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 …

Both weather–climate models and ice cloud remote sensing applications need to obtain
effective ice crystal scattering (ICS) properties and the parameterization scheme. An …

Radiative transfer simulations and remote sensing studies fundamentally require accurate
and efficient computation of the optical properties of non-spherical particles. This paper …

Abstract nanobem is a recently developed matlab toolbox for the solution of Maxwell's
equations using a boundary element method, which is particularly suited for nanophotonic …

MNPBEM is a Matlab toolbox for the simulation of metallic nanoparticles using a boundary
element method (BEM) approach (Hohenester and Trügler, 2012), which is currently used …

Currently, the terahertz remote sensing technology is one of the best ways to detect the
microphysical properties of ice clouds. Influenced by the representativeness of the ice crystal …

The T-matrix method is one of the most versatile and efficient direct computer solvers of the
macroscopic Maxwell equations and is widely used for the computation of electromagnetic …

Electromagnetic wave scattering by ice particles is commonly modeled by defining
representative habits, including droxtals, columns, plates, and aggregates, although actual …

Rapid radiative transfer models are crucial to remote sensing and data assimilation. An
integrated efficient radiative transfer model named Dayu, which is an updated version of the …

A newly implemented Baum-Yang scheme for simulating ice cloud optical properties is
compared with existing schemes (Mitchell and Fu schemes) in a standalone radiative …