Add to ORKGThe size distribution of drops in water clouds plays an important role in the development of precipitation and interaction of solar radiation with clouds. The parameterizations of such impact usin
In the issue of rainfall estimation by radar through the necessary relationship between radar reflec...
International audienceBecause the rain rate R is easier to observe than the drop size distribution (...
The raindrop size distributions (DSD) are important in the parameterizations of cloud microphysical ...
Most cloud radiation models and conventional data processing techniques assume that the mean number ...
Effective radius re (defined as the ratio of the third to the second moment of a droplet size distri...
Most cloud radiation models and conventional data processing techniques assume that the mean number ...
This study shows the results of the modeling of drop size distributions (DSD) observed during a 2-yr...
The rain drop size distribution (DSD) and its appropriate parameterisation plays an important role i...
In general, cloud effective droplet radii are remotely sensed in the near-infrared using the assumpt...
In precipitating systems, the drop-size distribution (DSD) is critical for characterization of the m...
Abstract – This paper presents the analysis of cloud droplet size distribution (DSD) and the use of ...
Specification of cloud droplet size distributions is essential for the calculation of radiation tran...
The conversion of the radar reflectivity factor Z (mm6m-3) to rain rate R (mm h-1) is a crucial step...
By analyzing aircraft measurements of individual drop sizes in clouds, we have shown in a companion ...
It has been found that the drop size distributions (DSD) have great variation in different types of ...
In the issue of rainfall estimation by radar through the necessary relationship between radar reflec...
International audienceBecause the rain rate R is easier to observe than the drop size distribution (...
The raindrop size distributions (DSD) are important in the parameterizations of cloud microphysical ...
Most cloud radiation models and conventional data processing techniques assume that the mean number ...
Effective radius re (defined as the ratio of the third to the second moment of a droplet size distri...
Most cloud radiation models and conventional data processing techniques assume that the mean number ...
This study shows the results of the modeling of drop size distributions (DSD) observed during a 2-yr...
The rain drop size distribution (DSD) and its appropriate parameterisation plays an important role i...
In general, cloud effective droplet radii are remotely sensed in the near-infrared using the assumpt...
In precipitating systems, the drop-size distribution (DSD) is critical for characterization of the m...
Abstract – This paper presents the analysis of cloud droplet size distribution (DSD) and the use of ...
Specification of cloud droplet size distributions is essential for the calculation of radiation tran...
The conversion of the radar reflectivity factor Z (mm6m-3) to rain rate R (mm h-1) is a crucial step...
By analyzing aircraft measurements of individual drop sizes in clouds, we have shown in a companion ...
It has been found that the drop size distributions (DSD) have great variation in different types of ...
In the issue of rainfall estimation by radar through the necessary relationship between radar reflec...
International audienceBecause the rain rate R is easier to observe than the drop size distribution (...
The raindrop size distributions (DSD) are important in the parameterizations of cloud microphysical ...