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Harrison, N. (2000). Improving the accuracy of ultraviolet radiation measurement. UV News, 5, 18–23. 
Added by: Sarina (2009-01-12 15:19:51)   Last edited by: Sarina (2010-09-22 16:45:48)
Resource type: Journal Article
BibTeX citation key: Harrison2000a
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Categories: Englisch = English
Keywords: Lampen = Lamps, Photometrie = Photometry, Ultraviolett = Ultraviolet
Creators: Harrison
Collection: UV News
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Popularity index: 1.75%
Abstract
Ultraviolet (UV) measurement is essential in many areas of industry and has important health and safety applications in daily life. Measurement of solar UV radiation, UV sun beds, monitoring of UV sterilisation processes and UV exposure in the work place are all examples where the quantification of the levels of UV radiation are important for health and safety. In many industrial applications the accuracy of calibration and the stability of measurement equipment in the UV now limits the performance and cost effectiveness of production processes. Quality control and waste reduction in fields such as material curing, water purification, non-destructive testing and photolithography of semiconductors all demand reliable and accurate UV measurements to ensure commercial competitiveness. To address some of these issues the European Commission has funded this SM&T project ‘Improving the accuracy of Ultraviolet Radiation Measurement’ which started in December 1998 with NPL acting as co-ordinator of a team of eight partners from across Europe. The project has the overall objective of improving the accuracy of ultraviolet measurements in both the European ultraviolet measurement community and European national measurement institutes.
Added by: Sarina  Last edited by: Sarina
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