刊名:Surface Engineering and Applied Electrochemistry
出版年:2015
出版时间:January 2015
年:2015
卷:51
期:1
页码:54-57
全文大小:148 KB
参考文献:1. Karamzinov, FV, Kostyuchenko, SV, Kudryavtsev, NN, Khramenkov, SV (2012) Ul鈥檛rafioletovye tekhnologii v sovremennom mire. Intellekt, Dolgoprudnyi 2. Rokhlin, GN (1991) Razryadnye istochniki sveta. Energoatomizdat, Moscow 3. Lunin, VV, Popovich, MP, Tkachenko, SN (1998) Fizicheskaya khimiya ozona. Mosk. Gos. Univ., Moscow 4. Vasil鈥檈v, AI, Vasilyak, LM, Kostyuchenko, SV, Kudryavtsev, NN, Kuz鈥檓enko, ME, Pecherkin, VYa (2006) Effect of a protective layer on the lifetime and output radiation intensity decay rate of quartz low-pressure gas discharge lamps. Tech. Phys. Lett. 32: pp. 42-44 CrossRef 5. Vasil鈥檈v, AI, Vasilyak, LM, Kostyuchenko, SV, Kudryavtsev, NN, Kuzmenko, ME, Pecherkin, VYa (2007) Investigation of the effect of a protective layer on parameters of quartz low-pressure gas-discharge lamps with oxide electrodes. Surf. Eng. Appl. Electrochem. 43: pp. 49-52 CrossRef 6. Vasilyak, LM, Vasil鈥檈v, AI, Drozdov, LA, Kostyuchenko, SV, Kudryavtsev, NN, Sokolov, DV, Startsev, AYu (2009) A protective coating on the inner wall of the quartz bulb of a low-pressure amalgam lamp as a decisive factor of the service life of the lamp. Prikl. Fiz.. pp. 120-124 7. Vasilyak, LM, Drozdov, LA, Sokolov, DV, Kostyuchenko, SV, Kudryavtsev, NN (2008) Decisive factors of the service life of germicidal low-pressure mercury lamps. Svetotekhnika. pp. 8-10 8. Vasilyak, LM, Pecherkin, VYa (2012) Temperature effect on the burning time of a low-pressure discharge in a quartz discharge tube with a protective layer. Surf. Eng. Appl. Electrochem. 48: pp. 250-252 CrossRef 9. Vasilyak, LM, Drozdov, LA, Kostyuchenko, SV, Kudryavtsev, NN, Sobur, DA, Sokolov, DV (2010) Effect of operating modes of a low-pressure discharge amalgam lamp on the intensity of generation of a vacuum UV radiation at a wavelength of 185 nm. Prikl. Fiz.. pp. 70-76 10. Vasil鈥檈v, AI, Vasilyak, LM, Kostyuchenko, SS, Kudryavtsev, NN, Sokolov, DV, Startsev, AYu (2009) Effect of the starting conditions on the lifetime of the electrodes of high-power low-pressure amalgam lamps. Svetotekhnika. pp. 4-9 Zefirov, NS eds. (1998) Khimicheskaya entsiklopediya. Bol鈥檚haya Ross. Entsiklopediya, Moscow 11. Ledovskaya, EG, Gabelkov, SV, Litvinenko, LM, Logvinkov, DS, Mironova, AG, Odeichuk, MA, Poltavtsev, NS, Tarasov, RV (2006) Low-temperature synthesis of magnesium-aluminum spinel. Vopr. At. Nauki Tekh.. pp. 160-162 12. Khanamirova, AA, Adimosyan, AR, Apresyan, LP (2009) Development of various methods for producing ultradispersed aluminum-magnesium spinel. Khim. Zh. Armenii 62: pp. 347-354 13. P菐curariu, C, Laz菐u, I, Ecsedi, Z, Lazau, R, Barvinschi, P, M菐rginean, G (2007) New synthesis methods of MgAl2O4 spinel. J. Eur. Ceram. Soc.. pp. 707-710 14. Palmour, H. III and Dokuzoguz, H.Z., US Patent 3544266, 1970. 15. Lawal, O, Dussert, B, Howarth, C, Platzer, K, Sasges, M, Muller, J, Whitby, E, Stowe, R, Adam, V, Witham, D, Engel, S, Posy, P, Pol, A (2008) Proposed method for measurement of the output of monochromatic (254 nm) low pressure UV lamps. IUVA News 10: pp. 14-17
刊物类别:Engineering
刊物主题:Manufacturing, Machines and Tools Russian Library of Science
出版者:Allerton Press, Inc. distributed exclusively by Springer Science+Business Media LLC
ISSN:1934-8002
文摘
The decrease of the ultraviolet radiation of high-power low-pressure discharge amalgam lamps with a protective coating with a mixed composition based on spinels and oxides has been experimentally studied. It has been shown that these coatings exhibit fairly high protective properties at low pressures of the buffer gas mixture and provide useful lifetime of the lamps comparable to that of the best oxide coatings.