孙贵青，杨德森，张林． 矢量水听器在水下目标低频辐射噪声测量中的应用[J]． 哈尔滨工程大学学报， 2001，22( 5) : 5-9． SUN Guiqing，YANG Desen，ZHANG Lin． Application of vector hydrophone to measurement of low frequency radiation noise from underwater target[J]． Journal of Harbin Engineering University，2001，22( 5) : 5-9．[11]孙贵青，杨德森，张揽月，等． 基于矢量水听器的最大似然比检测和最大似然方位估计[J]． 声学学报， 2003， 28 ( 1) : 66-72． SUN Guiqing，YANG Desen，ZHANG Lanyue， et al． Maximum likelihood ratio detection and maximum likelihood DOA estimation based on the vector hydrophone[J]． Acta Acustica， 2003， 28( 1) : 66-72．[12]孙贵青，杨德森，张揽月． 基于矢量水听器的水下目标低频辐射噪声测量方法研究[J]． 声学学报，2002，27 ( 5) : 429-434． SUN Guiqing，YANG Desen，ZHANG Lanyue． Research on the method for measuring radiated noise by an underwater target in low frequency band based on the vector hydrophone [J]． Acta Acustica，2002，27( 5) : 429-434．
[2]
惠俊英，惠娟． 矢量声信号处理基础[M]． 北京: 国防工第1 期邹吉武，等: 海洋矢量噪声场试验研究？19？ 业出版社， 2009: 24-29． HUI Junying，HUI Juan． Fundamentals of vector sound signal processing [M]． Beijing: National Defense Industry Press，2009: 24-29．
[3]
HAWKES M，NEHORAI A． Acoustic vector-sensor correlations in ambient noise[J]． IEEE J of Oceanic Engineering， 2001，26( 3) : 337-347．
[4]
张宇，孙大军，吕云飞，等． 矢量水听器双潜标系统纯方位定位精度分析[J]． 哈尔滨工程大学学报，2010，31 ( 7) : 868-871． ZHANG Yu，SUN Dajun，LV Yunfei， et al． Analysis of location precision when using a dual subsurface-buoy system with a vector hydrophone[J]． Journal of Harbin Engineering University， 2010， 31( 7) : 868-871．
[5]
白兴宇，姜煜，赵春晖． 基于声压振速联合处理的声矢量阵信源数检测与方位估计[J]． 声学学报， 2008， 33( 1) : 56-61． BAI Xingyu， JIANG Yu，ZHAO Chunhui． Detection of number of sources and direction arrival estimation based on the combined information processing of pressure and particle velocity using acoustic vector sensor array[J]． Acta Acustica， 2008， 33( 1) : 56-61．
[6]
HAWKES M，NEHORAI A． Acoustic vector-sensor processing in the presence of a reflecting boundary[J]． IEEE Transactions on Signal Processing，2000，48 ( 11) : 2981- 2993．
[7]
王德俊，李风华． 基于单个矢量水听器和子空间旋转的宽容宽带双目标分辨与跟踪方法[J]． 声学学报， 2007， 32( 5) : 404-410． WANG Dejun，LI Fenghua． A robust separating and tracking method on two wideband sources by subspace rotation with one vector hydrophone[J]． Acta Acustica，2007，32 ( 5) : 404-410．
[8]
WONG K T，ZOLTOWSKI M D． Self-initiating MUSICbased direction finding in underwater acoustic particle velocity- field beamspace[J]． IEEE J of Oceanic Engineering， 2000， 25( 2) : 262-273．
[9]
WONG K T，ZOLTOWSKI M D． Root-MUSIC-based azimuth- elevation angle-of-arrival estimation with uniformly spaced but arbitrarily oriented velocity hydrophones[J]． IEEE Trans on Signal Processing，1999，47 ( 12 ) : 3250- 3260．
[10]
BURENIN A V，MORGUNOV Y N，STROBYKIN D S． Experimental studies of the characteristic features of vector receivers in application to ocean tomography[J]． Acoustical Physics， 2007， 53( 6) : 694-697．
