Kinetics of structural relaxation in borosilicate melts

Cand. chem. Sciences ND Vatolina ¹ ( e-mail: ND This email address is being protected from spambots. You need JavaScript enabled to view it. ), Cand. chem. Sciences N. Yu. Dobrynina ² ( e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it. ), Dr. Sciences A. N. VATOLIN ¹ ; ¹ FGAOU VO & # 171; Ural Federal University named after the First President of Russia B. N. Yeltsin & # 187; (UrFU) (Russia, Yekaterinburg)
² FGBOU VO Ural Institute of State Fire Service EMERCOM of Russia (Russia, Yekaterinburg)

Shultz M. M., Mazurin O. V. Modern concepts of the structure of glasses and their properties. L .: Nauka, 1988, 198 p. Vatolin N.A., Pastukhov E.A. Diffraction studies of the structure of high-temperature melts. Moscow: Nauka, 1980.189 p. Lepinskikh B.M., Esin O.A., Musikhin V.I. M.? L .: AN SSSR, 1960.S. 125? 127. Timoshenko IV, Borisov AF Application of the EMF method for studying the structure of industrial glass // Glass-like state. L., 1970.S. 242? 246. Anfilogov VN, Bykov VN Silicate melts. Structure, thermodynamics, physical properties. Miass: Imin UB RAS, 1998.160 p. Nemilov S.V. Viscosity of borate glass-forming melts: features of the BO4 tetrahedron as a kinetic unit // Glass Physics and Chemistry. 1997. T. 23.? 1.S. 3? 42. Malkin VI On the dependence of the relative mobility of cations on the ratio of their coordination numbers in three-component silicate melts // ZhFKh. 1961.Vol. 35.P. ??336? 341. Appen AA On the state and properties of boric anhydride in silicate glasses // ZhFKh. 1953. T. 26.? 6.S. 569? 578. Mazurin OV Glass transition. L., 1986.158 p. Ostrovsky O.I., Grigoryan V.A., Vishkarev A.F. Properties of metallic melts. Moscow: Metallurgy, 1988.304 p. Novikov, V.K., Development of a polymer model of silicate melts, Rasplavy, no. 1987. T. 1.? 6.S. 21? 33. Moynihan K., Macedo P., Saad N. et al. Glass transition kinetics // Glass Physics and Chemistry. 1975. T. 1.? 5.S. 420? 426.