Theory and application of wave propagation and scattering in random media

Physics

Scientific paper

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Acoustic Propagation, Acoustic Scattering, Electromagnetic Scattering, Electromagnetic Wave Transmission, Field Theory (Physics), Statistical Distributions, Atmospheric Models, Bandwidth, Ocean Models, Pulse Communication, Radiative Transfer, Remote Sensors, Wave Propagation, Wave Scattering

Scientific paper

Current work on wave propagation and scattering in random (continuous or discontinuous) media is reviewed. The atmosphere, ocean, and biological media with randomly time-varying and space-varying parameters, and propagation and scattering of EM, optical, and acoustic waves in those media, are emphasized. Waves in randomly distributed scatterers, waves in random continua, and remote sensing of random media are discussed. Approximate solutions and multiple scattering theories pertinent to transport theory, propagation characteristics of intensities, wave fluctuations, pulse propagation and pulse scattering, coherence bandwidth and coherence time of communication channels through random media are addressed. Application of inversion techniques to ill-posed remote sensing problems is dealt with.

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