Modern atmospheric radars are typically operated in the VHF band for observations of the structure and dynamics of clear-air turbulence from the troposphere to the mesosphere [Woodman and Guillen, 1974]
Meteorological radar is an essential tool for research, diagnosis, and nowcasting of clouds and prec...
The problem of making radar measurements of meteorological phenomena such as rainfall, clouds, and i...
Meteorological radars are unique instruments for the observation and measurement of precipitation, o...
For many years, spatial and temporal inhomogeneities in precipitation fields have been studied using...
An overview of the turbulent structures seen by MF, HF and VHF radars in the troposphere, strato...
Soon after their conceptions, ST VHF radars have been used simultaneously with instrumented balloons...
The benefits of very high resolution data from scanning and vertically pointing radars in a research...
In this paper, observations of stratified layers in the mesosphere and lower thermosphere (50–100 km...
Applications of mesosphere stratosphere troposphere radar to mesoscale meteorology are discussed. Th...
Thesis (M.Sc.) -- University of Adelaide, Dept. of Physics and Mathematical Physics, 199
International audienceThe interpretation of the radar aspect sensitivity observed at VHF frequencies...
This paper shows the first volume-imaging radar that can run in any weather, revealing the turbulen...
Copyright © 2003 IEEERadar can be used to make measurements of the dynamics and structure of the atm...
14 th international Symposium of Advancement of Boundary layer Remote sensing, June 23-25, 2008, Ris...
Ground-based radar systems have been used to observe clouds and precipitation since the 1940s. While...
Meteorological radar is an essential tool for research, diagnosis, and nowcasting of clouds and prec...
The problem of making radar measurements of meteorological phenomena such as rainfall, clouds, and i...
Meteorological radars are unique instruments for the observation and measurement of precipitation, o...
For many years, spatial and temporal inhomogeneities in precipitation fields have been studied using...
An overview of the turbulent structures seen by MF, HF and VHF radars in the troposphere, strato...
Soon after their conceptions, ST VHF radars have been used simultaneously with instrumented balloons...
The benefits of very high resolution data from scanning and vertically pointing radars in a research...
In this paper, observations of stratified layers in the mesosphere and lower thermosphere (50–100 km...
Applications of mesosphere stratosphere troposphere radar to mesoscale meteorology are discussed. Th...
Thesis (M.Sc.) -- University of Adelaide, Dept. of Physics and Mathematical Physics, 199
International audienceThe interpretation of the radar aspect sensitivity observed at VHF frequencies...
This paper shows the first volume-imaging radar that can run in any weather, revealing the turbulen...
Copyright © 2003 IEEERadar can be used to make measurements of the dynamics and structure of the atm...
14 th international Symposium of Advancement of Boundary layer Remote sensing, June 23-25, 2008, Ris...
Ground-based radar systems have been used to observe clouds and precipitation since the 1940s. While...
Meteorological radar is an essential tool for research, diagnosis, and nowcasting of clouds and prec...
The problem of making radar measurements of meteorological phenomena such as rainfall, clouds, and i...
Meteorological radars are unique instruments for the observation and measurement of precipitation, o...
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