Search Results - "Flid, M. R."

problems of increase in the selectivity of ethylene oxychlorination processes: II. General patterns in the formation of chloroorganic byproducts in the ethylene oxychlorination Process by Flid, M. R.

“…We continue to consider some general patterns in the formation of chloroorganic byproducts during the process of ethylene oxychlorination in a fluidized…”
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Study of alkene epoxidation in the presence of extruded silicalite titanium by Sulimov, A. V., Ovcharova, A. V., Ovcharov, A. A., Flid, V. R., Leont’eva, S. V., Bruk, L. G., Pastukhova, Zh. Yu, Flid, M. R.

“…Main features of liquid-phase epoxidation of propylene, allyl chloride, and allyl alcohol by aqueous solution of hydrogen peroxide in the presence of extruded…”
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LOW-WASTE TECHNOLOGY OF GLYCIDOL PRODUCTION BY PEROXIDE METHOD by S. V. Leont'eva, M. R. Flid, M. A. Trushechkina, M. V. Babotina, V. R. Flid, A. V. Sulimov

“…A technological process of manufacturing glycidol designed for the production capacity of 10 thousand tons per year and consisting in the direct oxidation of…”
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The study of epoxidation of allyl chloride in methanol in the presence of extruded titanium containing silicalite by Sulimov, A. V., Danov, S. M., Ovcharova, A. V., Ovcharov, A. A., Flid, V. R., Leont’eva, S. V., Flid, M. R., Trushechkina, M. A.

“…The liquid-phase epoxidation of allyl chloride in methanol with aqueous solution of hydrogen peroxide was conducted in the presence of extruded titanium…”
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The Oxidative Chlorination of Hydrocarbons II: The Oxidative Chlorination of Propylene, 1,3-Butadiene, Acetylene, and Benzene by Flid, M. R.

“…The main patterns of oxidative chlorination (oxychlorination) with such unsaturated hydrocarbons as propylene, acetylene, 1,3-butadiene, and benzene are…”
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The Oxidative Chlorination of Hydrocarbons I: The Deacon Reaction. The Oxidative Chlorination of Saturated C1 and C2 Hydrocarbons by Flid, M. R.

“…The author considers the main patterns characteristic of the processes of hydrogen chloride oxidation (the Deacon reaction) and oxidative methane and ethane…”
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Problems of increase in the selectivity of ethylene oxychlorination processes: I. General patterns in the formation of carbon oxides in the ethylene oxychlorination process by Flid, M. R.

“…General patterns in the formation of carbon oxides (byproducts of deep oxidation) in the process of ethylene oxychlorination in a fluidized catalyst bed are…”
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Theoretical and Applied Aspects of Hydrodechlorination Processes—Catalysts and Technologies by M.R. Flid, L.M. Kartashov, Yu.A. Treger

“…The commercial implementation of hydrodechlorination processes will be an essential step in resolving the problem of environmentally sound organochlorine…”
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Vinyl chloride technology: Present and future by Flid, M. R.

“…The main lines of development in the technology of vinyl chloride in the midterm are considered. It is shown that the balanced process based on ethylene…”
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Catalysis in organochlorine synthesis by Treger, Yu. A., Flid, M. R.

“…The major scientific and technological aspects of some large-scale organochlorine synthesis processes operating in Russia are considered. An analysis of…”
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Exhaustive catalytic hydrodechlorination by Kartashov, L. M., Treger, Yu. A., Flid, M. R., Koblov, A. A., Kalyuzhnaya, T. L.

“…To develop technology for the utilization of waste from vinyl chloride production by the method of catalytic hydrodechlorination, the main aspects of kinetics…”
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Processing the wastes from the production of methyl chloride in the synthesis of olefins from natural gas by Kartashov, L. M., Rozanov, V. N., Treger, Yu. A., Flid, M. R., Kalyuzhnaya, T. L., Tkach, D. V.

“…The gas phase (200–400°C) catalytic hydrodechlorination (HDC) of the main waste components (CH 2 Cl 2 , CH 3 Cl, CCl 4 ) obtained in the production of methyl…”
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New trends in the development of methods for catalyst preparation for the processes of organochlorine synthesis by KURLYANDSKAYA, I. I, SOLOMONIK, I. G, GLAZUNOVA, E. D, TREGER, Yu. A, FLID, M. R

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Dependence of the lower concentration limit for the propagation of a flame of alkanes on their chemical structure by Korol'chenko, A. Ya, Bobkov, A. S., Flid, R. M.

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Vibrational spectra and structure of phosphine and phosphite complexes of palladium chloride and bromide by Kimel'fel'd, Ya. M., Smirnova, E. M., Pershikova, N. I., Kaliya, O. L., Temkin, O. N., Flid, R. M.

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Vibrational spectra and structure of the Pd[P(C6H5)3]2CHCl3 complex by Kimel'fel'd, Ya. M., Smirnova, E. M., Pershikova, N. I., Kaliya, O. L., Temkin, O. M., Flid, R. M.

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Oxidative coupling of chloroform with tetrakis(triphenylphosphine)palladium by Kaliya, O. L., Temkin, O. N., Kirchenkova, G. S., Smirnova, E. M., Kimel'fel'd, Ya. M., Flid, R. M.

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