Verfügbarkeit: Acoustical oceanography

Acoustical oceanography: principles and applications

Gespeichert in:

Bibliographische Detailangaben
Hauptverfasser:	Clay, Clarence S. (VerfasserIn), Medwin, Herman (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	New York [u.a.] Wiley c 1977
Ausgabe:	[Nachdr.]
Schriftenreihe:	Ocean engineering
Schlagworte:	Acoustique sous-marine Oceanografie Océanographie Onderwaterakoestiek Oceanography Seawater > Acoustic properties Underwater acoustics Wasserschall Meerwasser Meereskunde Akustik
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	Literaturangaben
Beschreibung:	XVIII, 544 S. Ill., graph. Darst., Kt.
ISBN:	0471160415

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Datensatz im Suchindex

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adam_text	ACOUSTICAL OCEANOGRAPHY: PRINCIPLES AND APPLICATIONS CLARENCE S. CLAY PROFESSOR OF GEOPHYSICS UNIVERSITY OF WISCONSIN, MADISON, WISCONSIN HERMAN MEDWIN PROFESSOR OF PHYSICS NAVAL POSTGRADUATE SCHOOL MONTEREY, CALIFORNIA A WILEY-INTERSCIENCE PUBLICATION JOHN WILEY & SONS NEW YORK * CHICHESTER * BRISBANE * TORONTO * SINGAPORE CONTENTS 1. AN ACOUSTICAL VIEW OF THE SEA 1 1.1 HOW IT ALL BEGAN, 1 1.2 THE STRATIFICATION OF THE SEA, 3 1.3 THE RESTLESS SEA, 11 1.4 THE SEA SURFACE, 16 1.5 THE OCEAN BOTTOM: SEA FLOOR SPREADING AND THE FORMATION OF THE SEA FLOOR, 19 1.6 LIFE IN THE SEA, 23 PROBLEMS, 27 SUGGESTED READING, 27 2. SOUND WAVES AND HUYGENS PRINCIPLE 29 2.1 IMPULSIVE DISTURBANCES, 29 2.2 HUYGENS PRINCIPLE, 30 2.3 CONTINUOUS WAVE DISTURBANCES: SINUSOIDAL SIGNALS, 36 2.4 MULTIPLE CONTINUOUS WAVE SOURCES, 40 2.5 MULTIPLE SOURCE ANALYSIS USING COMPLEX NUMBERS, 43 2.6 REFLECTION OF SPHERICAL WAVES: FRESNEL ZONES, 49 2.7 WAVE PROPAGATION, 51 2.8 ON SOLUTIONS OF THE WAVE EQUATION, 55 2.9 REFLECTION AND TRANSMISSION COEFFICIENTS FOR PLANE WAVE SIGNALS, 61 2.10 REFLECTION AND TRANSMISSION AT THIN LAYERS, 64 PROBLEMS, 71 XIII XIV CONTENTS 3. SOUND TRANSMISSION IN THE OCEAN 78 3.1 THE RADIATION OF POWER, 79 3.2 RAY TRACING, 83 3.3 ATTENUATION DUE TO SOUND ABSORPTION, 96 3.4 THE SONAR EQUATION, 103 PROBLEMS, 106 SUGGESTED READING, 108 4. SIGNALS, FILTERS, AND RANDOM FUNCTIONS 110 4.1 FOURIER REPRESENTATION, 110 4.2 FILTERS AND NOISE, 115 4.3 TEMPORAL RESOLUTION AND BANDWIDTH OF SIGNALS, 126 4.4 IMPROVING THE SIGNAL TO NOISE POWER RATIO, 130 PROBLEMS, 134 SUGGESTED READING, 136 5. OPERATING CHARACTERISTICS OF SONAR SYSTEMS 138 5.1 SONAR SYSTEMS, 138 5.2 TRANSDUCERS AND THEIR DIRECTIVITIES, 141 5.3 NEAR AND FAR FIELDS OF TRANSDUCER ARRAYS, 153 5.4 HIGH POWER TRANSDUCERS, 162 PROBLEMS, 175 6. SCATTERING AND ABSORPTION BY BODIES AND BUBBLES 178 6.1 PERCEPTION OF BODIES AND BUBBLES BY SCATTERING PHENOMENA, 178 6.2 SCATTERING FROM SPHERES, 184 6.3 THE BUBBLE, 194 6.4 MULTIPLE SCATTERING AND ATTENUATION, 203 6.5 OTHER SCATTERING EFFECTS, 210 PROBLEMS, 213 7. MEASUREMENTS OF FISH AND OTHER LIFE IN THE SEA 216 7.1 SCATTERING CHARACTERISTICS JF MARINE LIFE, 216 7.2 SIGNALS SCATTERED BY FISH OR OTHER BODIES, 225 7.3 ECHO SQUARED INTEGRATION AND REVERBERATION LEVELS, 229 CONTENTS 7.4 VOLUME SCATTERING IN THE OCEAN, 236 7.5 ECHO COUNTING: FIELD ESTIMATES OF FISH DENSITIES, 244 7.6 A FISH DENSITY PROFILE, 247 PROBLEMS, 250 SUGGESTED READING, 252 8. SEISMIC AND ACOUSTICAL MEASUREMENTS OF THE SEA FLOOR 253 8.1 THE SEA FLOOR, 254 8.2 SEDIMENTS, 254 8.3 MARINE SEISMIC MEASUREMENTS, 261 8.4 ECHO SOUNDING OF THE SEA FLOOR, 272 PROBLEMS, 285 SUGGESTED READING, 287 9. LONG-RANGE SOUND TRANSMISSION IN A WAVEGUIDE 288 9.1 NORMAL MODE SOLUTION IN A WAVEGUIDE, 290 9.2 REAL WAVEGUIDES, 297 9.3 SOUND TRANSMISSION IN A WAVEGUIDE: NUMERICAL EX- AMPLE AND EXPERIMENT, . 302 9.4 DISPERSION: PHASE AND GROUP VELOCITIES, 311 PROBLEMS, 317 SUGGESTED READING, 318 10. SCATTER AND REFLECTION OF SOUND AT ROUGH SURFACES 319 10.1 HUYGENS PRINCIPLE AND THE HELMHOLTZ-KIRCHHOFF IN- TEGRAL, 320 10.2 DIFFRACTION OF AN IMPULSIVE SIGNAL AT A SEGMENT OF A PLANE, 321 10.3 DOPPLER EFFECTS FOR MOVING OBJECTS, SEA SURFACE, AND SHIPS, 334 10.4 AVERAGE REFLECTION COEFFICIENT FOR RANDOMLY ROUGH SURFACES, 338 10.5 MEAN SQUARED PRESSURE, 344 10.6 REMOTE SENSING OF THE SEA FLOOR, 352 PROBLEMS, 362 SUGGESTED READING, 366 XVI CONTENTS APPENDIXES AL. FORMULAS FROM MATHEMATICS 369 AL.L ALGEBRA, 369 AL.2 TRIGONOMETRY, 370 A1.3 EXPONENTIAL AND LOGARITHMIC FUNCTIONS, 370 A1.4 IMPLICIT DIFFERENTIATION, 371 AL.5 INTEGRALS, 371 AL.6 SERIES EXPANSIONS, 373 AL.7 CHANCE EVENTS, 373 A2. WAVE PROPAGATION 376 A2.1 COMPLEX NUMBERS AND VARIABLES, 376 PROBLEMS, 381 A2.2 THREE-DIMENSIONAL WAVE EQUATION, 382 A2.3 SOLUTIONS OF THE WAVE EQUATION AND BOUNDARY CONDITIONS, 387 A2.4 MEASUREMENTS NEAR AN INTERFACE, STANDING WAVES, 394 A2.5 FINITE AMPLITUDE, NONLINEAR EFFECTS IN SOUND TRANSMISSION, 395 SUGGESTED READING, 407 A3. DIFFRACTION EFFECTS AND LOSSES TO THE MEDIUM 408 A3.1 SOUND FIELD NEAR A FOCAL POINT, 408 A3.2 RELAXATION PROCESSES AND ATTENUATION, 414 A4. FOURIER TRANSFORMATIONS AND APPLICATIONS 424 A4.1 FINITE FOURIER TRANSFORMATION, 425 A4.2 THE FFT AND THE INFINITE SERIES AND INTEGRAL, 431 A4.3 IMPULSIVE SOURCE AND 8(T), 434 A4.4 SIGNALS AND FILTERS, 436 A4.5 COVARIANCE AND CORRELATION OF SIGNALS, 438 A4.6 CORRELATION FUNCTION AND SPECTRAL DENSITY OF SIGNALS, 444 A4.7 MATCHED FILTER AND CORRELATION RECEIVER, 447 CONTENTS XVII A5. SOURCES AND ARRAYS 450 A5.1 MONOPOLE AND DIPOLE SOURCES, 450 A5.2 CIRCULAR PISTON TRANSDUCER, 453 A5.3 BEAM SHAPING FOR ARRAYS, 454 A6. SCATTERING OF SOUND BY BUBBLES 461 A6.1 BUBBLE RESONANCE FREQUENCIES, DAMPING CONSTANTS, AND ACOUSTICAL CROSS SECTIONS: DEPENDENCE ON PHYSICAL PARAMETERS, 461 A6.2 DISPERSION IN BUBBLY WATER, 469 A6.3 BUBBLE MEASUREMENTS AT SEA, 472 SUGGESTED READING, 475 A7. FISH ECHOES AND RESONANCE, 476 A7.1 PDF OF ECHOES, 476 A7.2 SWIM BLADDER RESONANCE CALCULATIONS, 482 A8. MARINE SEDIMENTS 486 A8.1 ELASTIC CONSTANTS AND THE SOUND VELOCITY IN MARINE SEDIMENTS, 486 A8.2 ATTENUATION COEFFICIENT AND Q, 491 A8.3 REFLECTION AT A LIQUID-SOLID INTERFACE, 491 A8.4 REFLECTION AT A LOSSY HALF SPACE, 492 A9. ARRAYS IN A WAVEGUIDE, MATCHED ARRAYS FOR SIGNAL TO NOISE IMPROVEMENT, AND THE CONTINUOUSLY VARYING MEDIUM 494 A9.1 ARRAYS OF SOURCES AND RECEIVERS IN A WAVEGUIDE, 494 A9.2 SIGNAL TO NOISE RATIO AND THE MATCHED ARRAY, 497 A9.3 CONTINUOUSLY VARYING MEDIUM AND THE WKB, APPROXIMATION 499 SUGGESTED READING, 501 A10. SCATTERING AND TRANSMISSION OF SOUND AT A ROUGH SURFACE 502 A10.1 HELMHOLTZ-KIRCHHOFF INTEGRAL, 503 A10.2 APPROXIMATIONS, 506 XVIII CONTENTS A10.3 BOUNDARY WAVES FROM INFINITE PLANE STRIPS, 508 A10.4 SCATTERING OF AN IMPULSE BY A LONG-CRESTED, ROUGH SURFACE, 511 A10.5 SCATTERING OF A CW DIRECTIONAL SIGNAL, 513 A10.6 EVALUATIONS OF THE SURFACE SCATTERING FUNCTION, 517 A10.7 TRANSMISSION, 524 SUGGESTED READING, 525 REFERENCES 526 INDEX 537
adam_txt	ACOUSTICAL OCEANOGRAPHY: PRINCIPLES AND APPLICATIONS CLARENCE S. CLAY PROFESSOR OF GEOPHYSICS UNIVERSITY OF WISCONSIN, MADISON, WISCONSIN HERMAN MEDWIN PROFESSOR OF PHYSICS NAVAL POSTGRADUATE SCHOOL MONTEREY, CALIFORNIA A WILEY-INTERSCIENCE PUBLICATION JOHN WILEY & SONS NEW YORK * CHICHESTER * BRISBANE * TORONTO * SINGAPORE CONTENTS 1. AN ACOUSTICAL VIEW OF THE SEA 1 1.1 HOW IT ALL BEGAN, 1 1.2 THE STRATIFICATION OF THE SEA, 3 1.3 THE RESTLESS SEA, 11 1.4 THE SEA SURFACE, 16 1.5 THE OCEAN BOTTOM: SEA FLOOR SPREADING AND THE FORMATION OF THE SEA FLOOR, 19 1.6 LIFE IN THE SEA, 23 PROBLEMS, 27 SUGGESTED READING, 27 2. SOUND WAVES AND HUYGENS' PRINCIPLE 29 2.1 IMPULSIVE DISTURBANCES, 29 2.2 HUYGENS' PRINCIPLE, 30 2.3 CONTINUOUS WAVE DISTURBANCES: SINUSOIDAL SIGNALS, 36 2.4 MULTIPLE CONTINUOUS WAVE SOURCES, 40 2.5 MULTIPLE SOURCE ANALYSIS USING COMPLEX NUMBERS, 43 2.6 REFLECTION OF SPHERICAL WAVES: FRESNEL ZONES, 49 2.7 WAVE PROPAGATION, 51 2.8 ON SOLUTIONS OF THE WAVE EQUATION, 55 2.9 REFLECTION AND TRANSMISSION COEFFICIENTS FOR PLANE WAVE SIGNALS, 61 2.10 REFLECTION AND TRANSMISSION AT THIN LAYERS, 64 PROBLEMS, 71 XIII XIV CONTENTS 3. SOUND TRANSMISSION IN THE OCEAN 78 3.1 THE RADIATION OF POWER, 79 3.2 RAY TRACING, 83 3.3 ATTENUATION DUE TO SOUND ABSORPTION, 96 3.4 THE SONAR EQUATION, 103 PROBLEMS, 106 SUGGESTED READING, 108 4. SIGNALS, FILTERS, AND RANDOM FUNCTIONS 110 4.1 FOURIER REPRESENTATION, 110 4.2 FILTERS AND NOISE, 115 4.3 TEMPORAL RESOLUTION AND BANDWIDTH OF SIGNALS, 126 4.4 IMPROVING THE SIGNAL TO NOISE POWER RATIO, 130 PROBLEMS, 134 SUGGESTED READING, 136 5. OPERATING CHARACTERISTICS OF SONAR SYSTEMS 138 5.1 SONAR SYSTEMS, 138 5.2 TRANSDUCERS AND THEIR DIRECTIVITIES, 141 5.3 NEAR AND FAR FIELDS OF TRANSDUCER ARRAYS, 153 5.4 HIGH POWER TRANSDUCERS, 162 PROBLEMS, 175 6. SCATTERING AND ABSORPTION BY BODIES AND BUBBLES 178 6.1 PERCEPTION OF BODIES AND BUBBLES BY SCATTERING PHENOMENA, 178 6.2 SCATTERING FROM SPHERES, 184 6.3 THE BUBBLE, 194 6.4 MULTIPLE SCATTERING AND ATTENUATION, 203 6.5 OTHER SCATTERING EFFECTS, 210 PROBLEMS, 213 7. MEASUREMENTS OF FISH AND OTHER LIFE IN THE SEA 216 7.1 SCATTERING CHARACTERISTICS JF MARINE LIFE, 216 7.2 SIGNALS SCATTERED BY FISH OR OTHER BODIES, 225 7.3 ECHO SQUARED INTEGRATION AND REVERBERATION LEVELS, 229 CONTENTS 7.4 VOLUME SCATTERING IN THE OCEAN, 236 7.5 ECHO COUNTING: FIELD ESTIMATES OF FISH DENSITIES, 244 7.6 A FISH DENSITY PROFILE, 247 PROBLEMS, 250 SUGGESTED READING, 252 8. SEISMIC AND ACOUSTICAL MEASUREMENTS OF THE SEA FLOOR 253 8.1 THE SEA FLOOR, 254 8.2 SEDIMENTS, 254 8.3 MARINE SEISMIC MEASUREMENTS, 261 8.4 ECHO SOUNDING OF THE SEA FLOOR, 272 PROBLEMS, 285 SUGGESTED READING, 287 9. LONG-RANGE SOUND TRANSMISSION IN A WAVEGUIDE 288 9.1 NORMAL MODE SOLUTION IN A WAVEGUIDE, 290 9.2 "REAL" WAVEGUIDES, 297 9.3 SOUND TRANSMISSION IN A WAVEGUIDE: NUMERICAL EX- AMPLE AND EXPERIMENT, . 302 9.4 DISPERSION: PHASE AND GROUP VELOCITIES, 311 PROBLEMS, 317 SUGGESTED READING, 318 10. SCATTER AND REFLECTION OF SOUND AT ROUGH SURFACES 319 10.1 HUYGENS' PRINCIPLE AND THE HELMHOLTZ-KIRCHHOFF IN- TEGRAL, 320 10.2 DIFFRACTION OF AN IMPULSIVE SIGNAL AT A SEGMENT OF A PLANE, 321 10.3 DOPPLER EFFECTS FOR MOVING OBJECTS, SEA SURFACE, AND SHIPS, 334 10.4 AVERAGE REFLECTION COEFFICIENT FOR RANDOMLY ROUGH SURFACES, 338 10.5 MEAN SQUARED PRESSURE, 344 10.6 REMOTE SENSING OF THE SEA FLOOR, 352 PROBLEMS, 362 SUGGESTED READING, 366 XVI CONTENTS APPENDIXES AL. FORMULAS FROM MATHEMATICS 369 AL.L ALGEBRA, 369 AL.2 TRIGONOMETRY, 370 A1.3 EXPONENTIAL AND LOGARITHMIC FUNCTIONS, 370 A1.4 IMPLICIT DIFFERENTIATION, 371 AL.5 INTEGRALS, 371 AL.6 SERIES EXPANSIONS, 373 AL.7 CHANCE EVENTS, 373 A2. WAVE PROPAGATION 376 A2.1 COMPLEX NUMBERS AND VARIABLES, 376 PROBLEMS, 381 A2.2 THREE-DIMENSIONAL WAVE EQUATION, 382 A2.3 SOLUTIONS OF THE WAVE EQUATION AND BOUNDARY CONDITIONS, 387 A2.4 MEASUREMENTS NEAR AN INTERFACE, STANDING WAVES, 394 A2.5 FINITE AMPLITUDE, NONLINEAR EFFECTS IN SOUND TRANSMISSION, 395 SUGGESTED READING, 407 A3. DIFFRACTION EFFECTS AND LOSSES TO THE MEDIUM 408 A3.1 SOUND FIELD NEAR A FOCAL POINT, 408 A3.2 RELAXATION PROCESSES AND ATTENUATION, 414 A4. FOURIER TRANSFORMATIONS AND APPLICATIONS 424 A4.1 FINITE FOURIER TRANSFORMATION, 425 A4.2 THE FFT AND THE INFINITE SERIES AND INTEGRAL, 431 A4.3 IMPULSIVE SOURCE AND 8(T), 434 A4.4 SIGNALS AND FILTERS, 436 A4.5 COVARIANCE AND CORRELATION OF SIGNALS, 438 A4.6 CORRELATION FUNCTION AND SPECTRAL DENSITY OF SIGNALS, 444 A4.7 MATCHED FILTER AND CORRELATION RECEIVER, 447 CONTENTS XVII A5. SOURCES AND ARRAYS 450 A5.1 MONOPOLE AND DIPOLE SOURCES, 450 A5.2 CIRCULAR PISTON TRANSDUCER, 453 A5.3 BEAM SHAPING FOR ARRAYS, 454 A6. SCATTERING OF SOUND BY BUBBLES 461 A6.1 BUBBLE RESONANCE FREQUENCIES, DAMPING CONSTANTS, AND ACOUSTICAL CROSS SECTIONS: DEPENDENCE ON PHYSICAL PARAMETERS, 461 A6.2 DISPERSION IN BUBBLY WATER, 469 A6.3 BUBBLE MEASUREMENTS AT SEA, 472 SUGGESTED READING, 475 A7. FISH ECHOES AND RESONANCE, 476 A7.1 PDF OF ECHOES, 476 A7.2 SWIM BLADDER RESONANCE CALCULATIONS, 482 A8. MARINE SEDIMENTS 486 A8.1 ELASTIC CONSTANTS AND THE SOUND VELOCITY IN MARINE SEDIMENTS, 486 A8.2 ATTENUATION COEFFICIENT AND Q, 491 A8.3 REFLECTION AT A LIQUID-SOLID INTERFACE, 491 A8.4 REFLECTION AT A LOSSY HALF SPACE, 492 A9. ARRAYS IN A WAVEGUIDE, MATCHED ARRAYS FOR SIGNAL TO NOISE IMPROVEMENT, AND THE CONTINUOUSLY VARYING MEDIUM 494 A9.1 ARRAYS OF SOURCES AND RECEIVERS IN A WAVEGUIDE, 494 A9.2 SIGNAL TO NOISE RATIO AND THE MATCHED ARRAY, 497 A9.3 CONTINUOUSLY VARYING MEDIUM AND THE WKB, APPROXIMATION 499 SUGGESTED READING, 501 A10. SCATTERING AND TRANSMISSION OF SOUND AT A ROUGH SURFACE 502 A10.1 HELMHOLTZ-KIRCHHOFF INTEGRAL, 503 A10.2 APPROXIMATIONS, 506 XVIII CONTENTS A10.3 BOUNDARY WAVES FROM INFINITE PLANE STRIPS, 508 A10.4 SCATTERING OF AN IMPULSE BY A LONG-CRESTED, ROUGH SURFACE, 511 A10.5 SCATTERING OF A CW DIRECTIONAL SIGNAL, 513 A10.6 EVALUATIONS OF THE SURFACE SCATTERING FUNCTION, 517 A10.7 TRANSMISSION, 524 SUGGESTED READING, 525 REFERENCES 526 INDEX 537
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author	Clay, Clarence S. Medwin, Herman
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id	DE-604.BV021939405
illustrated	Illustrated
index_date	2024-07-02T16:06:50Z
indexdate	2024-07-09T20:47:50Z
institution	BVB
isbn	0471160415
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-015154555
oclc_num	2798219
open_access_boolean
owner	DE-706
owner_facet	DE-706
physical	XVIII, 544 S. Ill., graph. Darst., Kt.
publishDate	1977
publishDateSearch	1977
publishDateSort	1977
publisher	Wiley
record_format	marc
series2	Ocean engineering
spelling	Clay, Clarence S. Verfasser aut Acoustical oceanography principles and applications [Nachdr.] New York [u.a.] Wiley c 1977 XVIII, 544 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Ocean engineering Literaturangaben Acoustique sous-marine ram Oceanografie gtt Océanographie ram Onderwaterakoestiek gtt Oceanography Seawater Acoustic properties Underwater acoustics Wasserschall (DE-588)4064769-9 gnd rswk-swf Meerwasser (DE-588)4193808-2 gnd rswk-swf Meereskunde (DE-588)4074685-9 gnd rswk-swf Akustik (DE-588)4000988-9 gnd rswk-swf Akustik (DE-588)4000988-9 s DE-604 Wasserschall (DE-588)4064769-9 s Meereskunde (DE-588)4074685-9 s Meerwasser (DE-588)4193808-2 s Medwin, Herman Verfasser aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015154555&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Clay, Clarence S. Medwin, Herman Acoustical oceanography principles and applications Acoustique sous-marine ram Oceanografie gtt Océanographie ram Onderwaterakoestiek gtt Oceanography Seawater Acoustic properties Underwater acoustics Wasserschall (DE-588)4064769-9 gnd Meerwasser (DE-588)4193808-2 gnd Meereskunde (DE-588)4074685-9 gnd Akustik (DE-588)4000988-9 gnd
subject_GND	(DE-588)4064769-9 (DE-588)4193808-2 (DE-588)4074685-9 (DE-588)4000988-9
title	Acoustical oceanography principles and applications
title_auth	Acoustical oceanography principles and applications
title_exact_search	Acoustical oceanography principles and applications
title_exact_search_txtP	Acoustical oceanography principles and applications
title_full	Acoustical oceanography principles and applications
title_fullStr	Acoustical oceanography principles and applications
title_full_unstemmed	Acoustical oceanography principles and applications
title_short	Acoustical oceanography
title_sort	acoustical oceanography principles and applications
title_sub	principles and applications
topic	Acoustique sous-marine ram Oceanografie gtt Océanographie ram Onderwaterakoestiek gtt Oceanography Seawater Acoustic properties Underwater acoustics Wasserschall (DE-588)4064769-9 gnd Meerwasser (DE-588)4193808-2 gnd Meereskunde (DE-588)4074685-9 gnd Akustik (DE-588)4000988-9 gnd
topic_facet	Acoustique sous-marine Oceanografie Océanographie Onderwaterakoestiek Oceanography Seawater Acoustic properties Underwater acoustics Wasserschall Meerwasser Meereskunde Akustik
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015154555&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT clayclarences acousticaloceanographyprinciplesandapplications AT medwinherman acousticaloceanographyprinciplesandapplications

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