A generalized analysis of the process of dissolution of solid particles in glass-forming melts is carried out. Data were obtained on the kinetics of dissolution of quartz grains, and the kinetic function was determined. The main directions of intensification of glass-making are considered.
Mikhailova-Bogdanskaya ZA, Pollyak VV Influence of chemical heterogeneity on the quality of industrial glass // Glass and ceramics. 1972. N
11.P. 15 - 18. Mikhailova-Bogdanskaya ZA, Pollyak VV Influence of chemical inhomogeneities upon the quality of industrial glass // Glass and Ceram. 1972 V. 29. P. 723 - 726.
Shelyubsky V. I. Control of homogeneity and constancy of glass composition. Moscow: Stroyizdat, 1990.198 p.
Ginsburg I.E., Konovalova L.D., Yurkov L.F. Uniformity of industrial glasses // Glass container. 2007. N 5. S. 4 - 7; No. 6. S. 4-7; N 7. S. 4-7; N 8. P. 10 - 15.
Guloyan Yu. A. Basic technological principles and glass melting // Glass and ceramics. 2012. N 5. P. 16 - 21.
Levich V.G. Physicochemical hydrodynamics. Moscow: Fizmatgiz, 1959.700 p.
Strenk F. Stirring and apparatus with stirrers: trans. from Polish Moscow: Chemistry, 1965.384 p.
Kasatkin A.G. Basic processes and apparatuses of chemical technology. Moscow: Goskhimizdat, 1973.750 p.
Vigdorchik EM, Sheinin AB Mathematical modeling of continuous dissolution processes. L .: Chemistry, 1971. 248 p.
Physicochemical Foundations of Optical Glass Production / ed. L. I. Demkina. L .: Chemistry, 1976.376 p.
The article can be purchased
electronic!
PDF format
700 руб
UDK 666.1.031:532.731
Article type:
Science for glass production
Make a request
