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Theliquidwatercontentanddropdiameters insupercooledcloudshavebeenmeasuredsincethe1940satthe summit of Mount Washington in New Hampshire using a rotating multicylinder. Many of the cloud microphysics models intheWeather ResearchandForecasting Model(WRF)assumea gamma distributionfor cloud drops. In this paper, years of multicylinder data are reanalyzed to determine the best-fitting gamma or monodisperse distribution to compare with parameters in the WRF cloud models. The single-moment cloud schemesspecifyapredeterminedandconstantdropnumberdensityinclouds,whichleadstoafixedrelationship between the median volume drop diameter and the liquid water content. The Mount Washington drop number densities aregenerallylargerandbest-fitdistributionsaregenerallynarrowerthanistypicallyassumed inWRF.

Gamma Distribution Parameters for Cloud Drop Distributions from Multicylinder Measurements