A novel correction method was demonstrated for measuring spectral irradiance of light sources with a narrow bandwidth. Using the correction method based on differential quadrature method, an estimate of the true value was achieved with measured values of seven adjacent points. The formula of this correction method was derived. Numerical simulations and experimental validation of this correction method were also performed, respectively. This correction method could be used in radiometry, photometry, colorimetry, and other spectrometry fields, especially in the spectrum measurement of LED lamp
Research indicates that spectral distribution and the direction of the light received at the eye are...
Abstract. Even though energy-efficient and sustainable solutions, such as light emitting diodes (LED...
The absolute calibration of remote sensing systems is based upon radiometric standards. The irradian...
The accuracy of luminance measurements throughout the visible spectrum was investigated by breaking ...
Light directionality, spectrum, and relevant radiometric or photometric quantity are believed essent...
The energy efficiency of lighting is expressed in terms of luminous efficacy. It is the ratio of the...
General lighting is undergoing a revolutionary change towards LED-based technologies. To provide fir...
NIST calibrates spectral irradiance standards at discrete wavelengths and at a fixed distance. Users...
The errors in determining the biologically effective and broadband UV irradiances from spectroradiom...
Accurate measurement and characterisation of fluctuations in the irradiance environment is important...
This report describes the details of a recently upgraded spectral irradiance measurement facility in...
Broad band photometry is the most widely practiced method of measuring illumination in buildings. Er...
To investigate, select and publish an LED reference spectrum to complement the CIE Standard Illumina...
The purpose of this paper is to determine the possibility of using photometric measurements in order...
Critical UV applications such as disinfection and dermatological treatments call for the need for ac...
Research indicates that spectral distribution and the direction of the light received at the eye are...
Abstract. Even though energy-efficient and sustainable solutions, such as light emitting diodes (LED...
The absolute calibration of remote sensing systems is based upon radiometric standards. The irradian...
The accuracy of luminance measurements throughout the visible spectrum was investigated by breaking ...
Light directionality, spectrum, and relevant radiometric or photometric quantity are believed essent...
The energy efficiency of lighting is expressed in terms of luminous efficacy. It is the ratio of the...
General lighting is undergoing a revolutionary change towards LED-based technologies. To provide fir...
NIST calibrates spectral irradiance standards at discrete wavelengths and at a fixed distance. Users...
The errors in determining the biologically effective and broadband UV irradiances from spectroradiom...
Accurate measurement and characterisation of fluctuations in the irradiance environment is important...
This report describes the details of a recently upgraded spectral irradiance measurement facility in...
Broad band photometry is the most widely practiced method of measuring illumination in buildings. Er...
To investigate, select and publish an LED reference spectrum to complement the CIE Standard Illumina...
The purpose of this paper is to determine the possibility of using photometric measurements in order...
Critical UV applications such as disinfection and dermatological treatments call for the need for ac...
Research indicates that spectral distribution and the direction of the light received at the eye are...
Abstract. Even though energy-efficient and sustainable solutions, such as light emitting diodes (LED...
The absolute calibration of remote sensing systems is based upon radiometric standards. The irradian...