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Colour Reproduction by System Consisting of a Radiation Source and Acousto-optic Tuneable Filter L&E, Vol.30, No.6, 2022

Light & Engineering 30 (6)

Volume 30
Date of publication 12/19/2022
Pages 28–32

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Colour Reproduction by System Consisting of a Radiation Source and Acousto-optic Tuneable Filter L&E, Vol.30, No.6, 2022
Articles authors:
Alina S. Beliaeva, Galina E. Romanova, Vladislav I. Batshev, Milana O. Sharikova

Alina S. Beliaeva,junior research scientist of STC UI RAS, assistant lecturer of SUAI, postgraduate student of ITMO University. Her research interests: design of optical systems, non-imaging optics, colorimetry, acousto-optics

Galina E. Romanova, Ph. D. of Technical Sciences, Associate Professor. She graduated from St. Petersburg ITMO University in 2002. At present, she is Associate Professor at the ITMO University. Her research interests: design of optical systems, nonimaging optics, optical instrument engineering

Vladislav I. Batshev, Ph. D. of Technical Sciences. In 2007, he graduated from N.E. Bauman MSTU. At present, he is senior scientist of STC UI RAS, Associate Professor of Bauman MSTU. His research interests: design of optical systems, acousto-optic instrument engineering

Milana O. Sharikova, engineer- researcher and post-graduate student at STC UI RAS. Her field of scientific interests: acousto-optics, video spectrometry, optical and acousto-optic instrument engineering

Abstract:
Multiple-window acousto-optic filtering of wide-band (white) light allows to control chromaticity of radiation in the visible range, which allows to use a system consisting of a source of radiation and an acousto-optic filter for colour reproduction problems, for instance, in colorimetry, psychophysiology, spectral analysis, biomedicine and other applied and research areas requiring radiation chromaticity control. The article describes the problem of reproduction of a necessary colour when using two or three spectral components (narrow bands), evaluates the factors affecting accuracy of colour reproduction and demonstrates the capability to reach errors below the chromatic threshold. Also it demonstrates the capabilities of reproduction of colours close to chromaticity locus in the multi-frequency mode of an acousto-optic filter.
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