Accurate measurement and characterisation of fluctuations in the irradiance environment is important for many areas of optical remote sensing. This paper describes a method of estimating spectral irradiance over the region 400 – 1000 nm from the radiance of a calibrated reference panel, measured in four narrow spectral bands (FWHM approx.10 nm). The reproducibility of the method was found to have an average root mean squared error of approximately 30 mWm-2nm-1 over the region 400 nm to 1000 nm when applied to spectra covering a range of clear sky conditions typical of mid-latitude temperate regions
NIST calibrates spectral irradiance standards at discrete wavelengths and at a fixed distance. Users...
AbstractSolar energy is abundant and capable of providing much of our energy needs. It has several u...
A transportable reference spectroradiometer for measuring spectral solar ultraviolet irradiance has ...
Accurate measurement and characterisation of fluctuations in the irradiance environment is important...
Accurate measurement and characterisation of fluctuations in the irradiance environment is important...
Measurement of solar spectral irradiance is required in an increasingly wide variety of technical ap...
The downwelling solar irradiance received at ground level has many effects on many aspects, from cli...
Vicarious calibration methods have been developed to calibrate radiometric sensors in-flight. One su...
Context. The solar irradiance in the UV is a key ingredient in space weather applications; however, ...
A novel correction method was demonstrated for measuring spectral irradiance of light sources with a...
International audienceWe present a new method to reconstruct the solar spectrum irradiance in the Ly...
Two 1/8-meter Ebert-Fastie spectrometers were refurbished and upgraded in order to measure the solar...
International audienceThe solar irradiance in the UV is a key ingredient in space weather applicatio...
It is surprisingly problematic to to accurately measure light in the laboratory. Even more so when m...
We report a measurement of lunar spectral irradiance with an uncertainty below 1 % from 420 nm to 10...
NIST calibrates spectral irradiance standards at discrete wavelengths and at a fixed distance. Users...
AbstractSolar energy is abundant and capable of providing much of our energy needs. It has several u...
A transportable reference spectroradiometer for measuring spectral solar ultraviolet irradiance has ...
Accurate measurement and characterisation of fluctuations in the irradiance environment is important...
Accurate measurement and characterisation of fluctuations in the irradiance environment is important...
Measurement of solar spectral irradiance is required in an increasingly wide variety of technical ap...
The downwelling solar irradiance received at ground level has many effects on many aspects, from cli...
Vicarious calibration methods have been developed to calibrate radiometric sensors in-flight. One su...
Context. The solar irradiance in the UV is a key ingredient in space weather applications; however, ...
A novel correction method was demonstrated for measuring spectral irradiance of light sources with a...
International audienceWe present a new method to reconstruct the solar spectrum irradiance in the Ly...
Two 1/8-meter Ebert-Fastie spectrometers were refurbished and upgraded in order to measure the solar...
International audienceThe solar irradiance in the UV is a key ingredient in space weather applicatio...
It is surprisingly problematic to to accurately measure light in the laboratory. Even more so when m...
We report a measurement of lunar spectral irradiance with an uncertainty below 1 % from 420 nm to 10...
NIST calibrates spectral irradiance standards at discrete wavelengths and at a fixed distance. Users...
AbstractSolar energy is abundant and capable of providing much of our energy needs. It has several u...
A transportable reference spectroradiometer for measuring spectral solar ultraviolet irradiance has ...