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Information × Registration Number 0215U004361, 0112U007579 , R & D reports Title Catalytic systems based on hydroxyimides and transition metals for synthesis of oxygen-containing monomers by substrates oxidation with molecular oxygen popup.stage_title Head Opeyda Iosyp Olexijovych, Registration Date 11-03-2015 Organization The L.M.Litvinenko Institute of Physical Organic and Coal Chemistry popup.description2 Object of investigation is a catalysis of the N- hydroxyphthalimides and nanocatalysts on the basis of transition metals of the oxidation processes with molecular oxygen. Aim of investigation is research of kinetics, products of oxidation and finding out of mechanism of process of oxidation of alkylarenes in the presence of the N- hydroxyphthalimides and transition metals. Methods are gas volumometry, IR-, UV-spectroscopy, iodometric titration.Practical and theoretical results - the process of oxidation of cumene with molecular oxygen is investigated in the presence N- hydroxyimides of different structure. The mechanism of catalysis is found out. It is shown that the 4 - methyl-N- hydroxyphthalimide is the most effective catalyst. A sphere of the application - the catalytic systems on the basis of N- hydroxyphthalimides for oxidation processes. Product Description popup.authors Єфімова Ірина Владіславовна Зарєчная Ольга Михайлівна Касянчук Максим Григорович Кобзєв Сергій Петрович Компанець Михайло Олександрович Кущ Ольга Василівна Літвінов Юрій Євгенович Мітяшова Валентина Миколаївна Матвієнко Анатолій Григорович Новікова Катерина Василівна Опейда Любов Іванівна Панічкіна Валентина Олексіївна Плєхов Олексій Леонідович Помєщенко Олександр Іванович Сімонов Михайло Андрійович Сердюк Ганна Олександрівна Смірнова Ольга Володимірівна Тюріна Тетяна Григорівна popup.nrat_date 2020-04-02 Close
R & D report
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Head: Opeyda Iosyp Olexijovych. Catalytic systems based on hydroxyimides and transition metals for synthesis of oxygen-containing monomers by substrates oxidation with molecular oxygen. (popup.stage: ). The L.M.Litvinenko Institute of Physical Organic and Coal Chemistry. № 0215U004361
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Updated: 2026-01-25