Abstract: The purpose of this publication is to draw attention to a class of large problems of aerospace remote sensing and global monitoring of the Earth's climate as a planet, for which solutions require parallel supercomputers and high - performance supercomputers. A spherical model of the Earth's radiation field is proposed to simulate the spectral and global albedo of the planet and a bit of history.Note: Research direction:Mathematical modelling in actual problems of science and technic
Surface albedo is a key variable determining the disposition of solar radiation between the surface ...
Models for the transmission and reflection spectra for the present Earth-like exoplanets for with an...
A technique has been developed for extracting ground albedo from LANDSAT data. Initial application t...
Abstract: The problem is considered of Earth surface regarding in the planet remote sensin...
Albedo is a known and documented phenomenon, defined as the reflectivity of a surface, i.e., the rat...
M. Milankovitch developed the theory of the Earth’s insolation for research of paleoclimate. The cal...
The prospect of engineering a planetary climate raises a multitude of issues associated with climato...
The Earth’s spherical albedo describes the ratio of light reflected from the Earth to that incident ...
This study develops an equilibrium radiative model based on a quasi-adiabatic atmosphere that quanti...
Surface temperature is a critical aspect for assessing the habitability of Earth-like planets. This ...
Albedo characterizes the radiometric interface of land surfaces, especially vegetation, and the atmo...
An original model of solar radiation arriving at the arbitrarily oriented surface has been developed...
The climate of Earth and its global mean surface temperature are the consequence of a balance betwee...
Albedo characterizes the radiometric interface of land surfaces, especially vegetation, and the atmo...
Abstract: The optical radiation transport in the Earth atmosphere is being investigated to...
Surface albedo is a key variable determining the disposition of solar radiation between the surface ...
Models for the transmission and reflection spectra for the present Earth-like exoplanets for with an...
A technique has been developed for extracting ground albedo from LANDSAT data. Initial application t...
Abstract: The problem is considered of Earth surface regarding in the planet remote sensin...
Albedo is a known and documented phenomenon, defined as the reflectivity of a surface, i.e., the rat...
M. Milankovitch developed the theory of the Earth’s insolation for research of paleoclimate. The cal...
The prospect of engineering a planetary climate raises a multitude of issues associated with climato...
The Earth’s spherical albedo describes the ratio of light reflected from the Earth to that incident ...
This study develops an equilibrium radiative model based on a quasi-adiabatic atmosphere that quanti...
Surface temperature is a critical aspect for assessing the habitability of Earth-like planets. This ...
Albedo characterizes the radiometric interface of land surfaces, especially vegetation, and the atmo...
An original model of solar radiation arriving at the arbitrarily oriented surface has been developed...
The climate of Earth and its global mean surface temperature are the consequence of a balance betwee...
Albedo characterizes the radiometric interface of land surfaces, especially vegetation, and the atmo...
Abstract: The optical radiation transport in the Earth atmosphere is being investigated to...
Surface albedo is a key variable determining the disposition of solar radiation between the surface ...
Models for the transmission and reflection spectra for the present Earth-like exoplanets for with an...
A technique has been developed for extracting ground albedo from LANDSAT data. Initial application t...