Technical Committee for Photometry and Radiometry
The Technical Committee of Photometry and Radiometry is concerned with national standards and measuring methods in the field of optical radiation, including radiometry, photometry, colorimetry, spectrophotometry, fluorometry and fibre optics. Examples of activites are:
- primary realisation the optical power scale by cryogenic radiometers, high power black body radiators and quantum optical effects (f.e. two photon metrology),
- realisation and dissemination of the radiometrical scales (f.e. laser and LED power, UV and IR radiation, spectral responsivity of detectors, spectral radiance / irradiance of sources),
- realisation and dissemination of photometrical scales (luminous intensity, illuminance, luminance, luminous flux),
- realisation and dissemination of colorimetrical and spectrophotometrical scales (spectral diffuse reflection, spectral diffuse transmittance, etc),
- realisation of the relevant units for the optical fibre domain (fibre optical power, attenuation, wavelength, chromatic dispersion, polarisation mode dispersion (PMD).
Further activities include:
- initiation and conducting of international comparisons of radiometrical, photometrical and fibre optical quantities,
- harmonisation of the declaration of the calibration and measurement capabilities (CMC).
TC Chair
Joaquin Campos-Acosta, IO-CSIC (Spain)
TC-PR News
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EMPIR project publishes freely available appearance measurement training videos on YouTube
21-03-24
The videos regarding the metrology of appearance cover a variety of topics and will help increase photometry and radiometry expertise across National ...
EMPIR project develops digital twin for assessing optical power measurements
07-09-23
Software to assess losses and performance of Predictable Quantum Efficient Detectors for accurate and traceable optical power measurements
EMPIR project aided the development and publication of novel photometry standard
27-07-23
This standard will help product development and accurate energy efficiency categorisation of established solid-state lighting products