182 citations to some of Ji-Xun Zhou's papers

(1) ZHOU JX, ZHANG XZ, PENG ZH and MARTIN JS, "SEA SURFACE EFFECT
ON SHALLOW-WATER REVERBERATION," JOURNAL OF THE ACOUSTICAL
SOCIETY OF AMERICA, 121 (1), 98-107, JAN 2007
Documents in the database cite the above article: (Times Cited: 1)

C182. Ainslie MA, "Observable parameters from multipath bottom reverberation in shallow
water," JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA 121 (6): 3363-
3376 JUN 2007

(2) ZHOU JX, ZHANG XZ, ROGERS PH, SIMMEN JA et. al, "REVERBERATION
VERTICAL COHERENCE AND SEA-BOTTOM GEOACOUSTIC INVERSION IN
SHALLOW WATER," IEEE JOURNAL OF OCEANIC ENGINEERING 29 (4): 988-999
OCT 2004

Documents in the database cite the above article: (Times Cited: 2)

C181. Holmes JD, Carey WM, Dediu SM, et al., "Nonlinear frequency dependent attenuation in
sandy sediments," J ACOUST SOC AM 121 (5): EL218-EL222 MAY 2007
C180. Dahl PH, Zhang RH, Miller JH, et al., "Overview of results from the Asian Seas
International Acoustics Experiment in the East China Sea," IEEE JOURNAL OF
OCEANIC ENGINEERING 29 (4): 920-928 OCT 2004

(3) PENG ZH, ZHOU JX, DAHL PH and ZHANG RH, "SEA-BED ACOUSTIC
PARAMETERS FROM DISPERSION ANALYSIS AND TRANSMISSION LOSS IN
THE EAST CHINA SEA," IEEE JOURNAL OF OCEANIC NGINEERING
29 (4): 1038-1045 OCT 2004

Documents in the database cite the above article: (Times Cited: 5)

C179. Holmes JD, Carey WM, Dediu SM, et al., "Nonlinear frequency dependent attenuation in
sandy sediments," J ACOUST SOC AM 121 (5): EL218-EL222 MAY 2007
C178. Dahl PH and Choi JW, "Precursor arrivals in the Yellow Sea, their distinction from first-
order head waves, and their geoacoustic inversion," JOURNAL OF THE ACOUSTICAL
SOCIETY OF AMERICA 120 (6): 3525-3533 DEC 2006
C177. Cable PG, Yudichak TW, Dorfman Y, et al., " On shallow-water bottom reverberation
frequency dependence," IEEE JOURNAL OF OCEANIC ENGINEERING 31 (1): 145-
155 JAN 2006
C176. Dahl PH, Zhang RH, Miller JH, et al., "Overview of results from the Asian Seas
International Acoustics Experiment in the East China Sea," IEEE JOURNAL OF
OCEANIC ENGINEERING 29 (4): 920-928 OCT 2004
C175. Li ZL, Zhang RH, Yan J, et al., "Geoacoustic inversion by match-field procession
combined with vertical reflection coefficient and vertical correlation," IEEE JOURNAL
OF OCEANIC ENGINEERING 29 (4): 973-979 OCT 2004

(4) YANG J, ZHOU SH, ZHOU JX, LYNCH JF, "INTERNAL WAVE
CHARACTERISTICS AT THE ASIAEX SITE IN THE EAST CHINA SEA," IEEE
JOURNAL OF OCEANIC ENGINEERING 29 (4): 1054-1060 OCT 2004

Documents in the database cite the above article: (Times Cited: 3)

C174. Rouseff D, Tang DJ, "Internal wave effects on the ambient noise in the East China Sea:
Model/data comparison," JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA
120 (3): 1284-1294 SEP 2006
C173. Lee JH, Lozovatsky I, Jang ST, et al., "Episodes of nonlinear internal waves in the
northern China Sea," GEOPHYSICAL RESEARCH LETTERS 33 (18): Art. No.
L18601 SEP 16 2006
C172. Dahl PH, Zhang RH, Miller JH, et al., "Overview of results from the Asian Seas
International Acoustics Experiment in the East China Sea," IEEE JOURNAL OF
OCEANIC ENGINEERING 29 (4): 920-928 OCT 2004

(5) ZHOU JX, ZHANG XZ and ROGERS PH, "RESONANT INTERACTION OF SOUND
WAVE WITH INTERNAL SOLITONS IN THE COASTAL ZONE," JOURNAL OF
THE ACOUSTICAL SOCIETY OF AMERICA, 90: (4) 2042-2054, Part 1 OCT 1991

Documents in the database cite the above article: (Times Cited: 82)

C171. Katsnel'son BG, Badiey M, Lynch J, "Horizontal refraction of sound in a shallow water
and its experimental observations," ACOUSTICAL PHYSICS 53 (3): 313-325 MAY 2007
C170. Bouchage G, Taroudakis MI, "Fluctuations of the modal arrival times due to linear internal
waves: Application to inversion," JOURNAL OF COMPUTATIONAL ACOUSTICS 14
(4): 469-487 DEC 2006
C169. Apel JR, Ostrovsky LA, Stepanyants YA, et al., "Internal solitons in the ocean and their
effect on underwater sound," JOURNAL OF THE ACOUSTICAL SOCIETY OF
AMERICA 121 (2): 695-722 FEB 2007
C168. Kumar PVH, Sanilkumar KV, Panchalai VN, "Shallow water internal waves and
associated acoustic intensity fluctuations, " DEFENCE SCIENCE JOURNAL 56 (4):
485-493 OCT 2006.
C167. Lin YT, Chen CF, Lynch JF, "An equivalent transform method for evaluation the effect
of water-column mismatch on geoacoustic inversion," IEEE JOURNAL OF OCEANIC
ENGINEERING 31 (2): 284-298 APR 2006
C166. Linder CA, Gawarkiewicz GG, Taylor M, "Climatological estimation of environmental
uncertainty over the middle Atlantic bight shelf and slope," IEEE JOURNAL OF
OCEANIC ENGINEERING 31 (2): 308-324 APR 2006
C165. Rutenko AN, "Spectral features of the water temperature and sound intensity variations
measured on the shelf of the sea of Japan," ACOUSTICAL PHYSICS 52 (4): 455-461
JUL-AUG 2006.
C164. Kuz'kin VM, Lavrova OY, Pereselkov SA, Petnikov VG, et al, "Anisotropic field of
background internal waves on a sea shelf and its effect on low-frequency sound
propagation," ACOUSTICAL PHYSICS 52 (1): 65-76 JAN-FEB 2006
C163. Lynch JF, Colosi JA, Gawarkiewicz GG, et al, "Consideration of fine-scale coastal
oceanography and 3-D acoustic effects for the ESME sound exposure model," ," IEEE J
OCEANIC ENG 31 (1): 33-48 JAN 2006
C162. Duda TF, "Temporal and cross-range coherence of sound traveling through shallow-water
nonlinear internal wave packets," J ACOUST SOC AM 119 (6): 3717-3725 JUN 2006
C161. George J, Field RL, "Fluctuations in sound transmission through sound speed profiles that
are periodic in range and geotime," ACOUSTICS RESEARCH LETTERS ONLINE-
ARLO 6 (4): 263-267 OCT 2005
C160. Frank SD, Badiey M, Lynch JF, et al., "Experimental evidence of three-dimensional
acoustic propagation by nolinear internal waves," J ACOUST SOC AM 118 (2): 723-734
AUG 2005
C159. Warns-Varnas AC, Chin-Bing SA, King DB, et al, "Yellow Sea ocean-acoustic solitary
wave modeling studies," JOURNAL OF GEOPHYSICAL RESEARCH-OCEANS 110
(C8): Art. No. C08001 AUG 4 2005
C158. Rutenko AN, "The effect of internal waves on the sound propagation in the shelf zone of the
Sea of Japan in different seasons," ACOUSTICAL PHYSICS 51 (4): 449-456 JUL-AUG
2005
C157. Fredricks A, Colosi JA, Lynch JF, et al., "Analysis of multipath scintillations from long
range acoustic transmissions on the New England continental slope and shelf," J ACOUST
SOC AM 117 (3): 1038-1057 Part 1 MAR 2005
C156. Badiey M, Katsnelson BG, Lynch JF, et al, "Measurements and modeling of three-
dimensional sound intensity variations due to shallow-water internal waves," J ACOUST
SOC AM 117 (2): 613-625 FEB 2005
C155. Frank SD, Badiey M, Lynch JF, Siegmann WL, "Analysis and modeling of broadband
airgun data influenced by nonlinear internal waves," J ACOUST SOC AM 116 (6): 3404-
3422 DEC 2004
C154. Huang XD, Li ZL, Zhang RH, "Effects of the internal waves on the time correlation of the
acoustic fields in the East China Sea," Progress in Natural Science 14(11): 945+ Nov 2004
C153. Kuperman WA, Lynch JF, "Shallow-Water Acoustics," Physics Today 57(10):55-61
OCT 2004
C152. Li ZL, Zhang RH, Peng ZH, et al, "Anomalous sound propagation due to the horizontal
variation of seabed acoustic properties," Science in China Series G-Physics Mechanics &
Astronomy 47(5):571-580 OCT 2004.
C151. Goodman RR, 'A brief History of Underwater acoustics,' in <ASA at 75>, Acoustical
Society of America 75th Anniversary Book , 204-227(2004), HA Bass and WJ Cavanaugh,
Editors. (P.217 & P.225)
C150. Katsnel'son BG, Pereselkov SA, "Space-Frequency Dependence of the Horizontal Structure
of a Sound Field in the Presence of Intense Internal Waves, " ACOUST PHYS+ 50 (2):
169-176 MAR-APR 2004
C149. Apel JR, "A new analytical model for internal solitons in the ocean," J PHYS OCEANOGR
33 (11): 2247-2269 NOV 2003
C148. Rutenko AN , "Effect of internal waves on the intensity and interference structure of
Sound field in a shelf zone," ACOUST PHYS+ 49 (4): 449-454 JUL-AUG 2003
C147. Finette S, Oba R, "Horizontal array beamforming in an azimuthally anisotropic internal
wave field," J ACOUST SOC AM 114 (1): 131-144 JUL 2003
C146. Higham CJ, Tindle CT, "Coupled perturbed modes and internal solitary waves,"
J ACOUST SOC AM 113 (5): 2515-2522 MAY 2003
C145. Chin-Bing SA, Warn-Varnas A, King DB, Lamb KG, Teixeira M, Hawkins JA,
"Analysis of coupled oceanographic and acoustic soliton simulations in the Yellow Sea: a
search for soliton-induced resonances," MATHEMATICS AND COMPUTERS IN
SIMULATION 62 (1-2): 11-20 Sp. Iss. SI FEB 15 2003
C144. Lynch JF, Newhall AE, Sperry B, Gawarkiewicz G, Fredricks A, Tyack P, Chiu CS, Abbot
P, " Spatial and temporal variations in acoustic propagation characteristics at the New
England shelfbreak front," IEEE JOURNAL OF OCEANIC ENGINEERING 28 (1): 129-
150 JAN 2003.
C143. Warn-Varnas AC, Chin-Bing SA, King DB, Hallock Z, Hawkins JA, "Ocean-acoustic
solitary wave studies and predictions," SURVEYS IN GEOPHYSICS 24 (1): 39-79, 2003.
C142 Etter PC, <Underwater Acoustic Modeling and Simulations> (3rd edition, SPON Press,
2003)
C141. Katsnelson BG, Petnikov VG, <Shallow Water Acoustics>, Springer-Praxis Publishing,
Chichester, UK,2002
C140. Chin-Bing SA, King DB, Warn-Varnas, et al., "Estimates of the prevalence of anomalous
signal losses in the Yellow Sea derived from acoustic and oceanographic computer model
simulations," J ACOUST SOC AM 111: (5) pt.2, 2459 May 2002.
C139. Rouseff D, Turgut A, Wolf SN, et al., " Coherence of acoustic modes propagating through
shallow water internal waves," J ACOUST SOC AM 111 (4): 1655-1666 APR 2002
C138. Badiey M, Mu Y, Lynch J, et al., "Temporal and azimuthal dependence of sound
propagation in shallow water with internal waves," IEEE J OCEANIC ENG 27 (1): 117-129
JAN 2002.
C137. Oba R, Finette S, "Acoustic propagation through anisotropic internal wave fields:
Transmission loss, cross-range coherence, and horizontal refraction, " J ACOUST SOC AM
111(2):769-784 FEB 2002.
C136. Wang N," On criterion of modal adiabaticity," SCI CHINA SER A 44 (11): 1469-1476 NOV
2001
C135. Jeans DRG, Sherwin TJ, "The variability of strongly non-linear solitary internal waves
observed during an upwelling season on the Portuguese shelf," CONT SHELF RES 21
(16-17): 1855-1878 OCT-NOV 2001
C134. Siderius M, Nielsen PL, Sellschopp, Snellen M and Simons D, "Experimental study of geo-
acoustic inversion uncertainty due to ocean sound-speed fluctuations," J ACOUST SOC AM
110 (2): 769-781 August 2001.
C133. Katsnel'son BG, Pereselkov SA, Petnikov VG, et al., "Acoustic effects caused by high-
intensity internal waves in a shelf zone, " ACOUST PHYS+ 47 (4): 424-429 JUL-AUG
2001
C132. Shang EC, Wang YY, Gao TF, " On the adiabaticity of acoustic propagation through
nongradual ocean structures, " J COMPUT ACOUST 9 (2): 359-365 JUN 2001
C131 . Knobles DP, Stotts SA, Koch RA, et al., " Integral equation coupled mode approach
applied to internal wave problems, " J COMPUT ACOUST 9 (1): 149-167 MAR 2001
C130. Wilson DK, Ostashev VE, "Statistical moments of the sound field propagating in a random,
refractive medium near an impedance boundary, " J ACOUST SOC AM 109 (5): 1909-
1922 Part 1 MAY 2001
C129. Derzhavin AM, Semenov AG , " Sound fluctuations caused by internal waves in a shallow
sea," ACOUST PHYS+ 47 (2): 169-177 MAR-APR 2001
C128. Tiemann CO, Worcester PF, Cornuelle BD, "Acoustic scattering by internal solitary waves
in the Strait of Gibraltar, " J ACOUST SOC AM 109: (1) 143-154 JAN 2001.
C127. Lee D, Pierce AD, Shang EC, "Parabolic equation development in the twentieth century, "
J COMPUT ACOUST 8 (4): 527-637 DEC 2000
C126. Katsnel'son BG, Pereselkov SA, "Low-frequency horizontal acoustic retraction caused by
internal wave solitons in a shallow sea," ACOUST PHYS 46: (6) 684-691 NOV-DEC 2000 C125. Chin-Bing SA, King DB, Warn-Varnas,et al., "Anomalous signal loss in the Yellow Sea,
revisited: Coupling the acoustics wth model-generated oceanographic realizations," J
ACOUST SOC AM 108: (5) pt.2, 2577 NOV 2000.
C124 . Shang EC, Voronovich AG, Wang YY, et al, "New schemes of ocean acoustic
tomography," J COMPUT ACOUST 8: (3) 459-471 SEP 2000.
C123. Rodriguez OC, Jesus S, Stephan Y, et al., "Nonlinear soliton interaction with acoustic
signals: Focusing effects, " J COMPUT ACOUST 8: (2) 347-363 JUN 2000.
C122. Rutenko, "Experimental study of the effect of internal waves on the frequency interference
structure of the sound field in shallow sea, " ACOUST PHYS 46: (2) 207-213 MAR-APR
2000.
C121. Headrick RH, Lynch JF, Kemp JN, et al., "Acoustic normal mode fluctuation statistics in
the 1995 SWARM internal wave scattering experiment," J ACOUST SOC AM 107: (1)
201-220 JAN 2000.
C120. Headrick RH, Lynch JF, Kemp JN, et al., "Modeling mode arrivals in the 1995 SWARM
experiment acoustic transmissions," J ACOUST SOC AM 107: (1) 221-236 JAN 2000.
C119. Rodriguez OC, Jesus SM, Stephan Y, Demoulin X, Porter MB, Coelho Ef, "Dynamics of
acoustic propagation throuth a soliton wave packet: observations from the INTIMATE'96
experiment," in <Experimental Acoustic Inversion Method for Exploration of the Shallow
Water Environment>, 1-18, A. Caiti, J.P. Hermand, S.M. Jesus and M.B. Porter eds. (Kluwer
Academic Publishers, 2000)
C118. Yoo K, Yang TC, "Broadband source localization in shallow water in the presence of
internal waves, "J ACOUST SOC AM 106: (6) 3255-3269 DEC 1999.
C117. Rubenstein D, "Observations of cnoidal internal waves and their effect on acoustic
propagation in shallow water, " IEEE J OCEANIC ENG 24: (3) 346-357 JUL 1999.
C116. Diachok O, "Effects of absorptivity due to fish on transmission loss in shallow water, " J
ACOUST SOC AM 105: (4) 2107-2128 APR 1999.
C115. Qiu XF, Zhang RH, Li WH, et al., "Frequency-selective attenuation of sound propagation
and reverberation in the Yellow Sea, " J SOUND VIB 220: (2) 331-342 FEB 18 1999.
C114. Duda TF, Preisig JC, "A modeling study of acoustic propagation through moving shallow-
water solitary wave packets, " IEEE J OCEANIC ENG 24: (1) 16-32 JAN 1999.
C113. Katsnel'son BG, Pereselkov SA, "Resonance effects in sound scattering by internal wave
packets in a shallow sea, "ACOUST PHYS+ 44: (6) 684-689 NOV-DEC 1998.
C112. Rajan SD, Doutt JA, Carey WM, " Inversion for the compressional wave speed profile of
the bottom from synthetic aperture experiments conducted in the Hudson Canyon Area, "
IEEE J OCEANIC ENG 23: (3) 174-187 JUL 1998.
C111. Konyaev KV, Leikin DE, Sabinin KD, et al., "Correlation between internal solitons and
amplitude variations of a sound signal on a fixed path, " ACOUST PHYS+ 44: (4) 407-414
JUL-AUG 1998.
C110. Apel JR, Badiey M, Chiu CS, et al., "An overview of the 1995 SWARM shallow-water
internal wave acoustic scattering experiment, "IEEE J OCEANIC ENG 22: (3) 465-500 JUL
1997.
C109. Tang X, Tappert FD, "Effects of internal waves on sound pulse propagation in the Straits of
Florida, " IEEE J OCEANIC ENG 22: (2) 245-255 APR 1997.
C108. Preisig JC, Duda TF, " Coupled acoustic mode propagation through continental-shelf
internal solitary waves, " IEEE J OCEANIC ENG 22: (2) 256-269 APR 1997.
C107. Buck JR, Preisig JC, Johnson M, et al., "Single-mode excitation in the shallow-water
acoustic channel using feedback control, " IEEE J OCEANIC ENG 22: (2) 281-291 APR
1997.
C106. Desharnais F, Ellis DD, " Data-model comparisons of reverberation at three shallow-water
sites, " IEEE J OCEANIC ENG 22: (2) 309-316 APR 1997.
C105. Badiey M, Simmen J, Forsythe S, "Frequency dependence of broadband propagation in
coastal regions, " J ACOUST SOC AM 101: (6) 3361-3370 JUN 1997.
C104. Tielburger D, Finette S, Wolf S, "Acoustic propagation through an internal wave field in a
shallow water waveguide, "J ACOUST SOC AM 101: (2) 789-808 FEB 1997.
C103. Borisov SV, Korotchenko RA, Rutenko AN, et al., " Numerical modeling of the effect of
nonlinear internal waves on sound propagation in a shallow sea, "ACOUST PHYS+ 42: (5)
618-621 SEP-OCT 1996.
C102. Borisov SV, Kabanov NF, Rutenko AN, "Experimental study of sound field fluctuations on
fixed paths, "ACOUST PHYS+ 42: (3) 301-311 MAY-JUN 1996.
C101. Lynch JF, Jin GL, Pawlowicz R, et al., "Acoustic travel-time perturbations due to shallow-
water internal waves and internal tides in the Barents Sea Polar Front: Theory and
experiment, " J ACOUST SOC AM 99: (2) 803-821 FEB 1996.
C100. Ali HB, "Oceanographic variability in shallow-water acoustics and the dual role of the sea
bottom, " IEEE J OCEANIC ENG 18: (1) 31-41 JAN 1993.
C99. Weston D, "Mechanisms of ocean acoustic attenuation - scattering by internal solitons, by
sea-surface waves, and by fish, "J ACOUST SOC AM 92: (6) 3435-3437 DEC 1992.
C98. Lee D, Pierce AD , "Parabolic equation development in recent decade," J COMPUT
ACOUST 3: (2) 95-173 JUN 1995.
C97. King DB, Chin-Bing SA, McGirr, "Effects of shallow water internal waves on broadband
acoustic wave propagation, ", in <Theoretical and Computational Acoustics> 2, 793-807,
Lee D and Schultz eds. 1994 .
C96. Chin-Bing SA, King DB, McGirr, "Computer modeling of time-domain and frequency
domain acoustic signal in a shallow water ocean environment with internal waves, "
Mathematical Modeling and Scientific Computing 3, 1994.
C95. King DB, Chin-Bing SA, "Scattering effects of internal waves in the shallow water ocean
environment, " Pro. of the SPIE int'l Symposium on OE/Aerospace Sensing 3, 1994.
C94. Broadhead MK, Ali HA , "Dissipative shallow-water intenal waves and their acoustic
properties, " IEEE Proc. Oceans 95 1, 673-684, 1995.
C93. Frisk GV, Report on the Office of Naval Research Shallow Water Acoustics Workshop,
April 24-26, 1991 (WHOI-92-06)
C92. Lynch JF, Report on the Office of Naval Research Shallow-water Acoustics Workshop, 1-3
October 1996. (WHOI-97-12)
C91. Chin-bing SA, King DB, Murphy JE, "Numerical simulations of lower-frequency
acoustic propagation and backscattering from solitary internal waves in a shallow water
environment, " in <OCEAN REVERBERATION> edited by ELLIS DD et al., (Kluwer
Academic Publishers, 1993)
C90. Guan DH, "Some recent advances in underwater acoustics in China, " in <Oceanology of
China Seas> 2, 509-516 1994, Zhou Di et al eds.

(6) ZHOU JX , ZHANG XZ, ROGERS PH, WANG DZ, LUO ES, " ABNOMALOUS
SOUND PROPAGATION IN SHALLOW WATER DUE TO INTERNAL WAVE
SOLITONS, " IEEE OCEANS'93 1, 87-92, 1993.
Documents in the database cite the above article: (Times Cited: 6)

C89. Higham CJ, Tindle CT, "Coupled perturbed modes and internal solitary waves,"
J ACOUST SOC AM 113 (5): 2515-2522 MAY 2003
C88. Rouseff D, Turgut A, Wolf SN, et al., "Coherence of acoustic modes propagating through
shallow water internal waves, " J ACOUST SOC AM 111 (4): 1655-1666 APR 2002
C87. Headrick RH, Lynch JF, Kemp JN, et al., "Acoustic normal mode fluctuation statistics in the
1995 SWARM internal wave scattering experiment," J ACOUST SOC AM 107: (1) 201-220
JAN 2000.
C86. Headrick RH, Lynch JF, Kemp JN, et al., "Modeling mode arrivals in the 1995 SWARM
experiment acoustic transmissions," J ACOUST SOC AM 107: (1) 221-236 JAN 2000.
C85. Duda TF, Preisig JC, "A modeling study of acoustic propagation through moving shallow-
water solitary wave packets, " IEEE J OCEANIC ENG 24: (1) 16-32 JAN 1999.
C84. Apel JR, Badiey M, Chiu CS, et al., "An overview of the 1995 SWARM shallow-water
internal wave acoustic scattering experiment, "IEEE J OCEANIC ENG 22: (3) 465-500 JUL
1997.

(7) ZHOU JX , ZHANG XZ, ROGERS PH, " MODAL CHARACTERISTICS OF
ACOUSTIC SIGNAL FLUCTUATION INDUCED BY SHALLOW WATER
INTERNAL WAVES, " OCEANS'96 MTS/IEEE 1, 1-8, 1996.
Documents in the database cite the above article: (Times Cited: 4 )

C83. Katsnelson BG, Petnikov VG, <Shallow Water Acoustics>, Springer-Praxis Publishing,
Chichester, UK,2002
C82. Derzhavin AM, Semenov AG , " Sound fluctuations caused by internal waves in a shallow
sea," ACOUST PHYS+ 47 (2): 169-177 MAR-APR 2001
C81. Katsnel'son BG, Pereselkov SA, "Low-frequency horizontal acoustic retraction caused by
internal wave solitons in a shallow sea," ACOUST PHYS 46: (6) 684-691 NOV-DEC 2000
C80. Volovov VI, Govorov AI, Gostev VS, Nosova IN, "The effect of water stratification on the s
spatial fine-structure stability of sound field reflected from the ocean bottom, "ACOUST
PHYS 46 (1): 56-61 JAN-FEB 2000

(8) ZHOU JX, ZHANG XZ, ROGERS PH, JARZYNSKI J, " GEOACOUSTIC
PARAMETERS IN A STRATIFIED SEA BOTTOM FROM SHALLOW-WATER
ACOUSTIC PROPAGATION, " JOURNAL OF THE ACOUSTICAL SOCIETY OF
AMERICA, 82: (6) 2068-2074 DEC 1987.

Documents in the database cite the above article: (Times Cited: 28)

C79. Holmes JD, Carey WM, Dediu SM, et al., "Nonlinear frequency dependent attenuation in
sandy sediments," J ACOUST SOC AM 121 (5): EL218-EL222 MAY 2007
C78. Li ZL, Zhang RH, "Geoacoustic inversion based on dispersion characteristic of normal
modes in shallow water," CHINESE PHYSICS LETTERS 24 (2): 471-474 FEB 2007
C77. Stotts SA, Knobles DP, Keller JA, et al., "Geoacoustic inverstion of short range source data
using a plan wave reflection coefficient approach," JOURNAL OF THE ACOUSTICAL
SOCIETY OF AMERICA 120 (6): 3607-3626 DEC 2006.
C76. Knobles DP, Yudichak TW, Koch RA, et al., "Inferences on seabed acoustics in the East
China Sea from distributed acoustic measurements," IEEE JOURNAL OF OCEANIC
ENGINEERING 31 (1): 129-144 JAN 2006.
C75. Diachok O, Wales S, "Concurrrent of Geo-acoustic parameters from transmission loss
measurements in the Yellow sea," J ACOUST SOC AM 117 (4) 1965-1967 APR 2005
C74. Li ZL, Zhang RH, Yan J, et al., "Geoacoustic inversion by matched-field processing
combined with vertical reflection and vertical correlation," IEEE J. Oceanic Eng. 29 (4), 973-
979 OCT 2004
C73. Li ZL, Zhang RH, "A broadband geoacoustic inversion scheme," CHINESE PHYSICS
LETTERS 21 (6): 1100-1103 JUN 2004
C72. Potty GR, Miller JH, Lynch JF, "Inversion for sediment geoacoustic properties at the New
England Bight," J ACOUST SOC AM 114 (4): 1874-1887 Part 1 OCT 2003
C71. Abbot P, Celuzza S, Dyer I, et al., "Effects of East China Sea shallow-water environment on
acoustic propagation," IEEE J OCEANIC ENG 28 (2): 192-211 APR 2003
C70. Rozenfeld I, Carey WA, Cable PG, et al., "Modeling and analysis of sound transmission in
the Strait of Korea ," IEEE J OCEANIC ENG 26 (4): 809-820 OCT 2001
C69. Grigor'ev VA, Katsnel'son BG, Petnikov VG, " Determination of the absorbing and scattering
properties of the sea floor in a shallow water environment by the spectra of wide-band
signals," ACOUST PHYS+ 47 (3): 277-281 MAY-JUN 2001
C68. Hermand JP, "Broad-band geoacoustic inversion in shallow water from waveguide impulse
response measurements on a single hydrophone: Theory and experimental results, "IEEE J
OCEANIC ENG 24: (1) 41-66 JAN 1999.
C67. Evans RB, Carey WM, " Frequency dependence of sediment attenuation in two low-
frequency shallow-water acoustic experimental data sets, " IEEE J OCEANIC ENG 23: (4)
439-447 OCT 1998.
C66. Kulkarni RS, Siegmann WL, Collins MD, et al., "Nonlinear pulse propagation in shallow-
water environments with attenuating and dispersive sediments, "J ACOUST SOC AM 104:
(3) 1356-1362 Part 1 SEP 1998.
C65. Belov AI, Komarov AG, "An acoustic model of the shallow sea bottom from geological-
geophysical studies and acoustic propagation experiments, "ACOUST PHYS+ 44: (3) 260-
264 MAY-JUN 1998.
C64. Badiey M, Bongiovanni KP, Siegmann WL, "Analysis and model/data comparison of
broadband acoustic propagation at the Atlantic Generating Station (AGS) site, " J ACOUST
SOC AM 101: (4) 1921-1935 APR 1997.
C63. Hermand JP, Gerstoft P, "Inversion of broad-band multitone acoustic data from the
YELLOW SHARK summer experiments, "IEEE J OCEANIC ENG 21: (4) 324-346 OCT
1996.
C62. Null JM, Bourke RH, Wilson JH, "Perturbative inversion of geoacoustic parameters in a
shallow water environment, "IEEE J OCEANIC ENG 21: (4) 480-504 OCT 1996.
C61. Belov AI, " On the possibility of determining of acoustic parameters of bottom deposits
from the water layer normal-modes characteristics, " OKEANOLOGIYA+ 35: (4) 629-631
JUL-AUG 1995.
C60. Porter MB, "The time-marched fast-field program (ffp) for modeling acoustic pulse-
propagation, "J ACOUST SOC AM 87: (5) 2013-2023 MAY 1990.
C59. Glattetre J, Knudsen T, Sostrand K, " Mode interference and mode filtering in
shallow-water - a comparison of acoustic measurements and modeling, "J ACOUST SOC
AM 86: (2) 680-690 AUG 1989.
C58. Kibblewhite AC, "Attenuation of sound in marine-sediments - a review with emphasis
on new low-frequency data, "J ACOUST SOC AM 86: (2) 716-738 AUG 1989.
C57. Collins MD, " the time-domain solution of the wide-angle parabolic equation including
the effects of sediment dispersion, " J ACOUST SOC AM 84: (6) 2114-2125 DEC 1988.
C56. Collins MD, " Low-frequency, bottom-interacting pulse-propagation in range-dependent
oceans, "IEEE J OCEANIC ENG 13: (4) 222-228 OCT 1988.
C55. Preston JR, Report on the 1999 ONR Shallow-water Reverberation Focus Workshop,
Penn State Applied Reserach Laboratory Technical Memorandum file No: 99-155 DEC
1999.
C54. Buckingham MJ, "Ocean-acoustic propagation models," J. ACOUSTIQUE, 223-287
JUNE 1992.
C53. Petukhov YV, "Frequency-time structure of pulde pressure signals in oceanic waveguides, "
ACOUST PHYS+ 41: (3) 417-424, 1995.
C52. Lynch JF, Rajan SD, Frisk GV, " A comparison of broadband and narrow-band modal
inversions for bottom geoacoustic properties at a site near Corpus Christi, Texas, " J
ACOUST SOC AM 89: (2) 648-665 FEB 1991.

(9) ZHOU JX, ZHANG XZ, ROGERS PH, " EFFECT OF FREQUENCY-DEPENDENCE
OF SEA-BOTTOM ATTENUATION ON THE OPTIMUM FREQUENCY FOR
ACOUSTIC PROPAGATION IN SHALLOW-WATER," JOURNAL OF THE
ACOUSTICAL SOCIETY OF AMERICA, 82: (1) 287-292 JUL 1987
Documents in the database cite the above article: (Times Cited: 12)

C51. Peng HS, Li FH, "Geoacoustic inversion based on a vector hydrophone array," CHINESE
PHYSICS LETTERS 24 (7): 1977-1980 JUL 2007
C50. Knobles DP, Yudichak TW, Koch RA, et al., "Inferences on seabed acoustics in the East
China Sea from distributed acoustic measurements," IEEE JOURNAL OF OCEANIC
ENGINEERING 31 (1): 129-144 JAN 2006
C49. Li ZL, Zhang RH, Yan J, et al., "Geoacoustic inversion by matched-field processing
combined with vertical reflection and vertical correlation," IEEE J. Oceanic Eng. 29 (4),
973-979 OCT 2004
C48. Li ZL, Zhang RH, Peng ZH, et al., "Anoumalous sound propagation due to the horizontal
variation of seabed acoustic properties," SCIENCE IN CHINA SERIES G-PHYSICS
MECHANICS & ASTRONOMY 47 (5): 571-580 OCT 2004
C47. Li ZL, Zhang RH, "A broadband geoacoustic inversion scheme," CHINESE PHYSICS
LETTERS 21 (6): 1100-1103 JUN 2004
C46. Abbot P, Celuzza S, Dyer I, et al., "Effects of East China Sea shallow-water environment on
acoustic propagation," IEEE J OCEANIC ENG 28 (2): 192-211 APR 2003
C45. Katsnelson BG, Petnikov VG, <Shallow Water Acoustics>, Springer-Praxis Publishing,
Chichester, UK,2002
C44. Kulkarni RS, Siegmann WL, Collins MD, et al., "Nonlinear pulse propagation in
shallow-water environments with attenuating and dispersive sediments, " J ACOUST SOC
AM 104: (3) 1356-1362 Part 1 SEP 1998.
C43. Badiey M, Bongiovanni KP, Siegmann WL, "Analysis and model/data comparison
of broadband acoustic propagation at the Atlantic Generating Station (AGS) site, " J
ACOUST SOC AM 101: (4) 1921-1935 APR 1997.
C42. Kibblewhite AC, "Attenuation of sound in marine-sediments - a review with emphasis on
new low-frequency data," J Acoust SOC AM 86: (2) 716-738 AUG 1989.
C41. Tango GJ, "numerical-models for vlf seismic acoustic propagation prediction - a review,"
IEEE J OCEANIC ENG 13: (4) 198-214 OCT 1988.
C40. PRESTON JR, Report on the 1999 ONR Shallow-water Reverberation Focus Workshop,
Penn State Applied Reserach Laboratory Technical Memorandum File No: 99-155.

(10) BERTHELOT YH, ZHOU JX "SCALE-MODEL EXPERIMENTS ON THE
VALIDITY OF THE MATCHED ASYMPTOTIC EXPANSIONS THEORY FOR
SOUND DIFFRACTION BY CURVED SURFACES OF FINITE IMPEDANCE,"
JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA, 93: (2) 605-608 FEB 1993.

Documents in the database cite the above article: (Times Cited: 4)

C39. Wang Q, Li KM, "Sound propagation over concave surfaces, " J ACOUST SOC AM 106: (5)
2358-2366 NOV 1999. C38. Li KM, Wang Q, Attenborough K, "Sound propagation over convex impedance surfaces, " J
ACOUST SOC AM 104: (5) 2683-2691 NOV 1998.
C37. Chambers JP, Berthelot YH, "An experimental investigation of the propagation of sound over
a curved, rough, rigid surface, "J ACOUST SOC AM 102: (2) 707-714 Part 1 AUG 1997.
C36. Berthelot YH, "A note on the acoustic penumbra behind a curved surface, "J ACOUST SOC
AM 99: (4) 2428-2429 Part 1 APR 1996.

(11) ZHOU JX "NORMAL MODE MEASUREMENTS AND REMOTE SENSING OF SEA-
BOTTOM SOUND VELOCITY AND ATTENUATION IN SHALLOW WATER,"
JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA, 78: (3) 1003-1009 SEP 1985.

Documents in the database cite the above article: (Times Cited: 10)

C35. Holmes JD, Carey WM, Dediu SM, et al., "Nonlinear frequency dependent attenuation in
sandy sediments," J ACOUST SOC AM 121 (5): EL218-EL222 MAY 2007
C34. Li ZL, Zhang RH, "Geoacoustic inversion based on dispersion characteristic of normal
modes in shallow water," CHINESE PHYSICS LETTERS 24 (2): 471-474 FEB 2007
C33. Guo YG, Li FH, Liu JJ, et al., "Time-domain geoacoustic inversion based on normal
incidence reflection from layered sediment," CHINESE PHYSICS LETTERS 23 (9): 2483-
2486 SEP 2006
C32. Diachok O, Wales S, "Concurrrent of Geo-acoustic parameters from transmission loss
measurements in the Yellow sea," J ACOUST SOC AM 117 (4) 1965-1967 APR 2005
C31. Li ZL, Zhang RH, Yan J, et al., "Geoacoustic inversion by matched-field processing
combined with vertical reflection and vertical correlation," IEEE J. Oceanic Eng. 29 (4),
973-979 OCT 2004
C30. Li ZL, Zhang RH, Peng ZH, et al., "Anomalous sound propagation due to the horizontal
variation of seabed acoustic properties," Science in China, Series G-Physics Mechanics &
Astronomy 47 (5): 571-580 OCT 2004
C29. Li ZL, Zhang RH, "A broadband geoacoustic inversion scheme," CHINESE PHYSICS
LETTERS 21 (6): 1100-1103 JUN 2004
C28. Abbot P, Celuzza S, Dyer I, et al., "Effects of East China Sea shallow-water environment on
acoustic propagation," IEEE J OCEANIC ENG 28 (2): 192-211 APR 2003
C27. Lynch JF, Rajan SD, Frisk GV, " A comparison of broadband and narrow-band modal
inversions for bottom geoacoustic properties at a site near Corpus Christi, Texas, " J
ACOUST SOC AM 89: (2) 648-665 FEB 1991.
C26. Kibblewhite AC, "Attenuation of sound in marine-sediments - a review with emphasis
on new low-frequency data, " J ACOUST SOC AM 86: (2) 716-738 AUG 1989.

(12) ZHOU JX, GUAN DH, SHANG EC, LUO ES, "LONG-RANGE REVERBERATION
AND BOTTOM SCATTERING STRENGTH IN SHALLOW WATER, " CHINESE
JOURNAL OF ACOUSTICS, 1: (1) 54-63,1982
Documents in the database cite the above article: (Times Cited: 9)

C25 Ainslie MA, "Observable parameters from multipath bottom reverberation in shallow water,"
JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA 121 (6): 3363-3376 JUN
2007
C24. Harrison CH, Nielsen PL, "Separability of seabed reflection and scattering properties in
reverberation inversion," JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA
121 (1): 108-119 JAN 2007
C23. Holland CW, "Constrained comparison of ocean waveguide reverberation theory and
observations," J. Acoust. Soc. Am., 120 (4), 1922-1931 (2006)
C22. Cable PG, Yudichak TW, Dorfman Y, Knobles DP, et al, "On shallow-water bottom
reverberation frequency dependence," IEEE J OCEANIC ENG 31 (1), 145-155 JAN 2006.
C21. Holland WC, Hollett R, Troiano L, "Measurement technique for bottom scattering in shallow
water, "J ACOUST SOC AM 108: (3) 997-1011 SEP 2000
C20. Desharnais F, Ellis DD, " Data-model comparisons of reverberation at three shallow-water
sites, " IEEE J OCEANIC ENG 22: (2) 309-316 APR 1997.
C19. Cable PG, Frech KD, O'connor JC, Steele JM, "Reverberation-derived shallow-water bottom
scattering strength, " IEEE J OCEANIC ENG 22 (3): 534-540, JULY 1997.
C18. Ellis DD, "A shallow-water normal-mode reverberation model, " J ACOUST SOC AM 97:
(5) 2804-2814 MAY 1995
C17. Ivakin AN, Lysanov YP, "Backscattering of sound from an inhomogeneous bottom at small
grazing angles," SOV. PHYS. ACOUSTICS 31: (3) 236-237 MAY-JUNE 1985

(13) ZHOU JX,"THE ANALYTICAL METHOD OF ANGULAR POWER SPECTRUM,
RANGE AND DEPTH STRUCTUREW OF ECHO-REVERBERATION RATIO IN
SHALLOW WATER, " ACTA ACUSTICA. 5, 86-99, MAY1980.
Documents in the database cite the above article: (Times Cited: 1)

C16. Ellis DD, "A shallow-water normal-mode reverberation model, " J ACOUST SOC AM 97:
(5) 2804-2814 MAY 1995

(14) LO EC, ZHOU JX, SHANG EC, "NORMAL MODE FILTERING IN SHALLOW
WATER, " JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA, 74: (6) 1833-
1836 DEC 1983.

Documents in the database cite the above article: (Times Cited: 15)

C15. Piperakis GS, Skarsoulis EK, Makrakis GN, "Rytov approximation of tomographic
reception in weakly range-dependent ocean environments," JOURNAL OF
THE ACOUSTICAL SOCIETY OF AMERICA 120 (1): 120-134 JUL 2006.
C14. Taroudakis MI, Tzagkarakis G, Tsakalides P, "Classification of shallow-water acoustic
signals via alpha-Stable modeling of one-dimensional wavelet coefficients," JOURNAL OF
THE ACOUSTICAL SOCIETY OF AMERICA 119 (3): 1396-1405 MAR 2006
C13. Skarsoulis EK, "Waveform perturbation of tomographic receptions due to sound-speed
Variations," ACTA ACUST UNITED AC 89 (5): 789-798 SEP-OCT 2003
C12. Ohta K, Frisk GV, "Modal evolution and inversion for seabed geoacoustic properties in
weakly range-dependent shallow-water waveguides," IEEE J OCEANIC ENG 22: (3) 501-521 JULY 1997.
C11. Taroudakis MI, Markaki MG, "On the use of matched-field processing and hybrid algorithms
for vertical slice tomography," J ACOUST SOC AM 102 (2): 885-895 Part 1 AUG 1997
C10. Shang EC, Wang YY, Sun SB, "Inversion in shallow-water using WKB modal
condition,"IEEE J OCEANIC ENG 21 (4): 432-439 OCT 1996
C9. Athanassoulis GA, Skarsoulis EK, "Arrival-time perturbations of broad-band
tomography signal due to sound-speed disturbances - a wav theory approach," J. Acoust Soc
AM 97 (6): 3575-3588 JUN 1995
C8. Chen HY, Lu IT, "Localization of a broad-band source using a matched-mode procedure in
the time-frequency domain," IEEE J OCEANIC ENG 19 (2): 166-174 APR 1994
C7. RESHETOV LA, "Orthogonalization of the observable normal-modes of a 2-layer wave-
guide," SOV PHYS ACOUST 38 (3), 314-316 MAY-JUN 1992.
C6. RESHETOV LA, "Calculation of the effective height of a wave-guide for a 2-layer model of a
shallow sea," SOV PHYS ACOUST+ 37 (3): 307-308 MAY-JUN 1991
C5. Chouhan MH, Anand GV, "A new technique of acoustic mode filtering in shallow sea, "
J ACOUST SOC AM 89: (2) 735-744 FEB 1991.

C4. Shang EC, Wang HP, Huang ZY, "Wave-guide characterization and source localization
in shallow-water wave guide using the prony method," J ACOUST SOC AM 83 (1): 103-108
JAN 1988
C3. Wilson GR, Koch RA, Vidmar PJ, "Matched mode localization, " J ACOUST SOC AM 84:
(1) 310-320 JULY 1988.
C2. Zaitsev VY, Nechaev AG, Ostrovskii LA, "Aspects of acoustic tomography of the
ocean," SOV PHYS ACOUSTI, 34(1), 113-113 JAN-FEB 1988
C1. Vinogradov MS, Gavrilov AN, "Cross-correlation of normal-modes in a
shallowsea," SOV PHYS ACOUST 33 (3): 241-243 MAY-JUN 1987.