Add to ORKGIn order to improve knowledge about scattering processes and their effects on the backscattered signal, accurate modelling of radar backscatter is required. In this paper we present a stochstic, coherent and fully-polarimetric scattering model which simulates the propagation of an electromagnetic wave through a medium containing raindrops of various sizes, shapes and orientations and calculates the backscattered signal. Some simulation examples will show the potential of the model with regard to understanding and predicting various effects and scenarios
In order to improve the knowledge about individual scattering processes and their effects on the bac...
Radar observations of precipitation profiles from space are simulated in order to evaluate the impac...
Aim of this work is to provide a new insight into the physical basis of the meteorological-radar th...
In order to improve knowledge about scattering processes and their effects on the backscattered sign...
In order to improve knowledge about scattering processes and their effects on the backscattered sign...
A method is presented for calculating the amount of depolarization caused by precipitation for a pro...
In this paper the mathematical models are presented to describe scattering electromagnetic waves by ...
International audienceThe goal of this paper is to analyse the influence of individual drop position...
In previous work, it was argued that a source of radar coherent scatter occurs in the direction perp...
Polarimetric radar variables of rainfall events, like differential reflectivity <i>Z</i>...
The knowledge of the exact shape of falling raindrops is essential for the retrieval of rainfall ra...
Abstruct-A simple physical model of the melting layer of precipitation is presented. It is able to s...
International audienceA full radar simulator, which works with the 3D output fields from a numerical...
Classical radar theory only considers incoherent backscatter from precipitation. Can precipitation g...
Aim of this work is to provide a new insight into the physical basis of the meteorological-radar th...
In order to improve the knowledge about individual scattering processes and their effects on the bac...
Radar observations of precipitation profiles from space are simulated in order to evaluate the impac...
Aim of this work is to provide a new insight into the physical basis of the meteorological-radar th...
In order to improve knowledge about scattering processes and their effects on the backscattered sign...
In order to improve knowledge about scattering processes and their effects on the backscattered sign...
A method is presented for calculating the amount of depolarization caused by precipitation for a pro...
In this paper the mathematical models are presented to describe scattering electromagnetic waves by ...
International audienceThe goal of this paper is to analyse the influence of individual drop position...
In previous work, it was argued that a source of radar coherent scatter occurs in the direction perp...
Polarimetric radar variables of rainfall events, like differential reflectivity <i>Z</i>...
The knowledge of the exact shape of falling raindrops is essential for the retrieval of rainfall ra...
Abstruct-A simple physical model of the melting layer of precipitation is presented. It is able to s...
International audienceA full radar simulator, which works with the 3D output fields from a numerical...
Classical radar theory only considers incoherent backscatter from precipitation. Can precipitation g...
Aim of this work is to provide a new insight into the physical basis of the meteorological-radar th...
In order to improve the knowledge about individual scattering processes and their effects on the bac...
Radar observations of precipitation profiles from space are simulated in order to evaluate the impac...
Aim of this work is to provide a new insight into the physical basis of the meteorological-radar th...