Glass-ceramics in the former Soviet Union: A review on industry-oriented developments

Industrial Ceramics

Volumn 23, Issue 2, 2003, Pages 101-116

  Tulyaganov, D U ^a,b   Agathopoulos, S ^b   Kharton, V V ^b,c   Marques, F M B ^b  

^a MENDELEEV UNIVERSITY OF CHEMICAL TECHNOLOGY OF RUSSIA   (Russian Federation)

^b UNIVERSITY OF AVEIRO   (Portugal)

^c BELARUSIAN STATE UNIVERSITY   (Belarus)

Author keywords

[No Author keywords available]

Indexed keywords

CEMENTS; COMPOSITION; GLASS; INDUSTRIAL WASTES; MEDICAL APPLICATIONS; STEATITE; THERMAL EXPANSION;

CORDIERITE; PHYSICOCHEMICAL PROPERTIES; THERMO-MECHANICAL PROPERTIES;

GLASS CERAMICS;

EID: 0142180067     PISSN: 11217588     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (97)

1. M. Reaumur, Memoires de l'Academie des Sciences, Paris, 1739, p.370.
2. N.M. Pavlushkin, The Glass-Ceramic Technology, Stroiizdat, Moscow, 1979.
3. W. Vogel, Chemistry of Glass, The American Ceramic Society, Westerville, 1985.
4. H. Becker, German Patents 287394, 332578, 430387, 410351.
5. K.L. Woodard, Profiles in ceramics: S. Donald Stookey, Amer. Ceram. Bull. 3 (2000) 34-39.
6. Z. Strnad, Glass-Ceramic Materials, Stroiizdat, Moscow, 1988.
7. G.B. Rothenberg, Glass Technology. Recent Developments. Noyes Data Corp., Park Ridge, 1976.
8. R.H. Doremus, Glass Science, Wiley, New York, 1994.
9. D.U. Tulyaganov, M.J. Ribeiro, J.A. Labrincha, Development of glass-ceramic materials via sintering and crystallization of fine powder of calcium-magnezium aluminosilicate glass. Ceram. Int. 28 (2002) 515-520.
10. S. Agathopoulos, D.U. Tulyaganov, P.A. Marques, M.C. Ferro, M.H. Fernandes, R.N. Correia, The system fluorapatite-anorthite in biomedicine, Biomaterials, 24 (2003) 1317-1331.
11. 6. In: Ceramic Engineering and Science Proceedings, The American Ceramic Society, Westerville, 2000, vol.21, pp.447-454.
12. 2-based ceramic materials, J. Solid State Electrochem. 3 (1999) 61-81.
13. V.V. Kharton, A.A. Yaremchenko, E.N. Naumovich, Research on the electrochemistry of oxygen ion conductors in the former Soviet Union. II. Perovskite-related oxides, J. Solid State Electrochem. 3 (1999) 303-326.
14. 2-based oxides, J. Solid State Electrochem. 4 (2000) 243-266.
15. V.V. Kharton, E.N. Naumovich, A.A. Yaremchenko, F.M.B. Marques, Research on the electrochemistry of oxygen ion conductors in the former Soviet Union. IV. Bismuth oxide-based ceramics, J. Solid State Electrochem. 5 (2001) 160-187.
16. P.D. Sarkisov, The modern state of technology and application of glass-ceramics. In: Survey papers of the Xi International Congress on Glass, Leningrad, Nauka, 1989, pp.411-441.
17. S. Sholes, Glass-ceramics in USSR, Glass Industry III (I) (1974) 14-15.
18. S. Sholes, Glass-ceramics in USSR, Glass Industry III (2) (1974) 20-21.
19. S. Sholes, Glass-ceramics in USSR, Glass Industry III (3) (1974) 10-11.
20. K. T. Bondarev, A.G. Minakov, V.A. Minakov, R.I. Sas, T.E. Golius, M.I. Kosmin, V.S. Pagovik, A.V. Strekalov, Industrial mastering of sheet-shaped and pressed slagsital articles. In: Slagsitalls, Stroizdat, Moscow, 1970, pp. 116-120.
21. K.T. Bondarev, A.G. Minakov, V.A. Minakov, Synthesis of industrial compositions of slagsitalls. In: Slagsitalls, Stroizdat, Moscow, 1970, pp. 18-21.
22. N.M. Pavlushkin, V.S. Kozlovsky, P.D. Sarkisov, Viscosimetric investigation of slagsitall ceramization processes. In: Slagsitalls, Stroizdat, Moscow, 1970, pp54-67.
23. K.T. Bondarev, M.I. Kosmin, A.G. Minakov, N.M. Pavlushkin, A.V. Strekalov, The summaries of mastering and development perspectives for slagsitalls. In: Slagsitalls, Stroizdat, Moscow, 1970, pp.3-7.
24. A.V. Strekalov, A.G. Minakov, Production of white-sheeted slagsitall, Glass and Ceramics 1 (1975) 7-8.
25. V.A. Minakov, PhD. Thesis, Moscow Chemical Technological Institute, Moscow, 1967.
26. M.S. Aslanova, Development and mastering of the industrial technology for slagsitall articles, Glass and Ceramics 9 (1976) 6-7.
27. G.V. Basayants, V.A. Svetlichny, V.V. Demchul, V.A. Ryzhikov, Abrasive wear of glass-enamels and slag glass-ceramics used in heat power industry, Glass and Ceramics 6 (1983) 14-15.
28. V.A. Minakov, L.V. Tokareva, Study of the mechanism and crystallization kinetics of wollastonite sulfur- and fluorine-containing glasses. In: Nucleated crystallization of glasses, State Institute of Glass, Moscow, 1982, pp.67-72.
29. 3. In: Nucleated crystallization of glasses, State Institute of Glass, Moscow, 1982, pp.73-79.
30. B.F. Kislitzyn, R.I. Sas, Z.F. Korchagina, L.I. Lynnik, Sulfur-soda wastes for slag-sitall manufacture, Glass and Ceramics 7 (1981) 3-4.
31. I.A. Kogorod, A.B. Bykov, V.A. Serzhhantov, I.S. Lemberikman, V.G. Borisov, V.D. Fishman, Production of intricate shapes from thermoplastic slagsitall sheets, Glass and Ceramics 7 (1980) 3-4.
32. V.N. Pavlikov, V.G. Stratyev, The effect of phase transformations on powdered slag-glass sintering, Glass and Ceramics 10 (1984) 13-15.
33. A.A. Semin, P.D. Sarkisov, M.F. Galustyan, V.Yu. Goikhman, Development of new slagsitall compositions, Glass and Ceramics 8 (1989) 14-15.
34. N.M. Pavlushkin, P.D. Sarkisov, N.Yu. Mikhailenko, Phase transformations in copper-containing glass, Glass and Ceramics 1 (1983) 12-14.
35. Yu.M. Kostynin, L.A. Zhunina, S.E. Barantseva, L.G. Dashchinsky, T.I. Tomchina, O.S. Babyshkin, Developing of sitall formation conditions for slag-containing glass based on magnesia blast-furnace slag, Glass and Ceramics 8 (1975) 16-19.
36. B.F. Kislitzyn, M.F. Cholovsky, R.I. Sas, L.I. Lynnik, A.V. Yakovlev, The use of electric furnace slag for production of slagsiall, Glass and Ceramics 3 (1982) 8-9.
37. L.A. Zhunina, M.I. Kuzmenkov, V.N. Yaglov, Pyroxene Glass-Ceramics, Universitetskoe, Minsk, 1974.
38. B.Kh. Khan, I.A. Kravchenko, Zh.D. Bogatyreva, V.Ya. Khorunzhy, Crystallization properties of ferro-nickel slag-based glasses, Glass and Ceramics 2 (1985) 4-6.
39. N.I. Min'ko, V.A. Nevedomskii, V.V. Vagin, Crystallization of molded articles from silicomanganese slags, Glass and Ceramics 3 (1988) 5-7.
40. L.A. Zhunina, Yu.M. Kostynin, L.G. Dashchinsky, O.S. Babyshkin, T.I. Tomchina, S.E. Barantseva, Mechanism of controlled crystallization of slag-containing glasses of pyroxene composition. In: Nucleated crystallization of glasses, State Institute of Glass, Moscow, 1982, pp.100-106.
41. 3-MgO-CaO. In: Nucleated crystallization of glasses, State Institute of Glass, Moscow, 1982, pp. 127-131.
42. T.A. Abduvaliev, T.V. Iskhakov, B.O. Yesimov, B.O. Baidibekova, Glass-ceramics synthesis in wollastonite-apatite-celsian system, Glass and Ceramics 7 (1992) 9-11.
43. V.A. Karyakin, G.Yu. Turusheva, E.A. Nagornova, Glass-ceramic materials obtained on the basis of waste ashes of heat power stations, Glass and Ceramics 10 (1975) 34-35.
44. V.A. Karyakin, L.F. Gapeka, G.Yu. Turusheva, Synthesis of glass-ceramics on the basis of heat power-plant ashes and slags, Glass and Ceramics 6 (1980) 6-7.
45. Yu.D. Kruchinin, V.A. Karyakin, Formation of silicate and glass in the ashsitall batch, Glass and Ceramics 4 (1981) 5-6.
46. S.T. Suleimenov, A.A. Mirzakhodzhaev, S.Ye. Beckmakhanov, Ash resulting from burning of Ekibastuz coals as raw material for the production of glasses and ash glass-ceramics, Glass and Ceramics 3 (1984) 2-3.
47. N.P. Tyutyunnikov, R.I. Sas, L.G. Vasyutina, N.V. Chalaya, Fluorine-free slag glass-ceramics on the basis of thermal power plant wastes, Glass and Ceramics 4 (1989) 2.
48. N.M. Bobkova, State-of-the-art of research on glass-ceramics at the Kirov Belorussian Technological Institute. In: Nucleated Crystallization of Glasses, State Institute of Glass, Moscow, 1986, pp. 16-23.
49. L.A. Zhunina, Nucleated crystallization of glasses in pyroxene systems. In: Nucleated Crystallization of Glasses, State Institute of Glass, Moscow, 1982, pp. 12-21.
50. L.A. Zhunina, The ways of controlled mineralization in pyroxene systems. In: Glasses, Glass-Ceramics and Silicates, issue 9, Belarus Academy of Sciences, Minsk, 1979, pp. 65-69.
51. S.T. Suleimenov, M.Sh. Sharafiev, T.A. Abduvaliev, T.D. Nurbekov, I.I. Sorokina, Micro-immiscibility in glasses containing some crystallization nucleators. In: Immiscibility Phenomenon in Glasses. Leningrad, 1969, pp. 125-128.
52. R.Z. Tairov, D.U. Tulyaganov, A.A. Ismatov, Glass-ceramics in the system anorthite-diopside-apatite, Glass and Ceramics 3 (1991) 21-22.
53. K.S. Yaralova, S.S. Meloyan, M.K. Andreasyan, Tripolite- and limestone-based decorative sitall plates, Glass and Ceramics 3 (1981) 27-28.
54. A.V. Strekalov, O.A. Golozubov, N.V. Kislinko, State-of-the-art and prospects of the development of glass-finishing materials production, Glass and Ceramics 6 (1981) 3-4.
55. N.M. Pavlushkin, P.D. Sarkisov, L.A. Orlova, O.A. Tishchenko, New glass compositions for glass-ceramics, Glass and Ceramics 10 (1979) 2-4.
56. R.G. Melkonyan, A.A. Korsakov, Manufacture of glass-silicite and decorative monumental panels, Glass and Ceramics 10 (1982) 22.
57. I.D. Tykachinsky, The study of processes of nucleated crystallization of glasses. Development and application of glass-ceramics. In: Nucleated Crystallization of Glasses, State Institute of Glass, Moscow, 1982, pp. 3-12.
58. R.Ya. Khodakovskaya, State-of-the-art and prospects of research on glass-ceramics. In: Nucleated Crystallization of Glasses, State Institute of Glass, Moscow, 1986, pp. 11-15.
59. Yu.N. Kondrat'ev, Transparent media based on glass-ceramics. In: Nucleated Crystallization of Glasses, State Institute of Glass, Moscow, 1982, pp. 21-27.
60. G.H. Beall, Glass-ceramics: recent development and application. In: Ceramic Transitions, The American Ceramic Society, Westerville, 1993, vol. 30, pp. 241-266.
61. I.M. Tereshenko, N.M. Bobkova, G.E. Rachkovskaya, Some features of b-spodumene solid solution formation in the course of crystallization of lithium-alumosilicate glasses containing ZnO, Physics and Chemistry of Glasses 7 (1981) 570-574.
62. V.N. Dubovik, A.M. Raikhel, L.G. Ivchenko, O.A. Nepomnyashy, Enhancement of stability with respect to cracks in glass-ceramics, Glass and Ceramics 10 (1984) 15-16.
63. N.M. Bobkova, L.M. Silich, E.M. Kurpan, C.A. Gailevich, Glass-ceramic materials of high thermal-stress resistance. Glass and Ceramics 4 (1987) 16-17.
64. L.M. Silich, N.M. Bobkova, E.M. Kurpan, Study of aluminium titanate synthesis conditions, its structure and properties. In: Glasses, Glass-Ceramics and Silicates, issue 7, Belarus Academy of Sciences, Minsk, 1978, pp. 112-116.
65. R.Ya. Khodakovskaya, Glass-crystalline materials and coating with reaction-formed structure, Glass and Ceramics 6 (1989) 36-39.
66. V.L. Balkevich, Technical Ceramics, Stroiizdat, Moscow, 1984.
67. E.A. Takher, T.I. Fedoseeva, V.Yu. Kellerman, R.Ya. Popilsky, High-strength steatite ceramics with broad range of the sintering stage, Glass and Ceramics 2 (1974) 19-21.
68. E.A. Takher, R.Ya. Popilsky, V.Yu. Kellerman. A.G. Sokolnikoa, Dielectric steatite ceramics, Glass and Ceramics 10 (1975) 19-21.
69. E.A. Takher, E.P. Dain, T.I. Fedoseeva, L.I. Shvorneva, M.G. Lukoperova, Compactly sintering cordierite ceramics with an extended sintering range, Glass and Ceramics 10 (1976) 24-26.
70. E.A. Takher, R.Ya. Popilsky, E.D. Dain, M.G. Lukoperova, N.A. Kiryanova, A cordierite material with a range of the sintered state of 300°C, Glass and Ceramics 7 (1977) 23-25.
71. Z.G. Bezsmertnaya, A.A. Kishmishyan, New mechanically-workable glass-crystalline material, Glass and Ceramics 7 (1987) 13-14.
72. N.M. Bobkova, G.E. Rachkovskaya, A.G. Smolonskaya, A.I. Zinovich, Crystallization process and phase composition of glass-ceramic cements. In: Nucleated Crystallization of Glasses, State Institute of Glass, Moscow, 1986, pp.73-75.
73. M.D. Sheglova, V.A. Berkovsky, L.I. Lazutova, Low-fusible solder glass-ceramic materials. In: Nucleated Crystallization of Glasses, State Institute of Glass, Moscow, 1986, pp.71-73.
74. A.I. Kuznetsov, I.E. Solov'eva, G.V. Medvedeva, Glass-ceramics for soldering with aluminum alloys. In: Nucleated Crystallization of Glasses, State Institute of Glass, Moscow, 1986, pp.68-71.
75. J.V. Naidich, The wettability of solids by liquid metals, Progress Surf. Membrane Sci. 14 (1981) 353-484.
76. S.T. Suleimenov, A.P. Yuamankov, A.A. Mirzakhodzhaev, Glass-ceramics for medical application. In: Proc. XV Int. Congr. on Glass, Leningrad, 1989, 1989, Vol.4, pp.164-168.
77. S.T. Suleimenov, A.P.Yuamankov, A.A.Mirzakhodzhaev, Bioglass ceramic materials- a new direction in silicate technology. In: Proc. 11th USSR-India Symposium "Experimental Mineralogy", Chimkent, 1989, pp.111-113.
78. A.A. Sedunov, Glass-ceramics is perspective construction material for dental restoration, Stomatology 5 (1988) 55-57.
79. L.Ya. Berzinya, R.K. Shvinka, V.E. Shvinka, Yu.Ya. Eiduk, I.A. Dedumiete, Bioglass-ceramics. In: Inorganic Glasses, Coatings and Materials, Riga Polytechnic institute, Riga, 1985, pp.83-85.
80. L.Ya. Berzinya, U.Ya. Sedmalis, Bioglass-ceramics. In: Proc. All-Union Conference "Structure, Properties and Application Phosphate, Fluoride and Chalcogenide glasses", Riga Polytechnic Institute, Riga, 1990, p.85.
81. D.U. Tulyaganov, A.A. Ismatov, The system fluorapatite-anorthite, Inorg. Mater. 26 (1990) 886-888.
82. D.U. Tulyaganov, R.Ya. Khodakovskaya, Glass-ceramics on the basis of fluorapatite-anorthite and fluorapatite-diopside systems, Glass and Ceramics 5 (1991) 27-28.
83. N.P.Tyutyunnikov, Production of glass-crystalline materials on the basis of industrial wastes, Glass and Ceramics 6 (1993) 9-12.
84. N.I. Min'ko, A.V. Gubarev, V.A. Nevedomsky, Features and mechanism of melted silicomanganese-slag crystallization in the production of glass-crystallized materials, Glass and Ceramics 3 (1993) 2-5.
85. V.N. Appolonov, G.P. Kudrjavtseva, B.O. Esimov, The processes of fusion, liquation and crystallization of magnesial composition glass. In: Proc. XVI Int. Congress on Glass, Madrid, 1992, vol.5, pp.101-104.
86. 2O for synthesis of heat resistant coatings synthesis, Glass and Ceramics 5 (1993) 26-28.
87. D.U. Tulyaganov, A.A. Ismatov, Development and application of anorthite-diopside containing glass-ceramics, Ceram. Transact. 29 (1993) 221-224.
88. A.N. Kuleva, L.A. Orlova, O.N. Borisova, M.N. Guliukin, Glass-ceramics on the base of iron containing industrial wastes. In: Abstr. XVIII Int. Congress on Glass, San-Francisco, 1998, paper ICG 303-P02-013.
89. A.Gorokhovsky, V.Gorokhovsky, D.Mescheryakov, Glass-ceramic materials based on complex utilization of industrial wastes: structural features, Glastech. Ber. Glass Sci. Technol. 73 (2000) 374-377.
90. A.P. Zubekhin, E.A. Lazareva, N.P. Kapelyuzhnaya, Waste-based crystallized glass-matrix for heat-resistant coatings, Glass and Ceramics 10 (2001) 29-30.
91. A.V. Gorokhovsky, J.I. Escalante-Garsia, Inorganic wastes in manufacturing of glass and glass-ceramics: quartz-feldspar waste of ore refining, metallurgical slag, and limestone, J. Am. Ceram. Soc. 85 (2002) 285-287.
92. 2 system and formation of optical materials with variable refractive index there from. In: Proc. XVI Int. Congress on Glass, Madrid, 1992, vol.5, pp.177-182.
93. A.S. Krasnikov, A.I. Berezhnoi, M.D. Krasnikova, Effect of ions of different radii on the properties of lithium-aluminosilicate photosensitive glass-ceramics, Glass and Ceramics 14 (1998) 21-26.
94. N.M. Bobkova, S.E. Barantzeva, O.S. Zalygina, Wear-resistant glass-ceramic-based composites with different fillers, Glass and Ceramics 3 (1997) 14-15.
95. P.D. Sarkisov, N.Yu. Mikhailenko, V.M. Khalava, Biological activity of materials based on glass and glass-ceramics, Glass and Ceramics 9-10 (1993) 5-11.
96. P.D. Sarkisov, N.Yu. Mikhailenko, I.N. Shmeleva, Bioactive calcium phosphate coatings for medical implants. In: Abstr. XVIII Int. Congress on Glass. San-Francisco, 1998, paper ICG 192-P01-147.
97. D.U. Tulyaganov, Phase equilibrium in the fluorapatite-anorthite-diopside system, J. Am. Ceram. Soc. 83 (2000) 3141-3146.