E. L. Vikulina, E. E. Romashin, D. I. Fedorov, I. K. Kukushkin, A. M. Pyzhov, P. P. Purygin
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References
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| 1. |
“Azides organic”, Chemical Encyclopedia, v. 1, Izd-vo “Sovetskaia entsiklopediia”, M., 1998, 74 (in Russian)  |
| 2. |
Method of disposal of liquid wastes containing metal azides and hydrazoic acid, Patent 2194320 Russian Federation. Application 2000129795/06; applied 28.11.2000, published 10.12.2002 (in Russian) |
| 3. |
Method of decomposition of alkali metal azide, AS 981209 USSR. Application 2995687; applied 20.10.1980. Published 15.12.1982 (in Russian) |
| 4. |
Method of liquid waste disposal, containing hydrazoic acid, Patent 2123211 Russian Federation. Application 96124048/25; applied 17.09.1997; published 27.07.1999 (in Russian) |
| 5. |
Method of disposal of liquid wastes containing metal azides and hydrazoic acid, application 2000129795 Russian Federation; applied 28.11.2000; published 10.11.2002 (in Russian) |
| 6. |
V. A. Proskuryakov et al., Waste water treatment in the chemical industry, Khimiia, L., 1977, 210–211 (in Russian) |
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Sobolev I. A., Khomchik L. M., Decontamination of radioactive wastes on a centralized locations, Energoatomizdat, M., 1983, 59–63 (in Russian) |
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B. Ya. Zilberman et al., Study of the processess of oxidation of hydrazoic acid with respect to the treatment process of SNF, Report LPI RAS, inventory number 11647t., St. Petersburg, 1995 (in Russian) |
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Bagal L. I., Chemistry and technology of initiating explosives, Mashinostroenie, M., 1975, 456 pp. (in Russian) |
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Dehn Frederick C., Patent U. S. kl. 299-4, E 21. B 43/28. № 3768865 |
| 11. |
Kukushkin I. K., Kosolapov V. T., Zlobin V. A., “Effect of cation salt of hydrazoic acid and the type of solvent on the reaction rate of azidation”, News of Higher Educational Institutions: Chemistry and Chemical Engineering, XVIII:7 (1975), 1043–1047 (in Russian) |
