The article analyses the major problems of museum lighting. Possible technical solutions to the mentioned problems relating to each type of exhibited artworks are detailed. The results of the studies used as a basis for these solutions are described. 1. Devina R.A., Brednyakov A.V., Dushkina L.I., Rebrikova N.L., Zayceva G.A. Muzei’noe khranenie hudozhestvenny’kh cennostei’: prakticheskoe posobie [Museum storage of art treasures: practical guidelines] // Tipografiya Ministerstva kul’tury RF, Moscow, 1995, 204 p.
2. Da Vinci L. A Treatise on Painting // Folio, 2013, 224 p.
3. Van Gogh V. Pis’ma [Letters] // Iskusstvo Publ., Moscow, 1966, 653 p.
4. Bugrov V.E., Vinogradova K.A. Optoelektronika svetodiodov. Uchebnoe posobie [Optoelectronis of LED. Study Guide] // NRU ITMO, Saint-Petersburg, 2013, 172 p.
5. Hornbeck L.J. Digital Light Processing and MEMS: an overview // Advanced Applications of Lasers in Materials Processing/Broadband Optical Networks/ Smart Pixels/Optical MEMs and Their Applications, 1996, pp. 7–8.
6. Younse J.M. Projection Display Systems Based on the Digital Micromirror Device (DMD) // SPIE Conference on Microelectronic Structures and Microelectromechanical Devices for Optical Processing and Multimedia Applications, Texas, 1995, Vol. 2641, pp. 64–75.
7. High thermal conductivity PCB solutions manufacturing since 2010 // RUSALOX.
8. Naysh M., Rufitsky M., Suchkov M., Ossin A., Zolotov A., Antilin E. Teploprovodiashchiie kommutatcionnie podlozhki [Thermally-Conductive Commutation Bases] // Poluprovodnikovaya Svetotekhnika, 2012, No. 4, pp. 78–79.
9. Astakhov A.A., Karimbayev D.D., Misyunas A.O., Khristikov V.G. Optomozatsiia teplovykh rezhimov v kostruktsiiakh svetovykh priborov na poluprovodnikhovykh istochnikakh sveta [Optimisation of Heat Modes in Structures of Light Devices Applying Light-Emitting Semiconductor Devices] // Reports of TUSUR, 2011, No. 2, Vol. 24.
10. Satarov D.K. Volokonnaia optika [Fibre Optics] // Mashinostroyeniye Publ., Saint Petersburg, 1973, 280 p.
11. Vermeersch B. Full wireless flexibility of the accent lighting within the museum environment // 1st International Science and Practical Conference “Light in the Museum”, Saint-Petersburg, 2018. URL: https://nts-svet. ru/wp-content/uploads/2018/04/svet_v_muzee/2_8_B_ Vermeersh.pdf
12. Miras J.-P., Novakovsky L.G., Fontoynont M. Lighting of Mona Lisa: New Lighting Solutions // Svetotekhnika, 2005, No. 5, pp. 28–33.
13. Novakovsky L., Fontoynont M., Miras J.P., de Vecchi P., Chanussot J., Angelini M., Marty C., Duchene G., Makita K. Mona Liza v novom svete [Mona Lisa in the New Light] // Poluprovodnikovaya Svetotekhnika, 2013, No. 4, pp. 64–67.
14. GOST 7.50–2002 Konsetvatsiia dokumentov. Obshchiie trebovaniia [Document conservation. General requirements], 2003.

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• lighting environment
• illuminance distribution uniformity
• paintings
• sculpture
• minor forms
• glare
• interior of palace architecture
• fresco
• stucco
• projection optics
• radiation