Add to ORKGThe calibration of a weather radar includes a de-termination of the characteristics of four main sub-systems: transmitter, antenna, receiver/processor and the waveguide assembly. Each of these con
Phased-array weather radar have potential to replace reflector dish radar in major weather radar net...
The present doctoral thesis deals with radar polarimetry, namely with the investigation of propertie...
In conventional radar systems the receiver band-width is designed to be similar to be bandwidth of t...
The electromagnetic power that comes from the Sun has been proved to be an effective reference for c...
The sun is used for weather radar calibration for a long time. It is used to monitor receiver stabil...
The stability of weather radar calibration is a mandatory aspect for quantitative applications, suc...
Polarimetric weather radars, which are now becoming operational, are using a very limited method to ...
The radio noise that comes from the Sun has been reported in literature as a reference signal to che...
The majority of weather radar systems in operation today are of the single polarization variety. Liq...
Polarization properties of radar waves that are scattered from atmospheric objects are of great inte...
The absolute calibration of a dual-polarization radar of the German Weather Service is continuously ...
Radar measurements are influenced by a variety of errors which influence system performance and accu...
In this study a calibration concept for a multi-polarimetric weather radar is developed. Several com...
The electromagnetic power that arrives from the Sun in the C-band has been used to check the quality...
Modifications and updates to an existing X-band dual-polarization phased-array weather radar. Effort...
Phased-array weather radar have potential to replace reflector dish radar in major weather radar net...
The present doctoral thesis deals with radar polarimetry, namely with the investigation of propertie...
In conventional radar systems the receiver band-width is designed to be similar to be bandwidth of t...
The electromagnetic power that comes from the Sun has been proved to be an effective reference for c...
The sun is used for weather radar calibration for a long time. It is used to monitor receiver stabil...
The stability of weather radar calibration is a mandatory aspect for quantitative applications, suc...
Polarimetric weather radars, which are now becoming operational, are using a very limited method to ...
The radio noise that comes from the Sun has been reported in literature as a reference signal to che...
The majority of weather radar systems in operation today are of the single polarization variety. Liq...
Polarization properties of radar waves that are scattered from atmospheric objects are of great inte...
The absolute calibration of a dual-polarization radar of the German Weather Service is continuously ...
Radar measurements are influenced by a variety of errors which influence system performance and accu...
In this study a calibration concept for a multi-polarimetric weather radar is developed. Several com...
The electromagnetic power that arrives from the Sun in the C-band has been used to check the quality...
Modifications and updates to an existing X-band dual-polarization phased-array weather radar. Effort...
Phased-array weather radar have potential to replace reflector dish radar in major weather radar net...
The present doctoral thesis deals with radar polarimetry, namely with the investigation of propertie...
In conventional radar systems the receiver band-width is designed to be similar to be bandwidth of t...