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Researchers develop radar simulator to characterize scattering of debris in tornadoes
Researchers radar simulator scattering debris tornadoes
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2017/7/19
Researchers have developed the first numerical polarimetric radar simulator to study and characterize the scattering of debris particles in tornadoes. (See video)
The results of their study are publi...
OU Researchers Develop Radar Simulator to Characterize Scattering Mechanisms of Debris Particles in Tornadoes
OU Researchers Radar Simulator Characterize Scattering Mechanisms Debris Particles Tornadoes
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2017/7/19
A University of Oklahoma research team with the Advanced Radar Research Center has developed the first numerical polarimetric radar simulator to study and characterize scattering mechanisms of debris ...
Two dimensional inverse scattering from buried magnetic anomalies
ground penetrating radar magnetic anomalies electromagnetic scattering microwave tomography linear inverse scattering
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2015/9/1
This paper deals with the problem of the electromagnetic linear inverse scattering from magnetic anomalies
buried in a lossy half space, for a scalar and two dimensional case. First, the formulation ...
Scattering-Based Model of the SAR Signatures of Complex Targets for Classification Applications
Scattering-Based Model SAR Signatures Complex Targets Classification Applications
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2009/9/3
The modeling of complex target response in SAR imagery is the main subject of this paper. The analysis of a large database of SAR images with polarimetric and interferometric capabilities is used to a...
期刊信息
篇名
Image Simulation of High -Reaolution Radar for Fully Polarrimetric Scattering from Heterpgeneous Canopy Surface
语种
英文
撰写或编译
作者
Y.Q.Jin,,W.Zhang
第一作者单位
刊物名称
Chinese Journal of Electronics
页面
20...
Radar Backscatter Estimates from a Combined Ice Growth and Surface Scattering Model of First Year Sea Ice
Radar Backscatter a Combined Ice Growth Surface Scattering Model First Year Sea Ice
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2014/4/15
Radar Backscatter Estimates from a Combined Ice Growth and Surface Scattering Model of First Year Sea Ice.