The effect of temperature and amount of molybdenum on the solubility of molybdenum dioxide in monopropylene.of study. IR and EPR spectroscopy study Cheno-state molybdenum compounds dissolved in propylene glycol solutions. Based on the study of kinetics of the mathematical model of the process of dissolution.
молибденовый ангидрид, монопропиленгликоль, растворение, молибденсодержащие пропиленгликолевые растворы, математическая модель растворения, состояние растворенного соединения молибдена в гликолевом растворе, методы ИК- и ЭПР-спектроскопии, molybdenum dioxide, monopropylene, dissolution, molibdencontaining propylene glycol solutions, the mathematical model of dissolution, the state of dissolved molybdenum in the glycol solution, the methods of IR and EPR spectroscopy
1. Kirpichnikov, P.A. Al'bom tehnologicheskih shem osnovnyh proizvodstv promyshlennosti sinteticheskogo kauchuka : uchebn. posobie dlya vuzov / P.A. Kirpichnikov, V.V. Beresnev, L.M. Popova. - vtoroe izd. pererab. - L. : Himiya, 1986. - 224 s.: il.
2. Karpenko, L. P. i dr. Sintez katalizatora epoksidirovaniya na osnove metallicheskogo molibdena. /L. P. Karpenko, B. R. Serebryakov, R. E. Galanternik, A. G. Konoval'chukov i V. G. Kocharov - ZhPH, 1975, №8 - s.1706-1709
3. Petuhova, L.A. i dr. Izuchenie rastvorimosti neorganicheskih kislorodsoderzhaschih soedineniy molibdena v glikolyah / L.A.Petuhova, N.R.Gil'mutdinov, H.E.Harlampidi, E.V.Kusk, R.M.Galimzyanov, I.M.Vasil'ev, I.I. Sibgatullin, A.A.Petuhov - VII Mezhdunarodnaya konferenciya po intensifikacii neftehimicheskih processov/“Neftehimiya-2005”. Materialy konferencii - Nizhnekamsk: 2005 - s.8-9.
4. Busev, A.I. Analiticheskaya himiya molibdena / A.I. Busev. M.: Izdatel'stvo Akademii nauk SSSR, 1962. -305s.
5. Garif'yanov N.S., Kucharenko N.S., Fedotov V.M. Issledovanie nekotoryh rastvorov pyativalentnogo molibdena metodom EPR. DAN SSSR, 1963, t.150, №4, S.802-804.
6. Petuhova L.A., Zenitova L.A., Petuhov A.A. Vliyanie temperatury prigotovleniya na katalizator glikolevogo tipa gidroperoksidnogo epoksidirovaniya olefinov i polucheniya glikoley // Vestnik Kazanskogo tehnologicheskogo universiteta, 2013, t.16, № 4, S.170-174.
7. Nakomoto K. IK-spektry nkeorganicheskih i koordinacionnyh soedineniy , M., Mir, 1968.
8. Haritonov Yu.Ya., Buslaev Yu.A., Kuznecova A.A. Zh. neorg. Himii, 11, 4, 821--826 (1966).
9. Marov I.N., Dubrov Yu.N., Belyaeva V.K., Ermakova A.N., Ryabchikova D.I. Issledovanie reakciy stupenchatogo kompleksoobrazovaniya metodom elektronnogo paramagnitnogo rezonansa. Zh. neorg. himii, 1960, t.11, vyp.11,S.2443-2445.
10. Vigdorchik, E.M. i dr. Matematicheskoe modelirovanie nepreryvnyh processov rastvoreniya / E.M.Vigdorchik, A.B.Sheynin.-L.: Himiya, 1971 - 248 s.
11. Medvedev R.B., Branovickaya S.V., Kolesnikova R.N. Chislennye metody resheniya inzhenernyh zadach himicheskoy tehnologii. Kievskiy politehnicheskiy institut, Kiev, 1976.
