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The secondary production of ice in cumulus experiment (spicule)
The secondary ice process (SIP) is a major microphysical process, which can result in rapid
enhancement of ice particle concentration in the presence of preexisting ice. SPICULE was …
enhancement of ice particle concentration in the presence of preexisting ice. SPICULE was …
Raindrop size distributions simulated using a bin microphysics scheme: Different biases in stratiform and convective rain from an extratropical cyclone
Bin microphysics schemes prognose the raindrop size distribution (RSD), which can be
directly evaluated through comparison with disdrometer observations. This evaluation will …
directly evaluated through comparison with disdrometer observations. This evaluation will …
[HTML][HTML] A bin microphysics parcel model investigation of secondary ice formation in an idealised shallow convective cloud
RL James, J Crosier, PJ Connolly - Atmospheric Chemistry and …, 2023 - acp.copernicus.org
We provide the first systematic study of ice formation in idealised shallow clouds from
collisions of supercooled water drops with ice particles (mode 2). Using the University of …
collisions of supercooled water drops with ice particles (mode 2). Using the University of …
Do Double‐Moment Microphysics Schemes Make Reliable Predictions on the Raindrop Number Concentration?: A Squall‐Line Case Study
Utilizing raindrop size distribution observations in the evaluation of a cloud microphysics
scheme helps identifying systematic deficiencies of the scheme and improving it. In this …
scheme helps identifying systematic deficiencies of the scheme and improving it. In this …