Add to ORKGGround-based measurement of solar irradiance has been made using a spectroradiometer at wavelengths inapx-water absorption band. An algorithm is formulated to retrieve simultaneously the atmospheic water column density and Angstrom\u27s turbidity coefficient. The transmission models used to account for the contribution from diverse atmospheic absorbing and scattering elements are presented
The Angstrom Absorption Exponent (AAE) is a parameter commonly used to characterize the wavelength-d...
International audienceRadiative transfer in the Earth’s atmosphere under clear-sky conditions strong...
To understand and model the energetics of the Sun-Earth connection, measurements of specific atmosph...
Atmospheric turbidity is an important parameter for assessing the air pollution in local areas, as ...
Atmospheric turbidity is usually measured using either a pyrheliometer fitted with a red RG630 filte...
The Angstrom turbidity coefficient, the Linke turbidity factor, and the Unsworth-Monteith coefficien...
A multiple wavelength radiometer instrumentation has been developed and used to measure solar irradi...
Knowledge of the solar radiation available on the earth’s surface is essential for the development o...
By means of the direct solar radiation measurements made during the IGY, the monthly and diurnal var...
Available quantitative data on solar total and spectral irradiance are examined in the context of ut...
Values of Angstrom's turbidity coefficient β and the wavelength exponent α have been compu...
International audienceWe have determined the solar spectral absorption optical depth of atmospheric ...
A Multifilter Rotating Shadowband Radiometer has been used to monitor the directly transmitted solar...
A Multifilter Rotating Shadowband Radiometer has been used to monitor the directly transmitted solar...
Spectral measurements of the direct solar radiation were made by a pyrheliometer at Mizuho Station, ...
The Angstrom Absorption Exponent (AAE) is a parameter commonly used to characterize the wavelength-d...
International audienceRadiative transfer in the Earth’s atmosphere under clear-sky conditions strong...
To understand and model the energetics of the Sun-Earth connection, measurements of specific atmosph...
Atmospheric turbidity is an important parameter for assessing the air pollution in local areas, as ...
Atmospheric turbidity is usually measured using either a pyrheliometer fitted with a red RG630 filte...
The Angstrom turbidity coefficient, the Linke turbidity factor, and the Unsworth-Monteith coefficien...
A multiple wavelength radiometer instrumentation has been developed and used to measure solar irradi...
Knowledge of the solar radiation available on the earth’s surface is essential for the development o...
By means of the direct solar radiation measurements made during the IGY, the monthly and diurnal var...
Available quantitative data on solar total and spectral irradiance are examined in the context of ut...
Values of Angstrom's turbidity coefficient β and the wavelength exponent α have been compu...
International audienceWe have determined the solar spectral absorption optical depth of atmospheric ...
A Multifilter Rotating Shadowband Radiometer has been used to monitor the directly transmitted solar...
A Multifilter Rotating Shadowband Radiometer has been used to monitor the directly transmitted solar...
Spectral measurements of the direct solar radiation were made by a pyrheliometer at Mizuho Station, ...
The Angstrom Absorption Exponent (AAE) is a parameter commonly used to characterize the wavelength-d...
International audienceRadiative transfer in the Earth’s atmosphere under clear-sky conditions strong...
To understand and model the energetics of the Sun-Earth connection, measurements of specific atmosph...