acoustics;Nanjing University;
..............page:37-38
Broadband asymmetric acoustic transmission in gradient-index metamaterials
LI Rui-qi;CHENG Jian-chun;Institute of Acoustics;Nanjing University;
LI Rui-qi;CHENG Jian-chun;Institute of Acoustics;Nanjing University;
..............page:39-40
Band gaps of one-dimensional piezoelectric composite plate with a staggered-layer structure
ZHU Yi-fan;ZOU Xin-ye;CHENG Jian-chun;Institute of Acoustics;Nanjing University;
ZHU Yi-fan;ZOU Xin-ye;CHENG Jian-chun;Institute of Acoustics;Nanjing University;
..............page:41-42
Broadband subwavelength imaging utilizing temperature
ZHOU Chen;CHENG Ying;LIU Xiao-jun;Department of Physics/Nanjing University;
ZHOU Chen;CHENG Ying;LIU Xiao-jun;Department of Physics/Nanjing University;
..............page:43-44
The application of convolution perfectly matched layer in calculation for second order elastic wave
LI Yi-feng;SUN Li-shu;College of Electronics and Information Engineering;NanJing University of Technology;College Zhejiang Oriental Vocational Technical College;
LI Yi-feng;SUN Li-shu;College of Electronics and Information Engineering;NanJing University of Technology;College Zhejiang Oriental Vocational Technical College;
..............page:45-46
Broadband acoustic unidirectional transmission structure based on acoustic channel effect
ZHANG Sai;ZHANG Yu;Key Laboratory of Underwater Acoustic Communication and Marine Information Technology Ministry of Education;
ZHANG Sai;ZHANG Yu;Key Laboratory of Underwater Acoustic Communication and Marine Information Technology Ministry of Education;
..............page:47-48
Modal expansion analysis of ultrasonic Lamb waves generated by EMAT
LI Ming-liang;DENG Ming-xi;GAO Guang-jian;Logistics Engineering University;
LI Ming-liang;DENG Ming-xi;GAO Guang-jian;Logistics Engineering University;
..............page:49-50
Numerical simulation of elastic wave propagation in inhomogeneous media with FEM
ZHENG Xiao-mei;ZENG Xin-wu;College of Opto-electric Science and Engineering;National University of Defense and Technology;
ZHENG Xiao-mei;ZENG Xin-wu;College of Opto-electric Science and Engineering;National University of Defense and Technology;
..............page:51-52
Transient axial solution for the reflection of a spherical wave from a parabolic reflector
ZHANG Jun;ZENG Xin-wu;College of Opto-electronic Science and Engineering;National University of Defense Technology;
ZHANG Jun;ZENG Xin-wu;College of Opto-electronic Science and Engineering;National University of Defense Technology;
..............page:53-54
Influence of the array element number on sound focus through multiple scattering in time-reversal acoustics
DING Bang-long;ZENG Xin-wu;College of Opto-electric Science and Engineering;National University of Defense Technology;
DING Bang-long;ZENG Xin-wu;College of Opto-electric Science and Engineering;National University of Defense Technology;
..............page:55-56
Approach of sound focus in the air using wave-guide acoustic lens
LIU Zi-bo;ZHAO Yun;ZENG Xin-wu;College of Optoelectronic Science and Engineer;National University of Defense Technology;
LIU Zi-bo;ZHAO Yun;ZENG Xin-wu;College of Optoelectronic Science and Engineer;National University of Defense Technology;
..............page:57-58
Performance of low-frequence acoustics cabin
TIAN Zhang-fu;ZENG Xin-wu;College of Optoelectric Science and Engineering;National University of Defense Technology;
TIAN Zhang-fu;ZENG Xin-wu;College of Optoelectric Science and Engineering;National University of Defense Technology;
..............page:59-60
Analysis of acoustic field of near field acoustic levitation system of radiator rotating exponential
YAN Le-le;LIN Shu-yu;LI Guo;YU Qiang-hua;Shaanxi Normal University;Applied Acoustics Institute;
YAN Le-le;LIN Shu-yu;LI Guo;YU Qiang-hua;Shaanxi Normal University;Applied Acoustics Institute;
..............page:61-62
Real-time dynamic estimation research on northwest Pacific ocean acoustic environment based on MODAS
ZHOU Jiang-tao;ZHENG Pei-nan;LI Zi-qiang;YAO Xiao-hai;
ZHOU Jiang-tao;ZHENG Pei-nan;LI Zi-qiang;YAO Xiao-hai;
..............page:63-64
Warping operators for typical shallow water waveguides
NIU Hai-qiang;ZHANG Ren-he;LI Zheng-lin;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;Haikou Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;
NIU Hai-qiang;ZHANG Ren-he;LI Zheng-lin;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;Haikou Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;
..............page:65-66
Research on the influence of sound speed profile to the dispersion in shallow water waveguide
ZHU Han-hao;ZHANG Hai-gang;LIU Wei;YANG Lei;College of Underwater Acoustic Engineering;Harbin Engineering University;Science and Technology on Underwater Acoustics Laboratory;Harbin Engineering University;Navy 705 Factory;
ZHU Han-hao;ZHANG Hai-gang;LIU Wei;YANG Lei;College of Underwater Acoustic Engineering;Harbin Engineering University;Science and Technology on Underwater Acoustics Laboratory;Harbin Engineering University;Navy 705 Factory;
..............page:67-68
Influence of thermocline on sound propagation in shallow water
ZHANG Lin;FAN Pei-qin;XU Guo-jun;Navy Submarine Academy;
ZHANG Lin;FAN Pei-qin;XU Guo-jun;Navy Submarine Academy;
..............page:69-70
The research of reflected convergence zones range computing method in deep ocean
FAN Pei-qin;DA Liang-long;LI Yu-yang;Navy Submarine Academy;
FAN Pei-qin;DA Liang-long;LI Yu-yang;Navy Submarine Academy;
..............page:71-72
Geo-acoustic inversion with a vector sensor array in shallow water
SUN Mei;LI Feng-hua;ZHU Liang-ming;School of Physics and Electronic Engineering;Taishan University;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;
SUN Mei;LI Feng-hua;ZHU Liang-ming;School of Physics and Electronic Engineering;Taishan University;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;
..............page:73-74
The comparison of numerical methods for the focus field of acoustic lens
ZHANG Jun;WANG Shi-quan;Hangzhou Applied Acoustics Research Institute;
ZHANG Jun;WANG Shi-quan;Hangzhou Applied Acoustics Research Institute;
..............page:75-76
Analysis of transmission loss caused by thermocline in vertical acoustic channel
CHEN Shao-hua;ZHAO Dong-yan;ZHEN Wei;No.710 R & D Institute;CSIC;
CHEN Shao-hua;ZHAO Dong-yan;ZHEN Wei;No.710 R & D Institute;CSIC;
..............page:77-78
Simplified beamforming method for planar array
ZHAO Dong-yan;XIONG Tong-man;CHEN Shao-hua;No.710 R & D Institute;CSIC;
ZHAO Dong-yan;XIONG Tong-man;CHEN Shao-hua;No.710 R & D Institute;CSIC;
..............page:79-80
Experiment research on modal filtering localization method
XIAO Peng;LEI Bo;YANG Kun-de;Institute of Acoustic Engineering;Northwestern Polytechnical University;State Key Laboratory of Acoustics;Chinese Academy of Sciences;
XIAO Peng;LEI Bo;YANG Kun-de;Institute of Acoustic Engineering;Northwestern Polytechnical University;State Key Laboratory of Acoustics;Chinese Academy of Sciences;
..............page:81-82
Numerical modeling and properties analysis for distant shipping noise in deep ocean trenches
LI Xue-gang;YANG Kun-de;MA Yuan-liang;Institute of Acoustic Engineering;Northwestern Polytechnical University;
LI Xue-gang;YANG Kun-de;MA Yuan-liang;Institute of Acoustic Engineering;Northwestern Polytechnical University;
..............page:83-84
The application of Gaussian beam method in deep ocean matched-field localization
CHEN Lian-rong;PENG Zhao-hui;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
CHEN Lian-rong;PENG Zhao-hui;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
..............page:85-86
Fuzzy statistical normalization for non-Rayleigh reverberation data
XU Yan-wei;HOU Chao-huan;LI Jun;Institute of Acoustics;Chinese Academy of Sciences;
XU Yan-wei;HOU Chao-huan;LI Jun;Institute of Acoustics;Chinese Academy of Sciences;
..............page:87-88
Research on sound absorption of media with gradient change of impedance
SUN Yu;YANG De-sen;HU Bo;Harbin;Engineering University;Science and Technology on Underwater Acoustic Laboratory;
SUN Yu;YANG De-sen;HU Bo;Harbin;Engineering University;Science and Technology on Underwater Acoustic Laboratory;
..............page:89-90
Compression of low-frequency acoustic signal
DING Li-chao;Hangzhou Applied Acoustics Research Institute;
DING Li-chao;Hangzhou Applied Acoustics Research Institute;
..............page:91-92
Robust volumetric array beamforming based on the estimator of array response vector
HONG Chang-wei;Hangzhou Applied Acoustics Research Institute;
HONG Chang-wei;Hangzhou Applied Acoustics Research Institute;
..............page:93-94
The acoustic method and implement of the measurement of internal wave
WEI Jun-xia;WANG Ke-ming;FU Xiang-yi;No.715 Research Institute;CSIC;
WEI Jun-xia;WANG Ke-ming;FU Xiang-yi;No.715 Research Institute;CSIC;
..............page:95-96
A seabed track method of subbottom profiler
WEI Jun-xia;No.715 Research Institute;CSIC;
WEI Jun-xia;No.715 Research Institute;CSIC;
..............page:97-98
Hardware design of natural sampling SPWM real time operation
WANG Ming;Hangzhou Applied Acoustics Research Institute of CSIC;
WANG Ming;Hangzhou Applied Acoustics Research Institute of CSIC;
..............page:99-100
An MC-CDMA underwater acoustic communication system with differential modulation
LI Fang-lan;ZENG kun;CHEN Dong-sheng;TONG Feng;Key Laboratory of Underwater Acoustic Communication and Marine Information Technology of the MOE;Xiamen University;
LI Fang-lan;ZENG kun;CHEN Dong-sheng;TONG Feng;Key Laboratory of Underwater Acoustic Communication and Marine Information Technology of the MOE;Xiamen University;
..............page:101-102
Design of a small acoustic modem for oceanic environment monitoring
ZHOU Yue-hai;HUANG Ji-wen;LI Yu-han;TONG Feng;Key laboratory of underwater acoustic communication and marine information technology of the ministry of education;
ZHOU Yue-hai;HUANG Ji-wen;LI Yu-han;TONG Feng;Key laboratory of underwater acoustic communication and marine information technology of the ministry of education;
..............page:103-104
The directionality of shallow ambient noise using single optical fiber vector hydrophone
FU Liu-fang;DOU Ping-xuan;CHEN Yu;MA Shu-qing;MENG Zhou;College of Opto-electric Science and Engineering;National University of Defense Technology;
FU Liu-fang;DOU Ping-xuan;CHEN Yu;MA Shu-qing;MENG Zhou;College of Opto-electric Science and Engineering;National University of Defense Technology;
..............page:105-106
Data fusion method for vertical vector hydrophone arrays
PENG Bo-chen;MA Shu-qing;CHEN Yu;MENG Zhou;DOU Ping-xuan;College of Optoelectric Science and Engineering;National University of Defense Technology;
PENG Bo-chen;MA Shu-qing;CHEN Yu;MENG Zhou;DOU Ping-xuan;College of Optoelectric Science and Engineering;National University of Defense Technology;
..............page:107-108
A technique of suppressing towed ship noise using vector sensor line array
DOU Ping-xuan;FU Liu-fang;WU Yan-qun;HU Zheng-liang;HU Yong-ming;College of Opto-Electric Science and Engineering;National University of Defense Technology;
DOU Ping-xuan;FU Liu-fang;WU Yan-qun;HU Zheng-liang;HU Yong-ming;College of Opto-Electric Science and Engineering;National University of Defense Technology;
..............page:109-110
Analysis of multi-path channel effect on time-delay estimation in trajectory tracking system
DENG Lei-lei;Kunming Shipborne Equipment Research and Test Center;
DENG Lei-lei;Kunming Shipborne Equipment Research and Test Center;
..............page:111-112
Enhancement of forward scattering aberration caused by intrusion
LEI Bo;YANG Kun-de;HE Chuan-lin;Institute of Acoustic Engineering;Northwestern Polytechnical University;State Key Laboratory of Acoustics;Insitute of Acoustics;Chinese Academy of Science;
LEI Bo;YANG Kun-de;HE Chuan-lin;Institute of Acoustic Engineering;Northwestern Polytechnical University;State Key Laboratory of Acoustics;Insitute of Acoustics;Chinese Academy of Science;
..............page:113-114
Optimal directivity of circular sensor arrays
WANG Yong;YANG Yi-xin;MA Yuan-liang;HE Zheng-yao;School of Marine Science and Technology;Northwestern Polytechnical University;
WANG Yong;YANG Yi-xin;MA Yuan-liang;HE Zheng-yao;School of Marine Science and Technology;Northwestern Polytechnical University;
..............page:115-116
A multiple kernel learning framework for multi-aspect sonar targets classification
HAN Yi-na;YANG Kun-de;MA Yuan-liang;School of Marine Science and Technology;Northwestern Polytechnical University;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;
HAN Yi-na;YANG Kun-de;MA Yuan-liang;School of Marine Science and Technology;Northwestern Polytechnical University;State Key Laboratory of Acoustics;Institute of Acoustics;Chinese Academy of Sciences;
..............page:117-118
Analysis on a bionic harmonic signal
YANG Chang-sheng;WU Shuang;YAN Zhen-hua;REN Bing-xu;Northwestern Polytecinical University;China Ship Research and Development Academy;
YANG Chang-sheng;WU Shuang;YAN Zhen-hua;REN Bing-xu;Northwestern Polytecinical University;China Ship Research and Development Academy;
..............page:119-120
DOA estimation method based on real-part elimination of the covariance matrix
WANG Lu;MA Yuan-liang;Institute of Acoustic Engineering;Northwestern Polytechnical University;
WANG Lu;MA Yuan-liang;Institute of Acoustic Engineering;Northwestern Polytechnical University;
..............page:121-122
Research of application of the beam tracing model in the performance prediction of dipping sonar
ZHI Shao-long;AVIC AVIONICS Co.;Ltd.;
ZHI Shao-long;AVIC AVIONICS Co.;Ltd.;
..............page:123-124
Theoretical study of the circular movement of two bubbles
ZHANG Wen-juan;AN Yu;Department of Physics;Tsinghua University;
ZHANG Wen-juan;AN Yu;Department of Physics;Tsinghua University;
..............page:125-126
Development of dynamic photoelastic equipment and visualization of ultrasound field
AN Zhi-wu;JIN Shi-jie;WANG Xiao-min;LIAN Guo-xuan;Institute of Acoustics;Chinese Academy of Sciences;
AN Zhi-wu;JIN Shi-jie;WANG Xiao-min;LIAN Guo-xuan;Institute of Acoustics;Chinese Academy of Sciences;
..............page:127-128
A study of rayleigh wave scattering caused by surface crack with photo-elastic visualization
JIN Shi-jie;AN Zhi-wu;WANG Xiao-min;LIAN Guo-xuan;Institute of Acoustics;Chinese Academy of Sciences;
JIN Shi-jie;AN Zhi-wu;WANG Xiao-min;LIAN Guo-xuan;Institute of Acoustics;Chinese Academy of Sciences;
..............page:129-130
Simulation of PZT wafer transducer effect on Lamb wave
ZHANG Xu;AN Zhi-wu;WANG Xiao-min;Institute of Acoustics;Chinese Academy of Sciences;
ZHANG Xu;AN Zhi-wu;WANG Xiao-min;Institute of Acoustics;Chinese Academy of Sciences;
..............page:131-132
The simulation of TOFD technique in the test of gear weld
LIXiao-lin;CAO Hai-jing;PENG Zhao-bin;MAO Jie;Institute of Acoustics;Chinese Academy of Sciences;
LIXiao-lin;CAO Hai-jing;PENG Zhao-bin;MAO Jie;Institute of Acoustics;Chinese Academy of Sciences;
..............page:133-134
Study on nuclear effect of acoustic cavitation nucleated by different particles
CHENG Qian;LI Xin-nian;QIAN Meng-lu;Institute of Acoustics;Tongji University;Shanghai Applied Radiation Institute;Shanghai University;
CHENG Qian;LI Xin-nian;QIAN Meng-lu;Institute of Acoustics;Tongji University;Shanghai Applied Radiation Institute;Shanghai University;
..............page:135-136
Detection and research of cellular adhesion
CHEN Hong;ZHANG Yu-hui;CHEN Ming;CHENG Qian;Institute of Acoustics;Tongji University;Tongji University Affiliated East Hospital;
CHEN Hong;ZHANG Yu-hui;CHEN Ming;CHENG Qian;Institute of Acoustics;Tongji University;Tongji University Affiliated East Hospital;
..............page:137-138
Visualization and measurement of acoustic field induced by point-focusing ultrasound
XU Zheng;CHEN Hao;QIAN Meng-lu;CHENG Qian;School of Physics;Tongji University;
XU Zheng;CHEN Hao;QIAN Meng-lu;CHENG Qian;School of Physics;Tongji University;
..............page:139-140
A study on generalized minimum residual algorithm for ultrasound process tomography
LIU Jin-quan;SU Ming-xu;CAI Xiao-shu;School of Power and Energy;USST;
LIU Jin-quan;SU Ming-xu;CAI Xiao-shu;School of Power and Energy;USST;
..............page:141-142
Code excited ultrasonic guided wave in long bones
ZHANG Hui-lin;TA De-an;Department of Electronic Engineering;Fudan University;
ZHANG Hui-lin;TA De-an;Department of Electronic Engineering;Fudan University;
..............page:143-144
Numerical modeling of shock wave generated from a strong focused ultrasound transducer
FAN Ting-bo;CHEN Tao;HU Jimin;ZHANG Dong;Jiangsu Province medical instrument testing institute;Nanjing University;
FAN Ting-bo;CHEN Tao;HU Jimin;ZHANG Dong;Jiangsu Province medical instrument testing institute;Nanjing University;
..............page:145-146
Conductivity image reconstruction for magnetoacoustic tomography with magnetic induction
SUN Xiao-dong;ZHOU Yu-qi;MA Qing-yu;School of Physics and Technology;Nanjing Normal University;
SUN Xiao-dong;ZHOU Yu-qi;MA Qing-yu;School of Physics and Technology;Nanjing Normal University;
..............page:147-148
Line spectra of sonoluminescence in the terbium chloride aqueous solution
LIANG Jin-fu;CHEN Wei-zhong;Key Laboratory of Modern Acoustics;Ministry of Education;
LIANG Jin-fu;CHEN Wei-zhong;Key Laboratory of Modern Acoustics;Ministry of Education;
..............page:149-150
Research of the oscillation of the typical aspheric encapsulated bubble
SHAO Wei-hang;CHEN Wei-zhong;Key Laboratory of Modern Acoustics;Ministry of Education;
SHAO Wei-hang;CHEN Wei-zhong;Key Laboratory of Modern Acoustics;Ministry of Education;
..............page:151-152
A grinding acoustic emission monitoring technique based on support vector machine
ZHANG Hao;YANG Jing;CHENG Jian-chun;LIU Xiang-xiong;Institute of Acoustic;Nanjing University;Kunshan Hiecise Machine Co.;Ltd;
ZHANG Hao;YANG Jing;CHENG Jian-chun;LIU Xiang-xiong;Institute of Acoustic;Nanjing University;Kunshan Hiecise Machine Co.;Ltd;
..............page:153-154
B-mode image processing study of ultrasound cavitation bubble clouds generated in gel phantom
CHEN Chu-yi;TU Juan;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;
CHEN Chu-yi;TU Juan;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;
..............page:155-156
Influence of ultrasound-induced microbubble cavitation on bPEI:VEGF transfection efficiency at varied N/P ratio
LU Lu;TU Juan;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;
LU Lu;TU Juan;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;
..............page:157-158
Velocity field and shearing force generated by oscillating contrast agent microbubbles near a rigid boundary
WANG Li;TU Juan;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;
WANG Li;TU Juan;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;
..............page:159-160
Investigation on microbubbles interactions using finite element simulations
WANG Xiao-feng;TU Juan;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;
WANG Xiao-feng;TU Juan;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;
..............page:161-162
Experimental study of the ultrasound radiation power measurement
GU Yu-yang;HU Ji-ming;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;Jiangsu Province Institute for Medical Equipment Testing;
GU Yu-yang;HU Ji-ming;ZHANG Dong;Key Laboratory of Modern Acoustics;Ministry of Education;Jiangsu Province Institute for Medical Equipment Testing;
..............page:163-164
Quality analysis of Lamb wave imaging
ZHOU Chun-bing;LIN Wei;Department Applied physics;Nanjing University of Aeronautics and Astronautics;
ZHOU Chun-bing;LIN Wei;Department Applied physics;Nanjing University of Aeronautics and Astronautics;
..............page:165-166
Experimental study for detecting defects in steel plates with liquid loading using ultrasonic Lamb waves
GAO Guang-jian;DENG Ming-xi;LI Ming-liang;Logistics Engineering University;
GAO Guang-jian;DENG Ming-xi;LI Ming-liang;Logistics Engineering University;
..............page:167-168
Quantitive assessment of elastographic features based on ultrasound real-time elastography and its application
ZHANG Xue;XIAO Yang;QIU Wei-bao;ZHENG Hai-rong;Shenzhen Institute of Advanced Technology Chinese Academy of Sciences Institute;
ZHANG Xue;XIAO Yang;QIU Wei-bao;ZHENG Hai-rong;Shenzhen Institute of Advanced Technology Chinese Academy of Sciences Institute;
..............page:169-170
Dynamic model of ultrasonic extract total flavones from mosla dianthera
YU Qiang-hua;LIN Shu-yu;YAN Le-le;LI Guo;Shannxi Normal Univercity;Physics and information technology college;
YU Qiang-hua;LIN Shu-yu;YAN Le-le;LI Guo;Shannxi Normal Univercity;Physics and information technology college;
..............page:171-172
Accurate COM simulation on SAW reflective delay line for wireless temperature sensor system
WANG Wen;XUE Xu-feng;Institute of acoustics;Chinese Academy of Sciences;
WANG Wen;XUE Xu-feng;Institute of acoustics;Chinese Academy of Sciences;
..............page:173-174
Experimental research on polyaniline-coated surface acoustic wave humidity sensor
XIE Xiao;WANG Wen;HE Shi-tang;Institute of Acoustics;Chinese Academy of Sciences;
XIE Xiao;WANG Wen;HE Shi-tang;Institute of Acoustics;Chinese Academy of Sciences;
..............page:175-176
Research on a FPGA-based ultrasonic testing system with controllable gain
YU Fei;WU Wen-tao;XIA Xin-yuan;Institute of Acoustics;Chinese Academy of Sciences;
YU Fei;WU Wen-tao;XIA Xin-yuan;Institute of Acoustics;Chinese Academy of Sciences;
..............page:177-178
Reconfigurable system for ultrasonic imaging and application in NDT
WU Wen-tao;LI Ping;Institute of Acoustics;Chinese Academy of Sciences;
WU Wen-tao;LI Ping;Institute of Acoustics;Chinese Academy of Sciences;
..............page:179-180
Near field phase screen model in medical ultrasound imaging
XIA Xin-yuan;WU Wen-tao;LI Ping;MENG Xiao-hui;Institute of Acoustics;Chinese Academy of Sciences;
XIA Xin-yuan;WU Wen-tao;LI Ping;MENG Xiao-hui;Institute of Acoustics;Chinese Academy of Sciences;
..............page:181-182
A study of B-mode ultrasound imaging with virtual source method
LI Yao;WU Wen-tao;LI Ping;Institute of Acoustics;Chinese Academy of Sciences;
LI Yao;WU Wen-tao;LI Ping;Institute of Acoustics;Chinese Academy of Sciences;
..............page:183-184
Extraction of COM Parameters using finite FEM/BEM
WANG Hao;SU Bo;WANG Wei-biao;WU Hao-dong;SHUI Yong-an;Institute of Acoustics;Key Laboratory of Modern Acoustics;Nanjing University;Nanjing Electronic Devices Institute;Jiangsu Engineering Research Center for Sensing Materials and Devices;
WANG Hao;SU Bo;WANG Wei-biao;WU Hao-dong;SHUI Yong-an;Institute of Acoustics;Key Laboratory of Modern Acoustics;Nanjing University;Nanjing Electronic Devices Institute;Jiangsu Engineering Research Center for Sensing Materials and Devices;
..............page:185-186
The analysis of package influence on SAW filter performance by employing FDTD software
XIAO Li;CHEN Ting-ting;DU Xue-song;CAO Liang;China electronics research institute No 261;
XIAO Li;CHEN Ting-ting;DU Xue-song;CAO Liang;China electronics research institute No 261;
..............page:187-188
Design of wideband high rectangular SAW filter
JIANG Dao-jun;LIANG Dong;DU Xue-song;CAO Liang;ZHANG Ling;26th Institute of China Electronics Technology Group Corporation;
JIANG Dao-jun;LIANG Dong;DU Xue-song;CAO Liang;ZHANG Ling;26th Institute of China Electronics Technology Group Corporation;
..............page:189-190
Simulation and analysis of a T-structure tunable SAW filter
CHEN Ting-ting;DU Xue-song;YAO Yuan;CAO Liang;26th Institute of China Electronics Technology Group Corporation;
CHEN Ting-ting;DU Xue-song;YAO Yuan;CAO Liang;26th Institute of China Electronics Technology Group Corporation;
..............page:191-192
An FPGA based ultrasound system for high resolution blood flow measurement
QIU Wei-bao;YANG Ya-pu;WU Mi-long;LI Guof-eng;MU Pei-tian;QIAN Ming;SUN Lei;ZHENG Hai-rong;Shenzhen Institutes of Advanced Technology Chinese Academy of Sciences Institute of Biomedical and Health Engineering;The Hong Kong Polytechnic University Interdisciplinary Division of Biomedical Engineering;
QIU Wei-bao;YANG Ya-pu;WU Mi-long;LI Guof-eng;MU Pei-tian;QIAN Ming;SUN Lei;ZHENG Hai-rong;Shenzhen Institutes of Advanced Technology Chinese Academy of Sciences Institute of Biomedical and Health Engineering;The Hong Kong Polytechnic University Interdisciplinary Division of Biomedical Engineering;
..............page:193-194
The phase delay estimator based on wavelet transform
WANG Cai-feng;ZHANG Xiao-feng;ZHANG Guang-bin;Ultrasonic Key Laboratory of Shaanxi Province;Shaanxi Normal University;
WANG Cai-feng;ZHANG Xiao-feng;ZHANG Guang-bin;Ultrasonic Key Laboratory of Shaanxi Province;Shaanxi Normal University;
..............page:195-196
Experimental investigation of factors influencing sound absorption property
XU Huan;CHEN Yan;HE Long-biao;NIU Feng;National Institute of Metrology;Jiangsu Academy of Safety Science and Technology;
XU Huan;CHEN Yan;HE Long-biao;NIU Feng;National Institute of Metrology;Jiangsu Academy of Safety Science and Technology;
..............page:197-198
Subjective evaluation of frequency characteristic of reverberance
LIANG Heng;MO Fang-shuo;Institute of Acoustics;Tongji university;
LIANG Heng;MO Fang-shuo;Institute of Acoustics;Tongji university;
..............page:199-200
The decay of loudness in unroofed spaces
WEN Li-sen;JIANG Guo-rong;MO Fang-shuo;Institute of Acoustics;Tongji University;
WEN Li-sen;JIANG Guo-rong;MO Fang-shuo;Institute of Acoustics;Tongji University;
..............page:201-202
Noise source separation and quantification based on partial least squares regression
GONG Yuan-bin;LI Si-chun;YANG De-sen;SHI Sheng-guo;College of Underwater Acoustic Engineering;Harbin Engineering University;Science and Technology on Underwater Acoustic Laboratory;Harbin Engineering University;
GONG Yuan-bin;LI Si-chun;YANG De-sen;SHI Sheng-guo;College of Underwater Acoustic Engineering;Harbin Engineering University;Science and Technology on Underwater Acoustic Laboratory;Harbin Engineering University;
..............page:203-204
Investigation of normalized frequency domain LMS algorithms in non-causal condition
MAO Xin;LU Jing;MOE Key Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
MAO Xin;LU Jing;MOE Key Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
..............page:205-206
A structural module of soundboard aided design
HE Wen-feng;XIE Zhi-wen;Acoustic Laboratory;South China University of Technology;
HE Wen-feng;XIE Zhi-wen;Acoustic Laboratory;South China University of Technology;
..............page:207-208
Multi-domain ASR system combination in speech cloud applications
CHEN Meng-zhe;ZHANG Qing-qing;YAN Yong-hong;Chinese Academy of Sciences;The Key Laboratory of Speech Acoustics and Content understanding;
CHEN Meng-zhe;ZHANG Qing-qing;YAN Yong-hong;Chinese Academy of Sciences;The Key Laboratory of Speech Acoustics and Content understanding;
..............page:209-210
Wake-up word speech recognition via double scoring method
XING An-hao;LI Ta;YAN Yong-hong;Institute of Acoustics;Chinese Academy of Sciences;
XING An-hao;LI Ta;YAN Yong-hong;Institute of Acoustics;Chinese Academy of Sciences;
..............page:211-212
Howling detection based on tracking long-time envelope of magnitude spectrum
LI Jian;ZHENG Cheng-shi;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;Acoustics and Information Technology Laboratory;Shanghai Advanced Research Institute;Chinese Academy of Sciences;
LI Jian;ZHENG Cheng-shi;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;Acoustics and Information Technology Laboratory;Shanghai Advanced Research Institute;Chinese Academy of Sciences;
..............page:213-214
A hybrid stereo acoustic echo cancellation method based on spectral dominance
YANG He-fei;YE Qing-hua;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;Acoustics and Information Technology Laboratory;Shanghai Advanced Research Institute;Chinese Academy of Sciences;
YANG He-fei;YE Qing-hua;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;Acoustics and Information Technology Laboratory;Shanghai Advanced Research Institute;Chinese Academy of Sciences;
..............page:215-216
Relationship between perception and production in mandarin tone by university students of ethnic minority in injiang
GUO Jing-sui;LIU Ya-li;XIE Ling-yun;Communication Acoustic Laboratory;Communication University of China;
GUO Jing-sui;LIU Ya-li;XIE Ling-yun;Communication Acoustic Laboratory;Communication University of China;
..............page:217-218
The analysis of pronunciation faultiness for tones of disyllabic words in sinkiang minorities mandarin
SONG Hui;LIU Ya-li;MENG Zi-hou;Communication Acoustics Laboratory;Communication University of China;Information Technology Institute;Jlin Technology College of Electronic Information;
SONG Hui;LIU Ya-li;MENG Zi-hou;Communication Acoustics Laboratory;Communication University of China;Information Technology Institute;Jlin Technology College of Electronic Information;
..............page:219-220
The influence of different vowels to categorical perception of tones
WANG Xing;LIU Ya-li;Communication Acoustics Laboratory;Communication University of China;
WANG Xing;LIU Ya-li;Communication Acoustics Laboratory;Communication University of China;
..............page:221-222
The influence of auxiliary visual information on the auditory perception of acoustical dummy head recording
TONG Xin;QI Na;Communication Acoustic Laboratory in Communication University of China;
TONG Xin;QI Na;Communication Acoustic Laboratory in Communication University of China;
..............page:223-224
The transmission characteristics analysis of artificial ear canal
WU Jing;QI Na;Communication Acoustics Library;Communication University of China;
WU Jing;QI Na;Communication Acoustics Library;Communication University of China;
..............page:225-226
The survey of DLF for a group of male youth
SUN Ke-ke;MENG Zi-hou;LIU Jin-chang;YUE Jian-ping;Communication University of China;Key Laboratory of Sci.&Tec.on Underwater Acoustic Countermeasure;
SUN Ke-ke;MENG Zi-hou;LIU Jin-chang;YUE Jian-ping;Communication University of China;Key Laboratory of Sci.&Tec.on Underwater Acoustic Countermeasure;
..............page:227-228
The measuring of noise masking to tones for a group of male youth
ZHU Lei;MENG Zi-hou;LIU Jin-chang;YUE Jian-ping;Communication University of China;Key Laboratory of Sci.&Tec.on Underwater Acoustic Countermeasure;
ZHU Lei;MENG Zi-hou;LIU Jin-chang;YUE Jian-ping;Communication University of China;Key Laboratory of Sci.&Tec.on Underwater Acoustic Countermeasure;
..............page:229-230
The effect of training on the ability of target sound identification in noise
LI Wei;MENG Zi-hou;Communication Acoustics Lab;Communication University of China;
LI Wei;MENG Zi-hou;Communication Acoustics Lab;Communication University of China;
..............page:231-232
Weighted wideband DOA estimation with frequency value
FENG Da-hang;QIAN Neng-feng;LI Xiao-dong;BAO Ming;Communication Acoustics Laboratory;Institutes of Acoustics;Chinese Academy of Sciences;
FENG Da-hang;QIAN Neng-feng;LI Xiao-dong;BAO Ming;Communication Acoustics Laboratory;Institutes of Acoustics;Chinese Academy of Sciences;
..............page:233-234
Theoretical calculations and experiment for loudspeaker equalization objective function’s lower cutoff frequency
LI Xian-sheng;CAI Zhi-bo;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;Acoustics and Information Technology Laboratory;Shanghai Advanced Research Institute;Chinese Academy of Sciences;
LI Xian-sheng;CAI Zhi-bo;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;Acoustics and Information Technology Laboratory;Shanghai Advanced Research Institute;Chinese Academy of Sciences;
..............page:235-236
Auditory streaming and grouping based on Ternus display
WANG Qing-cui;BAO Ming;CHEN Li-han;LAN Hai-bing;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;Department of Psychology;Peking University;Beijing Institute of Information Technology;
WANG Qing-cui;BAO Ming;CHEN Li-han;LAN Hai-bing;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;Department of Psychology;Peking University;Beijing Institute of Information Technology;
..............page:237-238
Perceptually motivated speech enhancement algorithm with low complexity for the hearing impaired
WANG Yue;LI Ping;CUI Jie;Institute of Acoustics;Chinese Academy of Sciences;
WANG Yue;LI Ping;CUI Jie;Institute of Acoustics;Chinese Academy of Sciences;
..............page:239-240
Research on the relationship between stimulating parameters and the threshold of ECAP
MENG Li;XIAO Ling;YU Zhong-de;Institute of Acoustics;Chinese Academy of Sciences;
MENG Li;XIAO Ling;YU Zhong-de;Institute of Acoustics;Chinese Academy of Sciences;
..............page:241-242
An axial motion compensation method for synthetic transmit aperture in ultrasound image
LI hua;MENG Xiao-hui;Institute of Acoustics;Chinese Academy of Sciences;
LI hua;MENG Xiao-hui;Institute of Acoustics;Chinese Academy of Sciences;
..............page:243-244
Ambisonic encoding and decoding with spatial window
LI Zhuang;LIU Heng-biao;Institute of Acoustics;Tongji University;
LI Zhuang;LIU Heng-biao;Institute of Acoustics;Tongji University;
..............page:245-246
Analysis on the stability of high-order Ambisonics system
LIU Yang;XIE Bo-sun;Acoustic Lab;School of Science;South China University of Technology;State Key Laboratory of Subtropical Building Science;
LIU Yang;XIE Bo-sun;Acoustic Lab;School of Science;South China University of Technology;State Key Laboratory of Subtropical Building Science;
..............page:247-248
An improved anthropometry-based matching method of individual head-related transfer functions
LIU Xue-jie;ZHONG Xiao-li;Acoustic Lab/Physics Department/School of Science/South China University of Technology;
LIU Xue-jie;ZHONG Xiao-li;Acoustic Lab/Physics Department/School of Science/South China University of Technology;
..............page:249-250
Simulation of real-time algorithm for virtual bass enhancement using matlab
DUAN Zheng-zhi;XIE Zhi-wen;Acoustic Laboratory;SCUT;
DUAN Zheng-zhi;XIE Zhi-wen;Acoustic Laboratory;SCUT;
..............page:251-252
The influence of individualized HRTF to virtual reproduction of 5.1 channel surround sound by headphone
HE Na-na;XIE Bo-sun;Acoustic Lab;School of Science;South China University of Technology;
HE Na-na;XIE Bo-sun;Acoustic Lab;School of Science;South China University of Technology;
..............page:253-254
Analysis on the individualized characteristics of head-related transfer function model using sub-band decomposition by wavelet
TIAN Zhao-jun;XIE Bo-sun;Acoustic Lab;School of Science;South China University of Technology;
TIAN Zhao-jun;XIE Bo-sun;Acoustic Lab;School of Science;South China University of Technology;
..............page:255-256
An improvement on virtual sensing algorithms applied on the active headrest
LEI Cheng-you;XU Jian;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;
LEI Cheng-you;XU Jian;LI Xiao-dong;Communication Acoustics Laboratory;Institute of Acoustics;Chinese Academy of Sciences;
..............page:257-258
Application of acoustic emission detection technology in composite structure security monitoring
LI Hong-jun;FANG Jian-qing;HE Yuan-lei;
LI Hong-jun;FANG Jian-qing;HE Yuan-lei;
..............page:259-260
Sound intensity method of measuring the reflection coefficient of acoustic material with vector hydrophone
SHI Sheng-guo;WANG Chao;YU Shu-hua;College of Underwater Acoustic Engineering;Harbin Engineering University;
SHI Sheng-guo;WANG Chao;YU Shu-hua;College of Underwater Acoustic Engineering;Harbin Engineering University;
..............page:261-262
Experimental study on dividing filter effect of the surface slits
WANG Jing-shi;XU Xiao-dong;CHENG Ying;LIU Xiao-jun;School of Electronics and Information;Nantong University;Institute of Acoustics;Nanjing University;
WANG Jing-shi;XU Xiao-dong;CHENG Ying;LIU Xiao-jun;School of Electronics and Information;Nantong University;Institute of Acoustics;Nanjing University;
..............page:263-264
A method for measuring the phase-uniformity of line array
XU Yu;OUYANG Zhe;YAO Ji-yuan;Hangzhou Applied Acoustic Research Institute;
XU Yu;OUYANG Zhe;YAO Ji-yuan;Hangzhou Applied Acoustic Research Institute;
..............page:265-266
A kind of high power half bridge amplifier circuit
FU Ji-wei;Yichang Research institute of Testing Technique;
FU Ji-wei;Yichang Research institute of Testing Technique;
..............page:267-268
An automatic detection and localization method of vehicle horn sound
WU Si-xia;HAO Jiao;DI Guo-qing;Institute of Environmental Pollution & Control Technology;Zhejiang University;
WU Si-xia;HAO Jiao;DI Guo-qing;Institute of Environmental Pollution & Control Technology;Zhejiang University;
..............page:269-270
A single phase signal driven bidirectional nut-type ultrasonic motor
CHEN Zhu-zi;CHEN Yu;ZHOU Tie-ying;FU De-yong;Physics Department;Tsinghua University;
CHEN Zhu-zi;CHEN Yu;ZHOU Tie-ying;FU De-yong;Physics Department;Tsinghua University;
..............page:271-272
Research of the massstuck in the Piezoelectric ceramic stack of tonpilz transducer with double excitation
LI Zhi-qiang;LI Ying-ming;MO Xi-ping;PAN Yao-zong;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
LI Zhi-qiang;LI Ying-ming;MO Xi-ping;PAN Yao-zong;Institute of Acoustics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
..............page:273-274
Investigation of velocity gradient sensor in plane wave field
SUN Xin-yi;YANG De-sen;HONG Lian-jin;ZHOU Hong-kun;Science and Technology on Underwater Acoustic Laboratory;Harbin Engineering University;
SUN Xin-yi;YANG De-sen;HONG Lian-jin;ZHOU Hong-kun;Science and Technology on Underwater Acoustic Laboratory;Harbin Engineering University;
..............page:275-276
Temperature compensated acoustic sensor with a high sensitivity and a high resolution
JIANG Guo-zhu;ZHANG Hui;LIU Zhao-qun;ZHANG Shu-yi;FAN Li;Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
JIANG Guo-zhu;ZHANG Hui;LIU Zhao-qun;ZHANG Shu-yi;FAN Li;Laboratory of Modern Acoustics;Institute of Acoustics;Nanjing University;
..............page:277-278
The study of acoustic LWD’s receiver by finite element
LI Zhen;LANG Xiao-zheng;LIU Yu-kai;China University of Petroleum;
LI Zhen;LANG Xiao-zheng;LIU Yu-kai;China University of Petroleum;
..............page:279-280
The analysis of horizontal directivity of LWD acoustic multipole transimitting transducer
LIU Yu-kai;LI Zhen;SU Yuan -da;School of Geosciences;China University of Petroleum;
LIU Yu-kai;LI Zhen;SU Yuan -da;School of Geosciences;China University of Petroleum;
..............page:281-282
The design of a wide-band piezoelectric ring transducers
YAO Ji-yuan;XU Yu;SUN Hao-guang;Hangzhou Application Acoustics Institute;
YAO Ji-yuan;XU Yu;SUN Hao-guang;Hangzhou Application Acoustics Institute;
..............page:283-284
Design of small-size low-frequency broad-band transducer
LIU Ji-wu;Hangzhou Applied Acoustic Research Institute;
LIU Ji-wu;Hangzhou Applied Acoustic Research Institute;
..............page:285-286
Very low frequency wideband projector of 5Hz-1000Hz
FAN Jin-liang;TANG Liang-yu;ZHU Wei-ming;Hangzhou Applied Acoustic Research;
FAN Jin-liang;TANG Liang-yu;ZHU Wei-ming;Hangzhou Applied Acoustic Research;
..............page:287-288
Multiple-mode transducer for measuring system in sound tube
HAO Hao-qi;Hangzhou Applied Acoustic Research Institute;
HAO Hao-qi;Hangzhou Applied Acoustic Research Institute;
..............page:289-290
Directivity analysis of pressure-gradient vector hydrophone
LI Guang-ming;CHEN Hong-juan;WANG Wei;WU Yan-qun;HU Zheng-liang;College of 0pto-Electronic Science and Engineering;National University Of Defense Technology;College of acoustic engineering;Harbin Engineering University;
LI Guang-ming;CHEN Hong-juan;WANG Wei;WU Yan-qun;HU Zheng-liang;College of 0pto-Electronic Science and Engineering;National University Of Defense Technology;College of acoustic engineering;Harbin Engineering University;
..............page:291-292
Numerical computation and experimental test of directivity of hydrophone
ZHAO Peng-tao;JIANG Shi-jun;Yichang Research institute of Testing Technique;Equipment Tendening Center of Navy Equipment Department;
ZHAO Peng-tao;JIANG Shi-jun;Yichang Research institute of Testing Technique;Equipment Tendening Center of Navy Equipment Department;
..............page:293-294
Research of cylindrical line array ultrasonic transducer directivity
WANG Dan;GUO Jian-zhong;Shaanxi Normal University Institute of physics;Ultrasonics in shaanxi key laboratory;
WANG Dan;GUO Jian-zhong;Shaanxi Normal University Institute of physics;Ultrasonics in shaanxi key laboratory;
..............page:295-296
Ratio method for acoustic resonance spectroscopy feature extraction
ZHOU Lu-jun;FANG Jian-qing;MA Chao;
ZHOU Lu-jun;FANG Jian-qing;MA Chao;
..............page:297-298