Mostafa A. Karam

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A reformulated integral equation is solved inside an elliptic disk particle for an electromagnetic field formulation bridging the quasi-static and the physical optics approximations. The scattering amplitude tensor elements associated with such a field formulation are derived and then used to formulate the extinction cross sections. It is shown that the(More)
(1995). "Synergetic satellite study of a rapidly deepening (1995). "Vegetation characterisation and land cover mapping with NOAA-AVHRR data in the wet tropics." Geo. (1995). "A microwave polarimetric scattering model for a forest canopy based on vector radiative transfer theory." Remote Sensing Environment 53(1): 16-30. (1995). "Satellite measurements as a(More)
The conventional integral equation governing the electric field inside dielectric particles is reformed to bridge and to provide mathematical foundations for analytic techniques widely used to estimate such a field. The solution of the reformed equation inside a dielectric slab explained how inner-field formulations based on the Rayleigh, the Rayleigh-Gans,(More)
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