ABSTRACT
This is the first book to offer a complete and rigorous study of sound propagation and scattering in moving media that have regular and random inhomogeneities in adiabatic sound speed, density and medium velocity. The book is an invaluable resource for engineers and scientists who work on outdoor noise control, on acoustical detection and ranging i
TABLE OF CONTENTS
chapter |10 pages
of acoustic energy conservation
of acoustic energy /2 + Po/Qo + so)) = of an inhomogeneous moving medium and sound vibrations ... ... /2 + s) + /2 + + P / e)] of energy conservation of the ambient state of the of the order of p3, sf. But the
chapter |17 pages
= kl
of wave propagation. Substituting w!/(l - s· u/c cose, of plane wave propagation and the direction of source motion.
chapter 6|13 pages
Random inhomogeneities in a moving medium
of sound or electromagnetic wave propagation in a medium with of a
chapter |6 pages
a;, I can be different for different statistical moments.
of temperature of medium of medium velocity fluctuations of the random fields of equations (6.39), of Ko and
chapter |16 pages
of the energy flux
of the scattered field. It can be shown that I = Re p Re w in the approximation of single scattering considered here. Here, p of w into the equation for I, one obtains 1= -i(pVp of I into this equation and calculating the integral over of equation (7.6) and taking into account
chapter |12 pages
of ¢, and p for spherical wave propagation
of the log-amplitude and phase fluctuations of of the Rytov I-cos
chapter |14 pages
(17.3 _D2)
17r(5/6) D F2 12' 2' 12' of the equations for (X2) and (¢2) obtained of turbulence affect (X2) and (¢2). 222 Co
