Three-dimensional dielectric photonic crystals have well-established enhanced light–matter
interactions via high Q factors. Their plasmonic counterparts based on arrays of …

The physical-optics approximation in the problem of light scattering by large particles is so
defined that it includes the classical physical optics concerning the problem of light …

The backscattering coefficient (β), lidar ratio (S), and depolarization ratio (δ) of ice particles
were estimated over a wide range of effective radii to interpret spaceborne 355-nm high …

A more accurate representation of ice‐phase processes in numerical models necessitates
an enhanced understanding of ice‐particle microphysics and their respective formation …

Evaluations of the Thermodynamic Phases of Clouds in a Cloud-System-Resolving Model Using
CALIPSO and a Satellite Simulator over the Southern Ocean in: Journal of the Atmospheric …

We investigated the use of backscatter properties of atmospheric ice particles for space-
borne lidar applications. We estimated the average backscattering coefficient (β) …

Simultaneous measurement of lidar and radar signals returned from the same cirrus clouds
is a prospective method for retrieving the cloud microphysics, ie size and shape of the ice …

Three dimensionless ratios widely used for interpretation of lidar signals, ie, the color ratio,
lidar ratio, and depolarization ratio, have been calculated for hexagonal ice crystals of cirrus …

The study of the optical properties of cirrus clouds is necessary to improve the accuracy of
interpreting data from space lidars and ground-based lidar networks. Existing databases of …

Backscattering Mueller matrix and the depolarization and color ratios for quasi-horizontally
oriented hexagonal ice plates have been calculated within the framework of the physical …