The atmospheric aerosol optical depth (AOD) weighted over the solar spectrum is equal to the monochromatic AOD at a certain wavelength. This key wavelength is ~0.7 μm, which is only slightly influenced by air mass and aerosol content. On the basis of this result, simple relations are proposed to predict monochromatic AOD from pyrheliometric data and vice versa. The accuracy achieved is close to ∓0.01 units of AOD at ~0.7 μm, estimated from simultaneous sunphotometer data. The precision required for the estimation of the precipitable water-vapor content is approximately ∓0.5 cm
We report values of the columnar tropospheric aerosol optical depth at UV wavelengths based on e...
Aerosol optical depth is a key atmospheric constituent for direct normal irradiance calculations at ...
Aerosol spectral measurements by sunphotometers can be characterized by three independent pieces of ...
The atmospheric aerosol optical depth (AOD) weighted over the solar spectrum is equal to the monochr...
Combined measurements of diffuse-to-global radiation ratio and global spectral irradiances in the UV...
Abstract. The Langley plot method applied on the Brewer Ozone measurements can provide accurate Aero...
The determination of aerosol properties, especially the aerosol optical depth (AOD) in the ultraviol...
Abstract. Spectral measurements of the aerosol optical depth (AOD) and the Ångström coefficient we...
Solar ultraviolet (UV) radiation plays a significant role in climate, atmospheric chemical processes...
A multiple wavelength radiometer instrumentation has been developed and used to measure solar irradi...
International audienceThis study evaluates the potential of using aerosol optical depth (τa) measure...
This study evaluates the potential of using aerosol optical depth (τa) measurements to characterize ...
The Multi-Wavelength Solar Radiometer (MWR), designed and developed in the Space Physics Laboratory,...
This article reports the results of a study related to variations in columnar aerosol optical depth ...
Predicted clear sky irradiance depends on atmospheric composition as well as solar position and extr...
We report values of the columnar tropospheric aerosol optical depth at UV wavelengths based on e...
Aerosol optical depth is a key atmospheric constituent for direct normal irradiance calculations at ...
Aerosol spectral measurements by sunphotometers can be characterized by three independent pieces of ...
The atmospheric aerosol optical depth (AOD) weighted over the solar spectrum is equal to the monochr...
Combined measurements of diffuse-to-global radiation ratio and global spectral irradiances in the UV...
Abstract. The Langley plot method applied on the Brewer Ozone measurements can provide accurate Aero...
The determination of aerosol properties, especially the aerosol optical depth (AOD) in the ultraviol...
Abstract. Spectral measurements of the aerosol optical depth (AOD) and the Ångström coefficient we...
Solar ultraviolet (UV) radiation plays a significant role in climate, atmospheric chemical processes...
A multiple wavelength radiometer instrumentation has been developed and used to measure solar irradi...
International audienceThis study evaluates the potential of using aerosol optical depth (τa) measure...
This study evaluates the potential of using aerosol optical depth (τa) measurements to characterize ...
The Multi-Wavelength Solar Radiometer (MWR), designed and developed in the Space Physics Laboratory,...
This article reports the results of a study related to variations in columnar aerosol optical depth ...
Predicted clear sky irradiance depends on atmospheric composition as well as solar position and extr...
We report values of the columnar tropospheric aerosol optical depth at UV wavelengths based on e...
Aerosol optical depth is a key atmospheric constituent for direct normal irradiance calculations at ...
Aerosol spectral measurements by sunphotometers can be characterized by three independent pieces of ...