Abstract: The radiative transfer in the cloudy atmosphere is studied using homogeneous, regular and fractal models of clouds. The effective optical thickness is introduced for estimation of albedo and transmission without solution of radiative transfer equation. The connection between the effective optical thickness and radiative characteristics of medium is evaluated. The anomalous absorption of solar radiation by clouds is explained by the inhomogeneity effect.Note: Research direction:Mathematical modelling in actual problems of science and technic
Current radiation codes of general circulation models The stochastic geometry of cumulus clouds is, ...
The influence of spatially inhomogeneous water vapour distributions on the solar radiative fluxes of...
A simple empirical model to calculate solar spectral diffuse and global irradiance under cloudless s...
The transfer of radiant energy in highly inhomogeneous media is a difficult problem that is encounte...
Abstract. The authors introduce a radiative transfer model CLOUD for reflection, transmission, and a...
Two papers recently published in Science have shown that there is more absorption of solar radiation...
International audienceWe studied effects of the cloud inhomogeneity in subcloud scale on the reflect...
International audienceWe studied effects of the cloud inhomogeneity in subcloud scale on the reflect...
International audienceWe studied effects of the cloud inhomogeneity in subcloud scale on the reflect...
International audienceThe authors introduce a radiative transfer model CLOUD for reflection, transmi...
The theoretical computations used to compute spectral absorption of solar radiation are discussed. R...
International audienceThe authors introduce the radiative transfer model CLOUD for reflection, trans...
A multilevel spectral radiative transfer model is used to develop simple but accurate parameterizati...
This thesis is concerned with solutions of the equation of radiative transfer in non-uniform media, ...
The results presented here have shown that the spectral signature of absorption in a cloudy layer co...
Current radiation codes of general circulation models The stochastic geometry of cumulus clouds is, ...
The influence of spatially inhomogeneous water vapour distributions on the solar radiative fluxes of...
A simple empirical model to calculate solar spectral diffuse and global irradiance under cloudless s...
The transfer of radiant energy in highly inhomogeneous media is a difficult problem that is encounte...
Abstract. The authors introduce a radiative transfer model CLOUD for reflection, transmission, and a...
Two papers recently published in Science have shown that there is more absorption of solar radiation...
International audienceWe studied effects of the cloud inhomogeneity in subcloud scale on the reflect...
International audienceWe studied effects of the cloud inhomogeneity in subcloud scale on the reflect...
International audienceWe studied effects of the cloud inhomogeneity in subcloud scale on the reflect...
International audienceThe authors introduce a radiative transfer model CLOUD for reflection, transmi...
The theoretical computations used to compute spectral absorption of solar radiation are discussed. R...
International audienceThe authors introduce the radiative transfer model CLOUD for reflection, trans...
A multilevel spectral radiative transfer model is used to develop simple but accurate parameterizati...
This thesis is concerned with solutions of the equation of radiative transfer in non-uniform media, ...
The results presented here have shown that the spectral signature of absorption in a cloudy layer co...
Current radiation codes of general circulation models The stochastic geometry of cumulus clouds is, ...
The influence of spatially inhomogeneous water vapour distributions on the solar radiative fluxes of...
A simple empirical model to calculate solar spectral diffuse and global irradiance under cloudless s...