A data library is developed containing the scattering, absorption, and polarization properties
of ice particles in the spectral range from 0.2 to 100 μm. The properties are computed based …

We present parameterizations of the single‐scattering properties for individual ice crystals of
various habits based on the results computed from the accurate light scattering calculations …

Simulations of scattering and polarization properties for randomly oriented polyhedral ice
crystals are presented based on the geometric optics and the far-field diffraction …

Calculations of the scattering and adsorption properties of ice crystals and aerosols, which
are usually nonspherical, require specific methodologies. There is no unique theoretical …

The single‐scattering properties of ice crystals are fundamental to the radiative transfer in
ice clouds, which thereby are the basis for estimating the optical and microphysical …

We ascertain the usefulness of simple ice particle geometries for modeling the intensity
distribution of light scattering by atmospheric ice particles. To this end, similarities and …

The relative importance of ice clouds in the climate system is highly uncertain.
Measurements of their microphysical properties are sparse, especially given their complex …

In this study, various ice particle habits are investigated in conjunction with inferring the
optical properties of ice clouds for use in the Global Change Observation Mission-Climate …

We investigate the spectral signature of ice clouds in the far‐infrared (far‐IR) spectral region
from 100 to 667 cm− 1 (15–100 μm). Individual particle scattering properties (extinction …

This study reports on the use of in situ data obtained in midlatitude and tropical ice clouds
from airborne sampling probes and balloon-borne replicators as the basis for the …