Sodium sulfate is a widely used clarifier in the technology of large-capacity glass production. The progress of the glass-making process and the quality of the glass largely depend on the quality and characteristics of the interaction of sulfate with a reducing agent, since under the influence of sulfate, redox conditions for glass-making and displacement of the Fe 2+ & harr; Fe 3+ . The reactions and stages of the action of sulfate in the charge and glass melt are considered.
Bezborodov M.A., Synthesis and structure of silicate glasses. Minsk: Science and Technology, 1968.450 p.
Yebsen-Marwedel G., Bach H., Baucke F.G.K., Brueckner R. Types of marriage in glass production / per. with him. L.R.Bayburt and others, ed. N.N. Rokhlina. Moscow: Stroyizdat, 1986.648 p.
Guloyan Yu. A. Physico-chemical foundations of glass technology: textbook. manual for higher. and Wednesday. specialist. study. institutions. Vladimir: Tranzit-IKS, 2008.736 p.
Pankova N. A. Mikhailenko N. Yu. Stroganova E. E. Modern problems of industrial glass production // Izbr. tr. prof. N. A. Pankova / comp .: N. Yu. Mikhailenko, E. E. Stroganova; ed. acad. P. D. Sarkisov. M .: RKhTU im. D.I.Mendeleeva, 2005.323 p.
Zavarina S.V., Polkan G.A., Veshkina A.A., Bukharina A.A. Influence of oxidizers and reducing agents on glass quality // Stekloprogress XXI: collection of scientific works. scientific. report Saratov: Privolzhsk. publishing house, 2005.S. 20-26.
Adamets E., Levitin L. Ya., Litvin V. I. et al. Rational approaches to the regulation of the redox characteristics of the charge for melting float glass // Glass and ceramics. 2011. N 9.S. 3-11.
Adamec J., Levitin LA, Litvin VI, et al. Rational approaches to regulating the redox properties of batch for float-glass production // Glass and Ceram. 2011. V. 68. N 9 - 10. P. 273 - 281.
Zorin Yu. A., Kutukov AS Sodium sulfate as an accelerator for melting borosilicate glass // Coll. tr. GIS. M., 1984. P. 98 - 102.
Mill NF, Minko NI, Onishchuk VI Efficiency of sulfate clarification of alkali-free glass type E // Glass and ceramics. 2003. N 4. P. 7 - 9.
Minko NI, Atkarskaya AB, Myagkaya AA, Tretyakov IV Stabilization of spectral characteristics and glass technology // Glass and ceramics. 2011. N
3.P. 18 - 21. Min'ko NI, Atkarskaya AB, Myagkaya AA, Tret'yakov IV Stabilizing the spectral properties and technologies of glass // Glass and Ceram. 2011. V. 68. N 3 - 4. P. 87 - 90.
Babinets I. D., Levitin L. Ya., Pankova N. A. Some features of the change in the gas content in the glass melt along the length of the bath furnaces of sheet glass // Physics and glass chemistry. 1978. T. 4. N 2. S. 10-11.
Lipin N.G., Orlova L.A., Pankova N.A. Evaluation of redox potentials of glass mixtures // Glass and ceramics. 1993. N 11-12 S.
12-13 Lipin NG, Orlova LA, Pankova NA Estimation of the redox potentials of glass batches // Glass and Ceram. 1993. V. 50. N 11 - 12. P. 464 - 466.
Korshunov AL Oxidation-reduction potential as one of the factors of glass quality control // Glass container. 2003. N 6. P. 10 - 11.
Pankova NA, Markov SI Processes of silicate formation in a humidified charge // Glass and ceramics. 1994. N 1. S. 2 - 4.
Pankova NA, Markov SI Silicate formation in the wet batch // Glass and Ceram. 1994. V. 51. N 1 - 2. P. 3 - 7.
Minko NI, Lavrov RV, Varavin VV Sodium hydroxide in glass technology // Stekloprogress XXI: collection of scientific works. scientific. report Saratov: Privolzhsk. publishing house, 2010. P. 130 - 135.
Pankova N. A., Mikhailenko N. Yu. Theory and practice of industrial glass making. M .: RKhTU im. D.I.Mendeleeva, 2000.102 p.
Semenov N.N., Smirnova A. Yu., Bezlyudnaya V.S. scientific. report Saratov: Privolzhsk. publishing house, 2007.S. 97 - 99.
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