In 2017, PMOD/WRC organised the solar ultraviolet broadband radiometer comparison campaign UVC-II. All 75 participating instruments from all over the world were characterised in the laboratory of the World Calibration Center for UV (WCCUV) and calibrated outdoors relative to the Qasume reference spectroradiometer. After a three month calibration period, all devices were returned to their owners, accompanied by a certificate demonstrating traceability to the international system of units. The calibration uncertainty stated in these certificates was less than 6% for the majority of the radiometers. The deviation to the original calibration factors was analysed. From this data we determined three components affecting the overall measurement un...
A transportable reference spectroradiometer for measuring spectral solar ultraviolet irradiance has ...
Results from an intercomparison campaign of ultraviolet spectroradiometers that was organized at Nea...
Decreasing trends of total ozone affect mainly solar ultraviolet (UV) levels at ground level with ad...
In 2017, PMOD/WRC organised the solar ultraviolet broadband radiometer comparison campaign UVC-II. A...
International audienceA bi-lateral intercomparison of erythemal broadband radiometers was performed ...
International audienceThis paper focusses on the proposal of a new method for the calibration of bro...
The ultraviolet index (UVI) is the most commonly used variable to inform about the level and potenti...
A blind intercomparison of ground-based ultraviolet (UV) instruments has been organized for the firs...
Abstract. In August 2006 a broadband radiometer intercomparision was performed at the ultraviolet ca...
International audienceWe present a re-evaluation and quality control of spectral ultraviolet irradia...
Measurement of solar ultraviolet radiation (UVR) is important for the assessment of potential benef...
An intercomparison of radiance and irradiance ocean color radiometers (the second laboratory compari...
Accurate measurements of solar irradiance are crucial for the planning, tests and operation of solar...
National Radiometric Laboratory of AEMET calibrates the AEMET's network of broadband UV radiometers ...
The measurement of spectral irradiance in the ultraviolet (UV) region of the electromagnetic spectru...
A transportable reference spectroradiometer for measuring spectral solar ultraviolet irradiance has ...
Results from an intercomparison campaign of ultraviolet spectroradiometers that was organized at Nea...
Decreasing trends of total ozone affect mainly solar ultraviolet (UV) levels at ground level with ad...
In 2017, PMOD/WRC organised the solar ultraviolet broadband radiometer comparison campaign UVC-II. A...
International audienceA bi-lateral intercomparison of erythemal broadband radiometers was performed ...
International audienceThis paper focusses on the proposal of a new method for the calibration of bro...
The ultraviolet index (UVI) is the most commonly used variable to inform about the level and potenti...
A blind intercomparison of ground-based ultraviolet (UV) instruments has been organized for the firs...
Abstract. In August 2006 a broadband radiometer intercomparision was performed at the ultraviolet ca...
International audienceWe present a re-evaluation and quality control of spectral ultraviolet irradia...
Measurement of solar ultraviolet radiation (UVR) is important for the assessment of potential benef...
An intercomparison of radiance and irradiance ocean color radiometers (the second laboratory compari...
Accurate measurements of solar irradiance are crucial for the planning, tests and operation of solar...
National Radiometric Laboratory of AEMET calibrates the AEMET's network of broadband UV radiometers ...
The measurement of spectral irradiance in the ultraviolet (UV) region of the electromagnetic spectru...
A transportable reference spectroradiometer for measuring spectral solar ultraviolet irradiance has ...
Results from an intercomparison campaign of ultraviolet spectroradiometers that was organized at Nea...
Decreasing trends of total ozone affect mainly solar ultraviolet (UV) levels at ground level with ad...