Fundamentals of Ocean Acoustics
L.M. Brekhovskikh & Yu.P. Lysanov
Book 1 of Physics of the Earth
Language: English
37.31.00=Physics of the Earth 38.37.00=Petrography 39.29.00=Toponymy 41.25.00=Nebulae. Interstellar Medium DICT Physics of the Earth absolutely rigid abyssal plain account acoust acoust soc acoustic acoustic energy acoustic pressure acoustic track air air-water mixture akad akust akusticheskie volny amplitude angle approximation asymptotic representation auto axis beyer department boundary brekhovskikh bubble canary basin cartesian component case change channel chapter coefficient component condition considered constant correlation correlation coefficient decrease dependence depth determined direct wave direction displacement distance dokl earths climate energy transparency equal equation exp expression fact factor feshbach methods field fine structure fine-layered structure fluctuation fluid sphere form formula fourier component fractal nature frequency function functional gas bubbles geometrical acoustic grazing grazing angle gulf stream harmonic wave heat exchange horizontal horizontal extent hydrophysical fields hydrostatic pressure incident increase integral integration intensity internal wave internal waves iyz lateral wave law layer layered media locally homogeneous low-frequency sound lysanov maximum medium method mode moscow munk normal normal mode normal modes number ocean order outgoing wave pacific oceans parameter particle velocity perfectly reflecting perfectly rigid phase phys plane plane perpendicular point power output pressure profile propagation pulsating sphere quantity radial component random range range-dependent waveguide ray reflection reflection coefficient refracted wave resonance harmonic result rough rough surface rough surfaces ryzhik table sargasso sea scale scattered scattered field scattered wave scattering scattering coefficient scattering strength sea sect setting sfso shallow sea shear viscosity sin single valued soc solution sound sound channel sound field sound propagation sound velocity sound vib source sov spatial-temporal structure spectrum specular image spherical wave statistically homogeneous steplike structure substituting surface tatarskii vvedeniye term theory time total total volume transmitted wave transverse wave trapping coefficient underwater underwater acoustic unit volume upper half-plane usc velocity vice versa void fraction water wave wave scattered wave transmitted wave travelling whispering gallery wind speed wind velocity written zonal structure zone
Description:
"Fundamentals of Ocean Acoustics Third Edition", "AIP Series in Modern Acoustics and Signal Processing Editor-in-Chief Robert T. Beyer Department of Physics, Brown University, Providence, Rhode Island Editorial Board Yoshi Ando Graduate School of Science and Technology, Kobe University, Kobe, Japan Arthur B. Baggeroer Department of Ocean Engineering, Massachusetts Institute of Technology, Cambridge, Massachusetts Neville H. Fletcher Research School of Physical Sciences and Engineering, Australian National University, Canberra, Australia Christopher R. Fuller Department of Mechanical Engineering, Virginia Polytechnic Institute and State University, Blacksburg, Virginia William M. Hartmann Department of Physics and Astronomy, Michigan State University, East Lansing, Michigan Joanne L. Miller Department of Psychology, Northeastern University, Boston, Massachusetts Julia Doswell Royster Environmental Noise Consultants, Raleigh, North Carolina Larry Royster Department of Mechanical and Aerospace Engineering, North Carolina State University, Raleigh, North Carolina Manfred R. Schroeder Gottingen, Germany Alexandra I. Tolstoy ATolstoy Sciences Annandale, Virginia William A. von Winkle New London, Connecticut Books in the Series Producing Speech: Contemporary Issues for Katherine Safford Harris, edited by Fredericka Bell-Berti and Lawrence J. Raphael Signals, Sound, and Sensation, by William M. Hartmann Computational Ocean Acoustics, by Finn B. Jensen, William A. Kuperman, Michael B. Porter, and Henrik Schmidt Pattern Recognition and Prediction with Applications to Signal Characterization, by David H. Kil and Frances B. Shin Oceanography and Acoustics: Prediction and Propagation Models, edited by Alan R. Robinson and Ding Lee Handbook of Condenser Microphones, edited by George S.K. Wong and Tony F.W. Embleton Seismic Wave Propagation and Scattering in the Heterogeneous Earth, by Haruo Sato and Michael C. Fehler Architectural Acoustics, by Yoshi Ando Fundamentals of Ocean Acoustics Third Edition L.M. Brekhovskikh Yu.P. Lysanov Moscow, Russia With 120 Figures AIP Press Springer L.M. Brekhovskikh P.P. Shirshov Institute of Oceanology Russian Academy of Sciences Nakhimovsky pr. 36 117851 Moscow Russia abrekh@mail.ru Yu.P. Lysanov Andreev Acoustics Institute Russian Academy of Sciences Shverniy Street 4 117036 Moscow Russia Series Editors: Robert T. Beyer Department of Physics Brown University Providence, RI 02912 USA Alexandra I. Tolstoy ATolstoy Sciences 8610 Battailles Court Annandale, VA 22003 USA Ключевые слова: akusticheskie volny, perfectly reflecting, sound field, ko, function, dr jo, equation, distance, source, jo jo, solution, geometrical acoustic, fractal nature, scattering, dv, change, total, propagation, cartesian component, component, dokl, determined, hydrostatic pressure, water, iyz, power output, specular image, oo, acoust, rm, kx ky, beyer department, outgoing wave, dx dc, normal mode, condition, pulsating sphere, scattered, usc, phys, field, formula, sound channel, incident, sound, maximum, xo, chapter, spectrum, xi, frequency, decrease, fine structure, scattering strength, phase, dz, account, order, acoust soc, profile, factor, harmonic wave, fluid sphere, term, large, constant, sea, void fraction, air-water mixture, moscow, dependence, underwater acoustic, acoustic energy, intensity, radial component, tatarskii vvedeniye, wave scattered, spherical wave, normal, scale, sound propagation, brekhovskikh, sound velocity, amplitude, random, internal waves, exp, considered, abyssal plain, scattered wave, correlation, axis, parameter, layer, setting, velocity, locally homogeneous, hydrophysical fields, coefficient, result, theory, plane, ryzhik table, spatial-temporal structure, wave travelling, canary basin, scattered field, time, resonance harmonic, fluctuation, sound vib, air, zi, acoustic pressure, equal, method, integral, pressure, small, munk, sargasso sea, medium, boundary, approximation, direction, wind velocity, direct wave, steplike structure, vice versa, upper half-plane, soc, trapping coefficient, single valued, grazing, wave, horizontal extent, sin, range-dependent waveguide, fact, lateral wave, plane perpendicular, akad, layered media, point, ray, internal wave, surface, functional, zonal structure, akust, angle, written, statistically homogeneous, fourier component, expression, sfso, heat exchange, horizontal, unit volume, substituting, ac, feshbach methods, depth, lysanov, bubble, increase, wave transmitted, earths climate, whispering gallery, total volume, number, integration, underwater, reflection, law, ro, absolutely rigid, acoustic, wind speed, rough, jo, perfectly rigid, asymptotic representation, rough surface, gulf stream, energy transparency, shear viscosity, fine-layered structure, rough surfaces, shallow sea, grazing angle, range, low-frequency sound, gas bubbles, sov, channel, zone, reflection coefficient, ha, form, displacement, normal modes, mode, particle velocity, transverse wave, acoustic track, scattering coefficient, refracted wave, case, transmitted wave, correlation coefficient, pacific oceans, quantity, sect, ocean