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Wave Propagation and Scattering in Random Media. Vol 1: Single Scattering and Transport Theory (1st of a 2 Vol Set)
Wave Propagation and Scattering in Random Media. Vol 1: Single Scattering and Transport Theory (1st of a 2 Vol Set)
Date: 21 June 2011, 01:05
The problem of wave propagation and scattering in the atmosphere, the ocean and in biological media has become increasingly important in recent years, particularly in the areas of communication, remote-sensing, and detection. These media are, in general, randomly varying in time and space so that the amplitude and phase of the waves may also fluctuate randomly in time and space. These random fluctuations and scattering of the waves are important in a variety of practical problems. Communication engineers are concerned with the phase and amplitude fluctuations of waves as the waves propagate through atmospheric and ocean turbulence and with the coherence time and coherence bandwidth of waves in such a medium. Waves scattered by turbulence may be used for beyond-the-horizon communication links. The detection of clear air turbulence by a scattering technique contributes significantly to safe navigation. Geophysicists are interested in the use of wave fluctuations that occur due to propagation through planetary atmospheres in order to remotely determine their turbulence and dynamic characteristics. Bioengineers may use the fluctuation and scattering characteristics of a sound wave as a diagnostic tool. Radar engineers may need to concern themselves with clutter echoes produced by storms, rain, snow, or hail. Electromagnetic and .acoustic probing of geological media requires the knowledge of scattering characteristics of inhomogeneities that are statistically distributed. Finally, the emerging field of radio oceanography is the study of ocean characteristics by scattered radio waves. Central to this technique is the knowledge of wave characteristics that have been scattered by rough surfaces.

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