Cloud microphysical processes occur at the smallest end of scales among cloud-related
processes and thus must be parameterized not only in large-scale global circulation models …

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 …

Convection influences climate and weather events over a wide range of spatial and
temporal scales. Therefore, accurate predictions of the time and location of convection and …

Optical properties and precipitation efficiency of atmospheric clouds are largely determined
by turbulent mixing with their environment. When cloud liquid water is reduced upon mixing …

With their extensive coverage, marine low clouds greatly impact global climate. Presently,
marine low clouds are poorly represented in global climate models, and the response of …

The entrainment of clear air and its subsequent mixing with a filament of cloudy air, as
occurs at the edge of a cloud, is studied in three-dimensional direct numerical simulations …

Understanding how entrainment and mixing shape the cloud droplet size distribution (DSD)
is crucial for understanding the optical properties and precipitation efficiency of clouds …

Different turbulent entrainment‐mixing mechanisms between clouds and environment are
essential to cloud‐related processes; however, accurate representation of entrainment …

Different entrainment–mixing processes can occur in clouds; however, a homogeneous
mixing mechanism is often implicitly assumed in most commonly used microphysics …

The relationships between fractional entrainment rate and key microphysical quantities (eg,
liquid water content, droplet number concentration, volume mean radius, and standard …