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Results: 1-18 |
Results: 18
Cu, Co, Ag-containing pillared clays as catalysts for the selective reduction of NOx by hydrocarbons in an excess of oxygen
Authors: Konin, GA Il'ichev, AN Matyshak, VA Khomenko, TI Korchak, VN Sadykov, VA Doronin, VP Bunina, RV Alikina, GM Kuznetsova, TG Paukshtis, EA Fenelonov, VB Zaikovskii, VI Ivanova, AS Beloshapkin, SA Rozovskii, AY Tretyakov, VF Ross, JRH Breen, JP
Citation: Ga. Konin et al., Cu, Co, Ag-containing pillared clays as catalysts for the selective reduction of NOx by hydrocarbons in an excess of oxygen, TOP CATAL, 16(1-4), 2001, pp. 193-197
Viktor Grigor'evich Berezkin (on his 70th birthday)
Authors: Kolbanovskii, YA Rozovskii, AY Tret'yakov, VF Oreshkin, IA Litmanovich, AD
Citation: Ya. Kolbanovskii et al., Viktor Grigor'evich Berezkin (on his 70th birthday), RUSS J PH C, 75(4), 2001, pp. 686-686
High-temperature oxidation of methane by supported lead oxide
Authors: Gorshkov, SV Kurkin, VI Slivinskii, EV Rozovskii, AY
Citation: Sv. Gorshkov et al., High-temperature oxidation of methane by supported lead oxide, KINET CATAL, 42(3), 2001, pp. 399-403
Supported CuO plus Ag/partially stabilized zirconia catalysts for the selective catalytic reduction of NOx under lean burn conditions - 1. Bulk and surface properties of the catalysts
Authors: Sadykov, VA Bunina, RV Alikina, GM Ivanova, AS Kochubei, DI Novgorodov, BN Paukshtis, EA Fenelonov, VB Zaikovskii, VI Kuznetsova, TG Beloshapkin, SA Kolomiichuk, VN Moroz, EM Matyshak, VA Konin, GA Rozovskii, AY Ross, JRH Breen, JP
Citation: Va. Sadykov et al., Supported CuO plus Ag/partially stabilized zirconia catalysts for the selective catalytic reduction of NOx under lean burn conditions - 1. Bulk and surface properties of the catalysts, J CATALYSIS, 200(1), 2001, pp. 117-130
Supported CuO plus Ag/partially stabilized zirconia catalysts for the selective catalytic reduction of NOx under lean burn conditions - 2. Catalytic properties
Authors: Sadykov, VA Bunina, RV Alikina, GM Ivanova, AS Kuznetsova, TG Beloshapkin, SA Matyshak, VA Konin, GA Rozovskii, AY Tretyakov, VF Burdeynaya, TN Davydova, MN Ross, JRH Breen, JP
Citation: Va. Sadykov et al., Supported CuO plus Ag/partially stabilized zirconia catalysts for the selective catalytic reduction of NOx under lean burn conditions - 2. Catalytic properties, J CATALYSIS, 200(1), 2001, pp. 131-139
New tendencies in the kinetics of heterogeneous catalytic reactions
Authors: Rozovskii, AY
Citation: Ay. Rozovskii, New tendencies in the kinetics of heterogeneous catalytic reactions, RUSS J PH C, 74, 2000, pp. S483-S490
Dynamics of admixture consumption from a gaseous flow in reaction with a solid reactant: An analytical solution to the problem
Authors: Kuz'michev, AN Rozovskii, AY Slivinskii, EV Vytnova, LA Gorshkov, SV
Citation: An. Kuz'Michev et al., Dynamics of admixture consumption from a gaseous flow in reaction with a solid reactant: An analytical solution to the problem, KINET CATAL, 41(4), 2000, pp. 527-530
Carbon dioxide hydrogenation to form methanol via a reverse-water-gas-shift reaction (the CAMERE process)
Authors: Joo, OS Jung, KD Moon, I Rozovskii, AY Lin, GI Han, SH Uhm, SJ
Citation: Os. Joo et al., Carbon dioxide hydrogenation to form methanol via a reverse-water-gas-shift reaction (the CAMERE process), IND ENG RES, 38(5), 1999, pp. 1808-1812
On the nature of factors determining reactivity of strongly bound surface species as intermediates in heterogeneous catalytic redox reactions
Authors: Sadykov, VA Rozovskii, AY Lunin, VY Lin, GI Alikina, GM Buchtiyarova, GA Zolotovskii, BP Beloshapkin, SA
Citation: Va. Sadykov et al., On the nature of factors determining reactivity of strongly bound surface species as intermediates in heterogeneous catalytic redox reactions, REACT KIN C, 66(2), 1999, pp. 337-341
Catalytic synthesis of methanol
Authors: Rozovskii, AY Lin, GI
Citation: Ay. Rozovskii et Gi. Lin, Catalytic synthesis of methanol, KINET CATAL, 40(6), 1999, pp. 773-794
The current state and future prospects of the main pathways of methane andsyngas processing
Authors: Rozovskii, AY
Citation: Ay. Rozovskii, The current state and future prospects of the main pathways of methane andsyngas processing, KINET CATAL, 40(3), 1999, pp. 322-333
The mechanism of methanol dehydrogenation with methyl formate formation and the methods of process selectivity control
Authors: Gorshkov, SV Lin, GI Rozovskii, AY
Citation: Sv. Gorshkov et al., The mechanism of methanol dehydrogenation with methyl formate formation and the methods of process selectivity control, KINET CATAL, 40(3), 1999, pp. 334-337
Surface species in the methyl formate-methanol-dimethyl ether-gamma-Al2O3 system studied by in situ IR spectroscopy
Authors: Matyshak, VA Khomenko, TI Lin, GI Zavalishin, IN Rozovskii, AY
Citation: Va. Matyshak et al., Surface species in the methyl formate-methanol-dimethyl ether-gamma-Al2O3 system studied by in situ IR spectroscopy, KINET CATAL, 40(2), 1999, pp. 269-274
Hydrogen diffusion through a Pd-Ru membrane in the course of methanol dehydrogenation to methyl formate on a copper-containing catalyst
Authors: Gorshkov, SV Lin, GI Rozovskii, AY Serov, YM Uhm, SJ
Citation: Sv. Gorshkov et al., Hydrogen diffusion through a Pd-Ru membrane in the course of methanol dehydrogenation to methyl formate on a copper-containing catalyst, KINET CATAL, 40(1), 1999, pp. 93-99
ESR detection of copper ion clusters in the Cu-Zn-Al oxide catalysts for methanol synthesis
Authors: Altynnikov, AA Anufrienko, VF Rozovskii, AY Lin, GI Lunina, EV Sadykov, VA
Citation: Aa. Altynnikov et al., ESR detection of copper ion clusters in the Cu-Zn-Al oxide catalysts for methanol synthesis, KINET CATAL, 40(1), 1999, pp. 117-120
Catalyst-substrate interaction and the effects of self-central and self-organization in catalysis
Authors: Rozovskii, AY
Citation: Ay. Rozovskii, Catalyst-substrate interaction and the effects of self-central and self-organization in catalysis, KINET CATAL, 39(6), 1998, pp. 758-763
Self-control effects in olefin hydroformylation
Authors: Slivinskii, EV Rozovskii, AY Korneeva, GA Kurkin, VI
Citation: Ev. Slivinskii et al., Self-control effects in olefin hydroformylation, KINET CATAL, 39(6), 1998, pp. 764-774
Mechanism and kinetics of methanol synthesis coupled with water-gas shift reaction.
Authors: Lin, GI Kotyaev, KP Rozovskii, AY
Citation: Gi. Lin et al., Mechanism and kinetics of methanol synthesis coupled with water-gas shift reaction., KINET CATAL, 39(6), 1998, pp. 798-802
Risultati: 1-18 |