Page 4 - 《应用声学》2023年第1期
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JOURNAL of APPLIED ACOUSTICS (BIMONTHLY)


                                         Vol. 42, No. 1, January, 2023

                                               CONTENTS


       Research Articles

           Binaural sound pressure control and localization performance in virtual sound reproduction using two loudspeakers·····························
           ·························································································································LI Meiqiang  XIE Bosun  LIU Lulu ( 1 )
           Energy estimation of explosion sound source based on the ratio of the energy of different tube·······················································
           ··························································································· CHENG Wei TENG Pengxiao  LYU Jun ZHANG Tianyu ( 12 )
           Semantic description and analysis of noise characteristics in auditory perception·······································································
           ······················································· LI Hao  CHEN Ke’an YIN Qiuyang  ZHANG Jun YU Guitao YIN Jiuchao  LI Han ( 18 )
           Transformer encoder-based spoofing countermeasure for synthetic speech detection···················· WAN Yi YANG Feiran YANG Jun ( 26 )
           Lamb wave transmission control based on elastic wave metasurface····································· YANG Huagen  FENG Kan LI Rong ( 34 )
           Impedance and vibration analysis of the simulation model of the miniature balanced armature transducer including the magnetoresistance
           of the shell························································································································ LIAO Canjie WEI Junfen ( 42 )
           Study of transmission gear noise based on transfer path analysis······························SHI Jiaohua  LUO Ting TIAN Xin  LIU Nian ( 51 )
           Coin-tap sound signal characteristics recognition of ceramic products based on time-frequency framing energy entropy·························
           ··············································································· LIU Liping  JIANG Liucheng  QIAO Lele  SUN Jian GAO Shiyan ( 57 )
           MFCC-based smoothing for equalization of headphone-to-eardrum transfer function··································································
           ···········································································LI Guangju  LUO Pingzhan  QIAN Peng  GAN Weiming  XING Meng ( 67 )
           Affective speech synthesis of Chinese children···············································································HU Hangye  WANG Wei ( 76 )

           The nonlinear driving manner of iron-gallium Janus-Helmholtz transducer·····ZHAO Jiaheng  MO Xiping  CHAI Yong LIU Yongping ( 84 )
           Message passing interface parallel optimization of 3D sound propagation model BELLHOP3D······················································
           ·············································································································· ZHOU Yiqing  LUO Wenyu  WU Shuanglin ( 93 )
           Experimental research on improving source level fluctuation of moving coil projector·································································
           ···································································································· YANG Yang  SANG Yongjie  LIU Maoyi  LAN Yu (100)
           Relationship between singular points of the acoustic field in the ideal shallow waveguide and source depth········································
           ······································································································WANG Zexi  LI Jian ZHANG Zhen  GU Mingyu (107)

           Induction thermoacoustic analysis and application of the Indium Tin Oxide film········································································
           ····················································································· WANG Cheng  LI Shuang  QIU Xin  FAN Xueliang  LI Cheng (116)
           The ultrasonic reflection evaluation method of solid-solid interfacial degradation········· XU Fan WU Kun  XU Caibin  DENG Mingxi (123)
           A study on the influence of gas physical properties on near-field acoustic levitation characteristics··················································
           ································LI Ronghe  SANG Hande  CHEN Shuang  ZHAO Su WANG Zhihui  CHEN Jiangtao  LUO Yongsheng (131)
           The measurement method of electroacoustic efficiency of spherical shell transducer and character analysis for acoustic field···················
           ····································································· CHEN Jinling  WANG Yuebing  ZHAO Peng  XING Guangzhen  LI Rongji (138)
           The quantitative method of phased array ultrasonic testing for type-B sleeve fillet weld defects······················································
           ·················LIU Yan WU Yuxuan YANG Fengping  TAO Rongde  ZHANG Hongbo  JIA Pengjun  PEI Cuixiang  DENG Gang (145)
           Analysis of coda formation of acoustic waves in mixtures by stochastic process······ZHENG Kanglin WANG Tao FAN Ping  LI Ping (154 )
           Early damage identification method of 2.25Cr-1Mo steel based on acoustic emission statistics·······················································
           ·········································································· WANG Xueqin  QIU Feng  PENG Ningwei YAO Junyu  ZHANG Ying (159)
           Particle size measurement based on ultrasonic echo phase analysis and recombination·································································
           ············································································ TAN Hong WANG Lihu  LIANG Weigang  CHEN Daiyong YU Fan (166)
       Reviews

           Recent progress and challenges of nanocarriers in sonodynamic therapy·················· LI Hanyin YANG Ruihao TAO Ke  SUN Kang (172)
           Review on sound speed models in gas-solid two-phase flow based on quantitative comparison·······················································
           ················································································································SONG Zhijiang  HU Shangfeng  LI Yanqin (182)
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