The entrainment–mixing process is key to the cloud's dynamical and microphysical
processes. However, to the best of our knowledge, no study has quantitatively linked …

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 …

Detailed knowledge of the physical and chemical properties and sources of particles that
form clouds is especially important in pristine areas like the Arctic, where particle …

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

To determine the impact of dynamic and aerosol processes on marine low clouds, we
examine the seasonal impact of updraft speed w and cloud condensation nuclei …

The convection–cloud chamber enables measurement of aerosol and cloud microphysics,
as well as their interactions, within a turbulent environment under steady‐state conditions …

Bin microphysics schemes are useful tools for cloud simulations and are often considered to
provide a benchmark for model intercomparison. However, they may experience issues with …

The effect of aerosols on the properties of clouds is a large source of uncertainty in
predictions of weather and climate. These aerosol‐cloud interactions depend critically on …

The role played by fluctuations of supersaturation in the growth of cloud droplets is
examined in this study. The stochastic condensation framework and the three regimes of …