2014, № 9 (170)

1. Numerical simulation of spall fracture of metals / B.L. Glushak, I.R. Trunin, S.A. Novikov [et al.] ; edited by A.B. Dubinova // Fractals in Applied Physics. — Arzamas-16: VNIIEF, 1995. — P. 59–122. — ISBN 5-85165-064-8.

2. Zhurkov, S.N. Dilatons mechanism of the strength of solids. Prince. Physics of Strength and Plasticity / S.N. Zhurkov. — Leningrad: Nauka, 1986. — P. 5–10.

3. Zhurkov, S.N. Physical basis of the strength / S.N. Zhurkov. — М.: Znanie, 1973. — P. 177–195.

4. Kanygina, O.N. The physical aspects of thermal stability of the oxide ceramic / O.N. Kanygina. — Bishkek: KRSU, 2003. — 192 p.

5. Vettegren, V.I. Physical basis of the kinetics of degradation of materials / V.I. Vettegren, S.O. Lazarev, V.A. Petrov. — L. — 1989. — 246 p.

6. Anisina, I.N. Synthesis of siliceous ceramics. The analysis of physical and chemical processes in the production of ceramics from montmorillonite clay / I.N. Anisina, A.G. Chetverikova, O.N. Kanygina. — LAP LAMBERT Academic Publishing, 2012. — 92 p. — ISBN 978-3-8454-2805-5.

7. Bakunov, V.S. The technology of ceramics from the point of synergy (review) / V.S. Bakunov, A.V. Belyakov // Glass and Ceramics, 2005. — № 3. — P. 10–13.

8. Belyakov, A.V. Preparation of transparent ceramics. Synergistic Approach (review) / A.V. Belyakov // Glass and Ceramics, 2009. — № 12. — P. 18–25.

9. Montmorillonite containing clay from Orenburzhye as the raw material for functional ceramics / Kanygina O.N. [et al.] // Vestnik OGU. — 2013. — № 10. — P. 354–356.

10. Strehlov, K.K. Structure and properties of refractories / K.K. Strelov. — M.: Metallurgia, 1972. — 216 p.

11. Pushkarev, O.I. Investigation of the surface strength and high hard crack stability of ceramic materials by micro indentation / O.I. Pushkarev // Refractory and Technical Ceramics, 2002. — № 10. — P. 18–21.

12. Krasulin, J.L. The structure and fracture of materials from powders of refractory compounds / Y.L. Krasulin, S.M. Barinov, V.S. Ivanov. — M.: Nauka, 1985. — 254 p.

13. Kotlyar, T.A. The influence of silicon carbide on the thermo-physical and mechanical properties of siliceous ceramics: syn. dis.... candidate f.-m. sciences: 01.04.14 / Tatiana Kotlyar. — Bishkek, 2000. — 21 p.

14. Kanygina, O.N. Thermal activation of thermal processes of structural change in ceramics: sen. dis.... dr. f.-m. sciences: 01.04.14 / Olga Kanygina. — Bishkek, 2005. — 45 p.

15. Kanygina, O.N. The influence of the content and types of silicon carbide on the structure and defects of siliceous ceramic / O.N. Kanygina, T.A. Kotlyar // Defectoscopia. — RAN. — 2005. — № 8. — P. 93–98.

16. Babushkin, V.I. Thermodynamics of silicates / V.I. Babushkin, G.M. Matveev, O.P. Mchedlov-Petrosyan ; ed. O.P. Mchedlov-Petrosyan. — М.:Stroyizdat, 1972. — 351 p.

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