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A Millimeter-wave Instrument for Use in a Synergistic, optical/millimeter-wave Approach to Pollution Monitoring
(IEEE, 1993-03)
A multisensor approach is being developed
at the University of Texas at Arlington (UTA) to
improve upon current capabilities in environmental
monitoring. These sensors consist of an FT-IR for
operation in the near to ...
Microwave/optical Studies of Saline Ice, Snow, Melt Ponds and Refrozen Melt Pond Ice
(IEEE, 1993-03)
Optical and microwave measurements of a
variety of ice and snow targets were obtained in a
large indoor cold room at the U.S. Army Cold
Regions Research and Engineering Laboratory
(CRREL) in Hanover, N.H. Bistatic ...
Attenuation Behavior of Solid Dense Random Media at Microwave Frequencies
(IEEE, 1992)
To better understand scattering from nontenuous dense random media such as sea ice and snow, attenuation measurements have been performed on two different types of random media with ka values ranging from 0.5 to 0.7, and ...
Determination of volume and surface scattering from saline ice using ice sheets with precisely controlled roughness parameters
(IEEE Xplore, 1995-09)
Experiments were performed at the U.S. Army Cold Regions Research and Engineering Laboratory (CRREL) in Hanover, NH, to precisely determine the relative contributions of surface and volume scattering from saline ice that ...
Comparison of Integral Equation Predictions and Experimental Backscatter Measurements from Random Conducting Rough Surfaces
(IEEE, 1990-05)
The scattering behavior from randomly rough surface targets has been analyzed by comparing the predictions of an integral equation model for surface scattering (Li and Fung, PIERS' 89, pg.144)to experimental data. This ...
Comparisons Between a Dense Medium Scattering Model and Seaice Measurements
(IEEE, 1990-05)
A scattering model for a plane dense medium layerembeded with randomly located small spherical scatterers was
developed. The effects of close spacing between the Scatterers were included in the developed phase matrix by ...