RCS of poly-disperse medium with non-spherical drops by remote sensing - Veselovska-Maiboroda, Ganna
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Results of remote sensing of liquid precipitation are of considerable interest as they allow obtaining information from large areas and solving practical problems, exploring the physical processes in the atmosphere. However, the widely used single-frequency sensing methods give rise to ambiguous dependence of the differential radar cross section of the drop diameter. Therefore, in the work is analyzed the differential reflectivity at different wavelengths and found ways to ensure uniqueness of solution of the inverse problem to restore the rain intensity using a double-frequency sensing.

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Produktbeschreibung
Results of remote sensing of liquid precipitation are of considerable interest as they allow obtaining information from large areas and solving practical problems, exploring the physical processes in the atmosphere. However, the widely used single-frequency sensing methods give rise to ambiguous dependence of the differential radar cross section of the drop diameter. Therefore, in the work is analyzed the differential reflectivity at different wavelengths and found ways to ensure uniqueness of solution of the inverse problem to restore the rain intensity using a double-frequency sensing.
Autorenporträt
Ganna was born in Kharkiv,Ukraine.In 2012, she graduated from the Radiophysics Faculty of the V.N. Karazin Kharkiv National University. From 2012 to 2014 she was the Ph.D, student in IRE NASU and in 2014 obtained Ph.D. in radiophysics at KNURE. Besides that, she is scientist at the Radar Department at IRE NASU.