Glassware forming (a review)

Dr. Tech. Sciences Yu. A. GULOYAN ( e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it. ); Scientific Research Institute of Glass (Russia, Gus-Khrustalny)

1. Reiner M. Rheology: trans. from English Moscow: Nauka, 1965.226 p. 2. Gul VE, Kuleznev VN Structure and mechanical properties of polymers. M .: Higher. shk., 1972.320 s. 3. Eigenson LS, Beloborodova TI, Borisov BI, Frolova EG Thermal foundations of glass molding. Moscow: Gos-stroyizdat, 1959.268 p. 4. Sanditov DS, Bartenev GM Physical properties of disordered structures. Novosibirsk: Nauka, 1982.259 p. 5. Braginsky KI On the theory of glass molding. Glass and ceramics. 1967.? 5.S. 16? 18. ? Braginskii KI Theory on glass forming // Glass and Ceram. 1967. V. 24. N 5. P. 241? 245.? 6. Guloyan Yu. A. Physical and chemical foundations of glass technology. Vladimir: Tranzit-X, 2008.736 p. 7. Guloyan Yu. A. Technology of glass and glassware. Vladimir: Tranzit-X, 2015.712 p. 8. Glass technology. Reference materials / ed. P. D. Sarkisov, V. E. Manevich, V. F. Solinov, K. Yu. Subbotina. M., 2012, 647 p. 9. Botvinkin OK, Avramenko EI, Golba TE, Okhotin MV Kinetics of glass hardening. Moscow: Gizlegprom, 1941. 88 p. 10. Bow J., Turner W. The visscosity and working properties of glass // Journal of the Sosiety of Glass Technology. Pt I. 1942. V. 26. N 117. P. 215? 240. Pt II. 1943. V. 27. N 121. P. 94? 112. 11. Guloyan Yu. A. Development properties of glasses and conditions for mechanized molding of glassware. M .: VNIIESM, 1975.80 p. 12. Ubbelode AR Molten state of matter: trans. from English Moscow: Metallurgiya, 1982.375 p. 13. Guloyan Yu. A. Structural and technological features of glass melts. Glass and ceramics. 2012.? 8.S. 3? 13. ? Guloyan Yu. A. Structural and technological particulars of glass melts // Glass and Ceram. 2012. V. 69. N 7? 8.P. 249? 258.? 14. Borovikov IV Glass structure // DAN SSSR. 1951.Vol . 76.? 6.S. 867? 869. 15. Silvestrovich SI, Pavlushkin NM, Koshelkova VS, Mikhailenko N. Yu. The structure of the surface of industrial glassware // Glass and ceramics. 1970.? 12.S. 12? 16. [Sil? Vestrovish SI, Pavlushkin NM, Koshel? Kova VS, Mi-khailenko N. Yu. The surface structure of industrial glassware // Glass and Ceram. 1970. V. 27. N 12.P. 719? 722.] 16. Guloyan Yu. A. Glass hardening during molding. Glass and ceramics. 2004.? 11, p. 3? 7. ? Guloyan Yu. A. Solidification of glass in molding (a review) // Glass and Ceram. 2004. V. 61. N 11? 12.P. 357? 361.? 17. Demishev GK To the question of heterodynamics of silicate glasses. Glass. Tr. Institute of glass. T. 33.M., 1983.S. 13? 32. 18. Lyle A. Working characteristics of glasses // The Glass Industry. 1967. V. 48. No. 5. P. 36. 19. Pool J. Glass Workability // The Glass Industry. 1968. V. 47. N 3.P. 178? 181. 20. Andryukhina TD, Raevskaya EI, Sanina EI, Tarasova IL Working characteristics of industrial glass sheets // Glass and ceramics. 1976.? 10.S. 4? 7. ? Andryukhina TD, Raevskaya EI, Sanina EI, Tarasova IL Drawing characteristics of commercial sheet glass // Glass and Ceram. 1976. V. 33. N 10. P. 610? 613.? 21. Mill NF, Onishchuk VI, Kurnikov VA, Zhernovoy FE Operational assessment of the performance characteristics of container glasses // Glass and ceramics. 2001.? 10.S. 3? 5. ? Zhernovaya NF, Onishchuk VI, Kurnikov VA, Zherno-voi FE Rapid Evaluation of the Workability of Container Glass // Glass and Ceram. 2001. V. 58. N 9? 10.P. 329? 331.? 22. Gorshkov AV On the assessment of the relative speed of the glass-forming machine // Glass container. 2002.? 11, p. 4? 5. 23. Guloyan Yu. A. On the kinetics of interfacial interaction of glass and metal melts // Journal of Applied Chemistry (ZhPKh). 1977.Vol. 50.? 8.S. 1692? 1697. 24. Budov V. V., Egorova L. S. Glass microspheres. Application, properties, technology (review) // Glass and ceramics. 1993.? 7.S. 2? 5. ? Budov VV, Egorova LS Glass microbeads, application, properties, and technology (Review) // Glass and Ceram. 1993. V. 50. N 7. P. 275? 279.? 25. Budov V. V. Hollow glass microspheres. Application, technology properties (review) // Glass and ceramics. 1994. ? 7? 8, p. 7? 11. Budov VV Hollow glass microspheres. use, properties, and technology (Review) // Glass and Ceram. 1994. V. 51. N 7? 8.P. 230? 235.? 26. Eremeev VV, Guloyan Yu. A., Fedorova VA et al. Method and device for the formation of small glassware with a central hole // Production and research of glass and silicate materials: collection of articles. Issue 5. Yaroslavl, 1976. S. 117? 120.27 Pat. 4257799 USA. Int. Cl.C 03 B 3 / 04. Method for producing small hollow sphers / A. Rosencwaig, JC Koo, JL Dressler // Appl. 1981 N 61167; Filed 26.07.79; Publ. 24. 03. 81. 28. Medvedev EF Hydrogen permeability of silicate and borosilicate glasses: fundamentals of phenomenology, sol-gel synthesis and analysis of charge components. Sarov: FSUE? RFNC VNIIEF ?, 2009.354 p. 29. Boyko V.I. Controlled thermonuclear fusion and problems of inertial thermonuclear fusion // Soros educational journal. 1999.? 6.S. 97? 104. 30. Zyabitsky A. Theoretical foundations of fiber formation: trans. from English Moscow: Chemistry, 1979. 504 s. 31. Aslanova M.S., Kolesov Yu. I., Khazanov V.E. and other Glass fibers. Moscow: Chemistry, 1979.256 p. 32. Nikonorov NV, Sidorov AI Materials and technologies of fiber optics: special optical fibers. SPb., 130 p. 33. Mikhailenko N. Yu., Sarkisov PD, Mangutova LI Statistical assessment of the influence of mold temperature on the strength of glass containers // Glass and ceramics. 2007.? 2.S. 3? 7. ? Mikhailenko N. Yu., Sarkisov PD, Mangutova LI Statisti-cal evaluation of the effect of the mold temperature on the strength of glass containers // Glass and Ceram. 2007. V. 64. N 1? 2.P. 37? 41.? 34. Guloyan Yu. A. Operational reliability of glass and glass products // Glass and ceramics. 2008.? 6.S. 3? 12. ? Guloyan Yu. A. Serviceability of glass and glassware (review) // Glass and Ceram. 2008. V. 65. N 5? 6.P. 177? 186.?