International audienceMultiple parameter radar measurements (dual frequency hail signal DFR-HS or differential reflectivity ZDR) can be strongly affected by the mismatch of the antenna illumination functions at the two wavelengths or polarizations. The resulting instrumental error can be estimated, with some approximations, from the independently measured reflectivity at one wavelength or polarization by using the actual radar illumination functions. This objective estimation of the antenna-induced error is made in some real cases and its possible conseqences on the data analysis are discussed
The application of multichannel radar measurement techniques for estimation of bare soil parameters ...
In this paper, a complete and rigorous mathematical model for secondary surveillance radar systemati...
Relations for retrieving precipitation and attenuation information from radar measurements play a ke...
International audienceMultiple parameter radar measurements (dual frequency hail signal DFR-HS or di...
Calibration of the differential reflectivity, Zdr, measurements is important for correct interpretat...
Measurements of differential reflectivity (ZDR) of precipitation need to be observed with an accurac...
Polarimetric weather radars measure very small differences in received signals between channels. Fro...
In this two-part paper the biases of polarimetric variables from simultaneous horizontally and verti...
This study presents the first-ever complete characterization of random errors in dual-polarimetric s...
The requirement to satisfy a Zdr antenna induced bias of less than 0.1 to 0.2 dB presents significan...
The method for the daily monitoring of the differential reflectivity bias for polarimetric weather r...
Electromagnetic wave of X-band (3cm) dual linear polarimetric radar going through a large area of li...
The absolute calibration of a dual-polarization radar of the German Weather Service is continuously ...
Over the last few years the use of weather radar data has become a fundamental part of various appli...
Errors arise when using conventional radar reflectivity, Z, to estimate rainfall rate, R, and these ...
The application of multichannel radar measurement techniques for estimation of bare soil parameters ...
In this paper, a complete and rigorous mathematical model for secondary surveillance radar systemati...
Relations for retrieving precipitation and attenuation information from radar measurements play a ke...
International audienceMultiple parameter radar measurements (dual frequency hail signal DFR-HS or di...
Calibration of the differential reflectivity, Zdr, measurements is important for correct interpretat...
Measurements of differential reflectivity (ZDR) of precipitation need to be observed with an accurac...
Polarimetric weather radars measure very small differences in received signals between channels. Fro...
In this two-part paper the biases of polarimetric variables from simultaneous horizontally and verti...
This study presents the first-ever complete characterization of random errors in dual-polarimetric s...
The requirement to satisfy a Zdr antenna induced bias of less than 0.1 to 0.2 dB presents significan...
The method for the daily monitoring of the differential reflectivity bias for polarimetric weather r...
Electromagnetic wave of X-band (3cm) dual linear polarimetric radar going through a large area of li...
The absolute calibration of a dual-polarization radar of the German Weather Service is continuously ...
Over the last few years the use of weather radar data has become a fundamental part of various appli...
Errors arise when using conventional radar reflectivity, Z, to estimate rainfall rate, R, and these ...
The application of multichannel radar measurement techniques for estimation of bare soil parameters ...
In this paper, a complete and rigorous mathematical model for secondary surveillance radar systemati...
Relations for retrieving precipitation and attenuation information from radar measurements play a ke...
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