Vertical velocities are assumed to be measurable with vertically pointing antenna beams. An exact horizontal levelling and good phase calibration of the radar antenna system can yield real main-beam directions which do not significantly differ from calculated patterns. It is, thus, anticipated that antenna beams can be pointed exactly vertically. Because of area size and near-field limitations, VHF radar antennas have typically beam widths of more than several degrees. It is known that most of the reflectivity structures detected by vertically beaming VHF radars in the troposphere, stratosphere and lower mesosphere are aspect-sensitive. It cannot a priori be assumed that these structures are exactly horizontal. A few examples are investigat...
The aspect sensitivity of SOUSY-VHF-radar oblique-beam echoes from the troposphere and lower strato...
International audienceA simple method is described, based on standard VHF wind-profiler data, where ...
The SOUSY-VHF-Radar is a pulsed coherent radar operating at 53.5 MHz and located near Bad Lauterbert...
For a number of years, there have been doubts about the accuracy of vertical wind velocities measure...
When designing a Mesosphere-Stratosphere-Troposphere (MST) radar antenna one has to trade between th...
Verification of the beam pointing direction for ST (stratosphere troposphere) radars is a technicall...
The need to study vertical velocity measurements from an ST radar located on the plains, far from th...
Horizontal wind velocities in the upper atmosphere, particularly the mesosphere, have been measured ...
Radar measurements of all three of the atmospheric velocity components by the MST technique data fro...
An overview is presented of the measurement of atmospheric vertical motion utilizing the MST radar t...
Typical wind spectra taken at Poker Flat, Alaska, using the vertically oriented antenna show velocit...
There is considerable interest in developing stratosphere troposphere (ST) and mesosphere stratosphe...
Vertical velocity and reflectivity data obtained with a VHF Doppler radar over a 15-day period in Oc...
International audienceComparisons are made between horizontal wind measurements carried out using a ...
Comparisons are made between horizontal wind measurements carried out using a VHF-radar system at A...
The aspect sensitivity of SOUSY-VHF-radar oblique-beam echoes from the troposphere and lower strato...
International audienceA simple method is described, based on standard VHF wind-profiler data, where ...
The SOUSY-VHF-Radar is a pulsed coherent radar operating at 53.5 MHz and located near Bad Lauterbert...
For a number of years, there have been doubts about the accuracy of vertical wind velocities measure...
When designing a Mesosphere-Stratosphere-Troposphere (MST) radar antenna one has to trade between th...
Verification of the beam pointing direction for ST (stratosphere troposphere) radars is a technicall...
The need to study vertical velocity measurements from an ST radar located on the plains, far from th...
Horizontal wind velocities in the upper atmosphere, particularly the mesosphere, have been measured ...
Radar measurements of all three of the atmospheric velocity components by the MST technique data fro...
An overview is presented of the measurement of atmospheric vertical motion utilizing the MST radar t...
Typical wind spectra taken at Poker Flat, Alaska, using the vertically oriented antenna show velocit...
There is considerable interest in developing stratosphere troposphere (ST) and mesosphere stratosphe...
Vertical velocity and reflectivity data obtained with a VHF Doppler radar over a 15-day period in Oc...
International audienceComparisons are made between horizontal wind measurements carried out using a ...
Comparisons are made between horizontal wind measurements carried out using a VHF-radar system at A...
The aspect sensitivity of SOUSY-VHF-radar oblique-beam echoes from the troposphere and lower strato...
International audienceA simple method is described, based on standard VHF wind-profiler data, where ...
The SOUSY-VHF-Radar is a pulsed coherent radar operating at 53.5 MHz and located near Bad Lauterbert...