IEEE Geoscience and Remote Sensing Letters · 2004 · 139 citations · 4 references
EngineeringElectromagnetic CompatibilityIntegral Equation ModelSurface ReflectanceNumerical SimulationComputational ElectromagneticsInstrumentationReflectanceSurface ReconstructionReflectance ModelingGeometric ModelingInverse Scattering TransformsInverse ProblemsRough SurfacesRadarNatural SciencesRadar ScatteringCivil EngineeringWave ScatteringLight ScatteringHigh-frequency ApproximationSurface ModelingIntegral Equation ApproachMultiscale Modeling
The integral equation approach to modeling scattering from rough surfaces was introduced in 1992. At that time, it was noted that there was a need to find a transition reflection coefficient that could change its argument from the incident angle to the specular angle as frequency or roughness scale got large. One such reflection coefficient was published in 2001. In this letter, we would like to include this reflection coefficient in the integral equation model to interpret several multifrequency backscattering measurements from surfaces with surface parameters defined by the investigators who acquired the data.
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An Improved Iem Model for Bistatic Scattering From Rough Surfaces
A.K. Fung, W.Y. Liu, K.S. Chen et al. · Journal of Electromagnetic Waves and Applications · 2002 · 110 citations
Original Iem, Engineering, Physics +13