The contribution describes the principles of meteorological radars and the wavelength choice. The description of meteorological targets is also shown as well as typical technical parameters of meteorological radars. The radar equation for meteorological targets is shown on the base of the difference from the air traffic radars. The basic terms such as equivalent radar reflectivity factor are defined. The estimation technique of the precipitation intensity is deduced. The possible uncertainty is discussed . Also dual wavelength and polarimetric radars and its improved possibilities are added
Meteorological radar is an essential tool for research, diagnosis, and nowcasting of clouds and prec...
Dual-wavelength radars can, in principle, provide extra information to help in the estimation of pr...
Discussed here is a kind of radar called atmospheric radar, which has as its target clear air echoes...
Meteorological radars are unique instruments for the observation and measurement of precipitation, o...
Weather radars have been used since more than 60 years to monitor precipitation events. Since that t...
In this paper we consider possibilities of radar polarimetry to solve different meteorological tasks...
This practical textbook introduces the fundamental physics behind radar measurements, to guide stude...
The present doctoral thesis deals with radar polarimetry, namely with the investigation of propertie...
The presentation summarized the latest techniques of weather radar applications in the fields of hyd...
Das Konzept optimaler Polarisationen, meistens im Sinne von leistungsoptimalen Polarisationen, ist i...
The fine structure and conditions for the occurrence of radar reflections from a cloudless atmospher...
This article describes the basic principles of radar remote sensing for scientific purposes. In addi...
Observations of weather phenomena have attracted many researchers because of their microphysical com...
The impact of the increase in anthropogenic aerosols on the global climate and the precipitation cyc...
Ground-based weather radars provide information on the temporal evolution and the spatial distributi...
Meteorological radar is an essential tool for research, diagnosis, and nowcasting of clouds and prec...
Dual-wavelength radars can, in principle, provide extra information to help in the estimation of pr...
Discussed here is a kind of radar called atmospheric radar, which has as its target clear air echoes...
Meteorological radars are unique instruments for the observation and measurement of precipitation, o...
Weather radars have been used since more than 60 years to monitor precipitation events. Since that t...
In this paper we consider possibilities of radar polarimetry to solve different meteorological tasks...
This practical textbook introduces the fundamental physics behind radar measurements, to guide stude...
The present doctoral thesis deals with radar polarimetry, namely with the investigation of propertie...
The presentation summarized the latest techniques of weather radar applications in the fields of hyd...
Das Konzept optimaler Polarisationen, meistens im Sinne von leistungsoptimalen Polarisationen, ist i...
The fine structure and conditions for the occurrence of radar reflections from a cloudless atmospher...
This article describes the basic principles of radar remote sensing for scientific purposes. In addi...
Observations of weather phenomena have attracted many researchers because of their microphysical com...
The impact of the increase in anthropogenic aerosols on the global climate and the precipitation cyc...
Ground-based weather radars provide information on the temporal evolution and the spatial distributi...
Meteorological radar is an essential tool for research, diagnosis, and nowcasting of clouds and prec...
Dual-wavelength radars can, in principle, provide extra information to help in the estimation of pr...
Discussed here is a kind of radar called atmospheric radar, which has as its target clear air echoes...