Understanding cloud droplet relative dispersion is critical for mitigating the confounding
effect of aerosol‐cloud interactions in the simulation of the global climatic patterns. Diverse …

Aerosol indirect effects are one of the leading contributors to cloud radiative properties
relevant to climate. Aerosol particles become cloud droplets when the ambient relative …

Entrainment mixing and turbulent fluctuations critically impact cloud droplet size distributions
(DSDs) in cumulus clouds. This problem is investigated via a new sophisticated modeling …

The evolution of the droplet size distribution (DSD) during the fog life cycle remains poorly
understood and progress is required to reduce the uncertainty of fog forecasts. To gain …

With the changing climate, the study of fog formation is essential due to the impact of the
complexity of natural and anthropogenic aerosols. The evolution of the droplet size …

This paper investigates the relative importance of turbulence and aerosol effects on the
broadening of the droplet size distribution (DSD) during the early stage of cloud and …

The Pi Chamber is a cloud chamber at Michigan Technological University that utilizes moist
turbulent Rayleigh-Bénard flow between two temperature-controlled, saturated plates to …

The characteristics of cloud droplet size distributions and statistical relations of the relative
dispersion (ε) with the vertical velocity (w) and with the interstitial aerosol concentration (Nia) …

Cloud droplet chemical composition is a key observable property that can aid understanding
of how aerosols and clouds interact. As part of the Clouds, Aerosols and Monsoon …

Recent in situ observations show that haze particles exist in a convection cloud chamber.
The microphysics schemes previously used for large‐eddy simulations of the cloud chamber …