Page 4 - 《应用声学》2020年第5期

JOURNAL of APPLIED ACOUSTICS (BIMONTHLY)

Vol. 39, No. 5, September, 2020

CONTENTS

Research Articles
Depth estimation of moving underwater source based on routes choosing···················································
··················································LIU Yankun GUO Yonggang LI Zhenglin LI Fenghua ZHANG Bo (647)
The Janus-Helmholtz transducer with dilated cavity·············································································
························································ YI Zixu MO Xiping CHAI Yong ZHANG Yunqiang CUI Bin (656)
Active sonar direct blast suppression based on dynamic threshold matching pursuit algorithm···························
······························································ZHANG Meng WANG Haibin WANG Jun ZHANG Hairu (661)
Blind deconvolution of sources of opportunity in a slope waveguide··························································
················································································· ZHANG Xuedong NIU Haiqiang WU Lixin (670)
The transmit signal in broadband Doppler velocimetry technology······LI Meiqi WANG Changhong DENG Kai (681)
Modeling and characterization of marine ambient noise in the Arctic·························································
······································································TAN Jingqian CAO Yu HUANG Haining GUO Hui (690)
Application of energy-weighted time feature to source depth type discrimination in shallow water······················
··································································································· YU Mengxiao ZHOU Shihong (698)

The characteristics of vibration and noise reduction of metro wheel with compound noise reduction block············
··············································································· TANG Zhao ZHANG Xuefei WANG Ruiqian (709)
Simplified calculation method of transmission loss for silencing ducts with uniform cross-section······················
····················································································· YANG Liang SUN Hongling YANG Jun (716)
Research on tractor cab noise based on FE-SEA method··································CHENG Kexiang MA Xintan (723)
Experimental modal analysis of dry-type air-core reactor on eigensystem realization algorithm method················
·····································ZHANG Songyang HE Qiang XIAO Weimin WANG Leilei WANG Donghui (730)
Calculation and parameter optimization of stiffness and transmission loss of the composite structure····················
·················································································· LIN Sen HU Ying LI Chenxi CONG Hao (736)

The detection method of cracks on the inner wall of thick wall pipes with inclined beams of SH waves·················
···············································ZHAO Liang ZHANG Jin DONG Zihua WANG Xin WANG Xuebin (747)
Finite element analysis of double cell photoacoustic signals········ZHAO Rongrong YANG Peng HAN Jianning (753)
Matrix rigidity affects sonoporation mediated gene delivery on single cell···················································
····················································································· RONG Ning WANG Yan FAN Zhenzhen (762)
Dynamic photoelastic method on the propagation characteristics of asymmetric Lamb mode in thickness variation plate
········· ZHANG Xu ZHANG Shukun HU Zhongtao TU Jun CHENG Jiang AN Zhiwu SONG Xiaochun (769)
Numerical simulation study on the influence of groove cutting on acoustic isolators in acoustic logging while drilling
····································································· YANG Peinian CHEN Dehua PAN Yue ZHANG Mi (775)
Acoustic field simulation analysis of ultrasonic stirring magnetorheological polishing fluid·······························
·································································YAO Bingting YANG Shengqiang GUO Ce LI Xiuhong (784)

Reviews
Review on downhole acoustic communication technology based on periodic string channel······························
·················································· ZHAO Aosong CHEN Hao ZHANG Bo ZHANG Jinyan HE Xiao (791)

Scoop···········································································································································(768)