The influence of the intensity of air cooling on the heat transfer through the electrofused AZS-bar of the side wall of the cooking basin has been investigated. The expediency of using air cooling during the entire furnace campaign is shown. Tab. 1, ill. 2, bibliography: 10 titles.
Cand. tech. Sciences V. Ya. Dzyuser; Ural State Technical University (Russia, Yekaterinburg)
Popov ON, Rybalkin PT, Sokolov VA, Ivanov SD Production and application of fused-cast refractories. - M .: Metallurgy, 1985 .-- 256 p.
Popov O.N., Fridkin R.Z., Mamedov Z.T. Evaluation of the efficiency of air cooling of glass-melting furnaces // Glass and ceramics. - 1983.-N2.-S.8-10.
Popov O.N., Fridkin R.Z., Mamedov Z.T. - 1983.-N5.-S.6-7.
Popov ON, Fridkin RZ Mathematical model and method for calculating the service of refractories in glass-melting furnaces // Glass and Ceramics. - 1972.-N8.-С.4-6.
Shlyakhovetskiy V.M. Investigation of the factors determining the effective operation of air-water evaporation cooling of glass-melting furnaces // Glass and ceramics. - 1966.-N7.-С.5-8.
Zeibots A.A. - 1974. - N 7. - P. 28 - 29.
Rafalovich IM Heat transfer in melts, solutions and lining of furnaces and apparatuses. - M .: Energiya, 1977 .-- 304 p.
Leont'ev V.A. scientific. tr. VNIIMT. - M .: Metallurgy, 1974.-N3.-P.87-95.
Dzyuzer V. Ya. Effective use of electrofused baddeleyite-corundum refractories in high-temperature glass-melting furnaces. Part 1 // Refractories and technical ceramics. - 2004.-N6.-S.45-50.
Dzyuzer V. Ya., Shvydkiy V. S. Design of energy efficient glass-melting furnaces. - M .: Teplotekhnik, 2009 .-- 340 p.
The article can be purchased
electronic!
PDF format
Not on sale
UDK 666.1.031
Article type:
Science for glass production
Make a request