Characterization of rain microphysics requires information on raindrop size distributions (DSDs). DSD measurements and retrievals, however, contain errors.
Abstract—Characterization of rain microphysics requires information on raindrop size distributions (DSDs). DSD measurements and retrievals, however, ...
Characterization of rain microphysics requires information on raindrop size distributions (DSDs). DSD measurements and retrievals, however, contain errors.
In this paper, data from three 2-dimensional video disdrometers (2DVDs) and an S-band polarimetric radar are used to characterize rain microphysics in Oklahoma.
Jun 1, 2018 · Such characterization can be achieved by analyzing the evolution in time of the particle size distribution (PSD) of hydrometeors, which can be ...
In this paper, data from three 2-dimensional video disdrometers (2DVDs) and an S-band polarimetric radar are used to characterize rain microphysics in ...
Sep 4, 2023 · We demonstrate that a two-moment bulk microphysical model successfully captures the dominant observed modes of variability in rainfall.
The shape of raindrops observed from 2DVD was more spherical than the shape obtained from previous experiments, and the effect of different axis ratio relations ...
Abstract A systematic and intensive analysis is performed on 5 yr of reliable disdrometric data (over 20 000 one-minute drop size distributions, ...
Bibliographic details on Characterization of Rain Microphysics based on Disdrometer and Polarimetric Radar Observations.