Journal of Engineering and Applied Sciences

Year: 2016
Volume: 11
Issue: 6
Page No. 1218 - 1222

Fluorescent Lamp Environmental State Improvement

Authors : Albert Abbyasovich Ashryatov and Andrey Mikhailovich Kokinov

References

Anonymous, 2015. Fluorescent lamps. http://www.xnn.ru/lyuminesczentnyie-svetilniki.

Ashpyatov, A.A., V.A. Duhonkin, V.L. Mizonov, V.I. Melyakin and A.V. Simonov, 1997. The method of fluorescent lamp production. Patent No. 2094893 of Russian Federation, October 27, 1997.

Ashryatov, A.A. and A.S. Fedorenko, 2015. Calculation and Design of Fluorescent Lamps: The Textbook for High Schools. 3rd Edn., Publishing House SVMO, Saransk, Russia, Pages: 412.

Ashryatov, A.A., 2003. The study of near-electrode plasma during the starting period of the fluorescent lamp with a mercury dispenser. Proceedings of the 5th International Conference of Lighting Equipment: Light and Progress, September 2-5, 2003, Interregional Light Equipment Community, St. Petersburg, Russia, pp: 141-143.

Ashryatov, A.A., 2009. Research into characteristics of compact fluorescent lamps with built-in electronic ballast. Light Eng., 17: 34-36.

Ashryatov, A.A., S.A. Mikaeva and A.S. Fedorenko, 2011. About the possibility of further luminous efficacy increase among low pressure fluorescent lamps. Lighting Equip., 5: 15-19.

Ashryatov, A.A., S.A. Mikaeva and A.S. Fedorenko, 2012. On further increasing the luminous efficacy of low pressure fluorescent lamps. Light Eng., 20: 93-98.

Ayzenberg, Y.B., 2006. Reference Book on Lighting Equipment. 3rd Edn., Znak Publ., Moscow, Russia, Pages: 972.

Bayneva, I. and V. Bainev, 2012. Mercury dosing device in discharge light sources. Photonics, 1: 36-39.

Corazza, A., V. Massaro and A. Gallitonotta, 2011. The method of mercury separation. Patent No. 2411603 of Russian Federation, February 2, 2011.

Egoyan, V.V., A.K. Pagutyan, L.R. Grigoryan and S.I. Galoyan, 1990. The method of a fluorescent lamp manufacture. A.S. No. 1599913 USSR, Bulletin No. 38, October 15, 1990.

Fedorenko, A.S., A.A. Dourdan, E.A. Karasev and A.A. Ashryatov, 2009. Research on environmental performance of fluorescent lamp improvement. Proceedings of the Russian Lighting Equipment Online Conference, June 3-16, 2009, Lighting Equipment Company, Russia, pp: 264-265.

Gutorov, M.M., 1983. Basics of Lighting Equipment and Light Sources: The Textbook for High Schools. 2nd Edn., Energoatomisdat, Moscow, Russia, Pages: 384.

Ilyin, S.K., A.M. Kokinov, L.E. Petrovsky and N.N. Shcherbakova, 1983. Hetero mercury dispenser for fluorescent lamps. Lighting Equip., 4: 19-21.

Koda, A., A. Koradza, A. Gallitonotta, V. Massaro, M. Porro and L. Toya, 2008. Compounds for mercury dispensing and the method of their preparation. Patent No. 2339114 of Russian Federation, November 20, 2008.

Mikaeva, S.A., A.S. Mikaeva, A.A. Ashryatov and O.Y. Kovalenko, 2012. Amalgam lamps in water disinfection devices. Autom. Mod. Technol., 9: 10-15.

Selezneva, A., 2014. Mercury: Danger for a man. The factors of mercury danger. http://fb.ru/article/160913/rtut-opasnost-dlya-cheloveka-chem-opasna-rtut.

Tumasyan, B.A., V.V. Egoyan and A.K. Pagutyan, 1984 1984. Fluorescent lamp and the method of its manufacture. A.S. No. 1120429 USSR, Bulletin No. 39.

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