PROPAGATION STUDIES FOR RFD. VOLUME II. HIGH FREQUENCY BACKSCATTER STUDIES.
L. H. Tveten, James C. Blair, Hunsucker, R. D., L. L. Melanson, Hans Georg Möller
Abstract
L. H. Tveten, James C. Blair, Hunsucker, R. D., L. L. Melanson, Hans Georg Möller
Abstract
A description of several investigations concerning high frequency backscatter is presented. These deal with traveling ionospheric irregularities, topside sounder-bottomside backscatter sounder comparisons, backscatter Doppler observations, ray tracing backscatter studies of model ionospheric and transponder studies. The result of perhaps greatest interest is that from the transponder studies which show that ionospherically propagated ground backscatter signal powers are significantly correlated with signal powers which would be scattered from a scattering target of fixed cross section in the same region as the source area of the ground backscatter. (Author)
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A description of several investigations concerning high frequency backscatter is presented. These deal with traveling ionospheric irregularities, topside sounder-bottomside backscatter sounder comparisons, backscatter Doppler observations, ray tracing backscatter studies of model ionospheric and transponder studies. The result of perhaps greatest interest is that from the transponder studies which show that ionospherically propagated ground backscatter signal powers are significantly correlated with signal powers which would be scattered from a scattering target of fixed cross section in the same region as the source area of the ground backscatter. (Author)
Key concepts: Backscatter (email), Ionosphere, Remote sensing, Transponder (aeronautics), Scattering, SIGNAL (programming language), Doppler effect, Geology