In the atmosphere, microphysics refers to the microscale processes that affect cloud and
precipitation particles and is a key linkage among the various components of Earth's …

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 …

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 …

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 …

Collisional growth of cloud droplets is an essential yet uncertain process for drizzle and
precipitation formation. To improve the quantitative understanding of this key component of …

Abstract The Pi Cloud Chamber offers a unique opportunity to study aerosol‐cloud
microphysics interactions in a steady‐state, turbulent environment. In this work, an …

Activation is the first step in aerosol‐cloud interactions, which have been identified as one of
the principal uncertainties in Earth's climate system. Aerosol particles become cloud …

Droplet growth due to stochastic condensation has been considered as one of the
mechanisms to cause broadening of cloud droplet size distributions and jump the bottleneck …

Cloud droplet spectral relative dispersion is critical to parameterizations of cloud radiative
properties, warm‐rain initiation, and aerosol‐cloud interactions in models; however, there is …