This is the first book devoted specifically to the problem of light scattering and absorption by
inhomogeneous and anisotropic spherical particles. Unlike other books in the field …

Water droplet evaporation is relevant to fire suppression, industrial cooling processes, and
many other technologically important applications. A mathematical model of unsteady …

Accurate and fast prediction of thermal radiation properties of materials is crucial for their
potential applications. However, some models assume that the media are made up of pure …

An approximate theoretical model for nonuniform absorption of the external thermal
radiation in a large semi-transparent spherical particle is suggested. As applied to heat …

In this study, transmission process of diffused and collimated beam in a 1D densely packed
bed is investigated. Absorbing–scattering spherical particles with the same radius are …

Fuel droplet evaporation is relevant to spray combustion in technologically important
devices and must be understood to develop reliable combustion methods for hydrocarbon …

A numerical model for evaporation along with internal radiation absorption of a non-
spherical droplet is presented. In this model, the VOF method is utilized to trace the interface …

Transient heat and mass transfer in a non-uniform emitting, absorbing and anisotropically
scattering medium inside a semi-transparent, optically large and chemically reacting particle …

We describe the results obtained on a set of organic samples that have been part of the
experiment “Photochemistry on the Space Station (PSS)” on the EXPOSE-R2 mission …

Thermal radiation of large semi-transparent spherical particles is modeled on the basis of
differential approximation suggested earlier by the author. This approach is employed to …