International audienceIn several experiments carried out in France, the Republic of the Ivory Coast, and Spain, icing clouds were penetrated at different heights by instrumented research aircraft. This paper descrihes the range and the frequencies of occurrence of the relevant icing parameters computed on the cloud scale and for different cloud types. Comparisons between microphysical parameters and meteorological radar signatures show the limitations of these radars when used as a means of locating icing clouds
Ice cloud microphysical parameters derived from a remote sensing method that uses ground-based measu...
Abstract Clustering of cloud microphysical conditions, such as liquid water content (LWC) and drop s...
NASA has teamed with the FAA, DoD, industry, and academia for research into the remote detection and...
International audienceIn several experiments carried out in France, the Republic of the Ivory Coast,...
The European Union’s Horizon 2020 programme has funded the SENS4ICE (Sensors for Certifiable Hybrid ...
In the context of aviation weather hazards, the study of aircraft icing is very important because of...
Imagers on many of the current and future operational meteorological satellites in geostationary Ear...
On flights with the DLR icing research aircraft the dependence of aircraft icing on cloudphysical pa...
Satellites are ideal for continuous monitoring of aircraft icing conditions in many situations over ...
Remote-sensing systems that map aircraft icing conditions in the flight path from airports or aircra...
The measurement and in-flight characterization of atmospheric icing conditions remains a challenging...
The measurement and in-flight characterization of atmospheric icing conditions remains a challenging...
AbstractCold cloud interactions with aircrafts that fly through them require knowledge of cloud micr...
A series of passes on 6 December 1979 through multilayered-supercooled stratiform and stratocumulus ...
The remote sensing method for retrieving vertical profiles of microphysical parameters in ice clouds...
Ice cloud microphysical parameters derived from a remote sensing method that uses ground-based measu...
Abstract Clustering of cloud microphysical conditions, such as liquid water content (LWC) and drop s...
NASA has teamed with the FAA, DoD, industry, and academia for research into the remote detection and...
International audienceIn several experiments carried out in France, the Republic of the Ivory Coast,...
The European Union’s Horizon 2020 programme has funded the SENS4ICE (Sensors for Certifiable Hybrid ...
In the context of aviation weather hazards, the study of aircraft icing is very important because of...
Imagers on many of the current and future operational meteorological satellites in geostationary Ear...
On flights with the DLR icing research aircraft the dependence of aircraft icing on cloudphysical pa...
Satellites are ideal for continuous monitoring of aircraft icing conditions in many situations over ...
Remote-sensing systems that map aircraft icing conditions in the flight path from airports or aircra...
The measurement and in-flight characterization of atmospheric icing conditions remains a challenging...
The measurement and in-flight characterization of atmospheric icing conditions remains a challenging...
AbstractCold cloud interactions with aircrafts that fly through them require knowledge of cloud micr...
A series of passes on 6 December 1979 through multilayered-supercooled stratiform and stratocumulus ...
The remote sensing method for retrieving vertical profiles of microphysical parameters in ice clouds...
Ice cloud microphysical parameters derived from a remote sensing method that uses ground-based measu...
Abstract Clustering of cloud microphysical conditions, such as liquid water content (LWC) and drop s...
NASA has teamed with the FAA, DoD, industry, and academia for research into the remote detection and...