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A primary area of interest is the scattering of electromagnetic waves from randomly rough surfaces. Of particular interest are effects due to the coherent interference of each multiply-scattered optical path and its reciprocal partner. These include enhanced backscattering, enhanced transmission, satellite peaks, new angular intensity correlation functions, and changes in the spectrum of polychromatic light due to rough surface scattering. Most of the existing calculations of these effects by computer simulations have been carried out for one-dimensional random surfaces. Efforts are currently underway to extend such calculations to two-dimensional surfaces. Another aspect of rough surface scattering that is being actively pursued is the design of one- and two-dimensional randomly rough surfaces that scatter or transmit light with a specified angular or spatial dependence of the intensity of the scattered or transmitted light, or that produce scattered or transmitted light with specified coherence properties.
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Compendium on Electromagnetic Analysispp.61-132, (2020)
semanticscholar(2016)
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