Add to ORKGIn this paper the mathematical models are presented to describe scattering electromagnetic waves by hydrometeors of various types such as: raindrops, cloud droplets, flat and elongated ice crystals etc. These models are developed based on the practical implementation of requirements to the algorithm for detection of zones of possible icing of aircrafts, using the data of the avionic weather radar. Various scenarios of the appearance of such zones are analyzed. Polarymetric radar data, which can be obtained by remote sensing of one or more types of hydrometeors are modeled and analyzed
In order to improve knowledge about scattering processes and their effects on the backscattered sign...
With a view to calculating depolarization and differential attenuation of microwaves by rain, with a...
The knowledge of the exact shape of falling raindrops is essential for the retrieval of rainfall ra...
In this paper the mathematical models are presented to describe scattering electromagnetic waves by ...
Abstract: Flight safety is of a major concern in aircrafts since the beginning of air traffic. One o...
In this paper the possibility to distinguish hydrometeors with similar polarization properties insid...
In this paper we consider possibilities of radar polarimetry to solve different meteorological tasks...
The bright band is the enhanced radar echo associated with the melting of hydrometeors in stratiform...
Abstract. Clouds consist of water particles (hydrometeors) in different aggregate states. Above the ...
By combining polarimetric radars of different frequencies, the possibility arises to investigate the...
Abstruct-A simple physical model of the melting layer of precipitation is presented. It is able to s...
The purpose of this study is to demonstrate the use of polarimetric observations in a radar-based wi...
© 2014 Dr. Guang WenQuality control algorithms are studied using data collected by the CP-2 S-band r...
F. J. Yanovsky, Inferring microstructure and turbulence properties in rain through observations and ...
In the first part, a real case of intense precipitation, in the Lago Maggiore alpine region, is inve...
In order to improve knowledge about scattering processes and their effects on the backscattered sign...
With a view to calculating depolarization and differential attenuation of microwaves by rain, with a...
The knowledge of the exact shape of falling raindrops is essential for the retrieval of rainfall ra...
In this paper the mathematical models are presented to describe scattering electromagnetic waves by ...
Abstract: Flight safety is of a major concern in aircrafts since the beginning of air traffic. One o...
In this paper the possibility to distinguish hydrometeors with similar polarization properties insid...
In this paper we consider possibilities of radar polarimetry to solve different meteorological tasks...
The bright band is the enhanced radar echo associated with the melting of hydrometeors in stratiform...
Abstract. Clouds consist of water particles (hydrometeors) in different aggregate states. Above the ...
By combining polarimetric radars of different frequencies, the possibility arises to investigate the...
Abstruct-A simple physical model of the melting layer of precipitation is presented. It is able to s...
The purpose of this study is to demonstrate the use of polarimetric observations in a radar-based wi...
© 2014 Dr. Guang WenQuality control algorithms are studied using data collected by the CP-2 S-band r...
F. J. Yanovsky, Inferring microstructure and turbulence properties in rain through observations and ...
In the first part, a real case of intense precipitation, in the Lago Maggiore alpine region, is inve...
In order to improve knowledge about scattering processes and their effects on the backscattered sign...
With a view to calculating depolarization and differential attenuation of microwaves by rain, with a...
The knowledge of the exact shape of falling raindrops is essential for the retrieval of rainfall ra...