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Results: 1-19 |
Results: 19
THE EFFECT OF SODIUM ON THE PD-CATALYZED REDUCTION OF NO BY METHANE
Authors: YENTEKAKIS IV LAMBERT RM KONSOLAKIS M KIOUSIS V
Citation: Iv. Yentekakis et al., THE EFFECT OF SODIUM ON THE PD-CATALYZED REDUCTION OF NO BY METHANE, Applied catalysis. B, Environmental, 18(3-4), 1998, pp. 293-305
PROMOTION BY SODIUM IN EMISSION CONTROL CATALYSIS - A KINETIC AND SPECTROSCOPIC STUDY OF THE PD-CATALYZED REDUCTION OF NO BY PROPENE
Authors: YENTEKAKIS IV LAMBERT RM TIKHOV MS KONSOLAKIS M KIOUSIS V
Citation: Iv. Yentekakis et al., PROMOTION BY SODIUM IN EMISSION CONTROL CATALYSIS - A KINETIC AND SPECTROSCOPIC STUDY OF THE PD-CATALYZED REDUCTION OF NO BY PROPENE, Journal of catalysis, 176(1), 1998, pp. 82-92
IN-SITU ELECTROCHEMICAL PROMOTION BY SODIUM OF THE PLATINUM-CATALYZEDREDUCTION OF NO BY PROPENE
Authors: YENTEKAKIS IV PALERMO A FILKIN NC TIKHOV MS LAMBERT RM
Citation: Iv. Yentekakis et al., IN-SITU ELECTROCHEMICAL PROMOTION BY SODIUM OF THE PLATINUM-CATALYZEDREDUCTION OF NO BY PROPENE, JOURNAL OF PHYSICAL CHEMISTRY B, 101(19), 1997, pp. 3759-3768
SUPPORT-INDUCED PROMOTIONAL EFFECTS ON THE ACTIVITY OF AUTOMOTIVE EXHAUST CATALYSTS - 1 - THE CASE OF OXIDATION OF LIGHT-HYDROCARBONS (C2H4)
Authors: PLIANGOS C YENTEKAKIS IV PAPADAKIS VG VAYENAS CG VERYKIOS XE
Citation: C. Pliangos et al., SUPPORT-INDUCED PROMOTIONAL EFFECTS ON THE ACTIVITY OF AUTOMOTIVE EXHAUST CATALYSTS - 1 - THE CASE OF OXIDATION OF LIGHT-HYDROCARBONS (C2H4), Applied catalysis. B, Environmental, 14(3-4), 1997, pp. 161-173
IMPROVEMENT OF AUTOMOTIVE EXHAUST CATALYSTS BY SUPPORT AND ELECTROCHEMICAL MODIFICATION INDUCED PROMOTIONAL EFFECTS
Authors: PAPADAKIS VG PLIANGOS CA YENTEKAKIS IV VERYKIOS XE VAYENAS CG
Citation: Vg. Papadakis et al., IMPROVEMENT OF AUTOMOTIVE EXHAUST CATALYSTS BY SUPPORT AND ELECTROCHEMICAL MODIFICATION INDUCED PROMOTIONAL EFFECTS, Nonlinear analysis, 30(4), 1997, pp. 2353-2361
IN-SITU CONTROLLED PROMOTION OF CATALYST SURFACES VIA NEMCA - THE EFFECT OF NA ON THE PT-CATALYZED NO REDUCTION BY H-2
Authors: MARINA OA YENTEKAKIS IV VAYENAS CG PALERMO A LAMBERT RM
Citation: Oa. Marina et al., IN-SITU CONTROLLED PROMOTION OF CATALYST SURFACES VIA NEMCA - THE EFFECT OF NA ON THE PT-CATALYZED NO REDUCTION BY H-2, Journal of catalysis, 166(2), 1997, pp. 218-228
DEVELOPMENT OF HIGH-PERFORMANCE, PD-BASED, 3 WAY CATALYSTS
Authors: PAPADAKIS VG PLIANGOS CA YENTEKAKIS IV VERYKIOS XE VAYENAS CG
Citation: Vg. Papadakis et al., DEVELOPMENT OF HIGH-PERFORMANCE, PD-BASED, 3 WAY CATALYSTS, Catalysis today, 29(1-4), 1996, pp. 71-75
IN-SITU CONTROLLED PROMOTION OF CATALYST SURFACES - NON-FARADAIC ELECTROCHEMICAL MODIFICATION OF CATALYTIC ACTIVITY
Authors: NEOPHYTIDES SG BEBELIS S YENTEKAKIS IV JIANG Y PLIANGOS C KARAVASILIS C LADAS S VAYENAS CG
Citation: Sg. Neophytides et al., IN-SITU CONTROLLED PROMOTION OF CATALYST SURFACES - NON-FARADAIC ELECTROCHEMICAL MODIFICATION OF CATALYTIC ACTIVITY, Kinetics and catalysis, 37(5), 1996, pp. 666-675
ELECTROCHEMICAL PROMOTION BY NA OF THE PLATINUM-CATALYZED REACTION BETWEEN CO AND NO
Authors: PALERMO A LAMBERT RM HARKNESS IR YENTEKAKIS IV MARINA O VAYENAS CG
Citation: A. Palermo et al., ELECTROCHEMICAL PROMOTION BY NA OF THE PLATINUM-CATALYZED REACTION BETWEEN CO AND NO, Journal of catalysis, 161(1), 1996, pp. 471-479
ETHYLENE OXIDATION OVER PLATINUM - IN-SITU ELECTROCHEMICALLY CONTROLLED PROMOTION USING NA-BETA ALUMINA AND STUDIES WITH A PT(111) NA MODELCATALYST/
Authors: HARKNESS IR HARDACRE C LAMBERT RM YENTEKAKIS IV VAYENAS CG
Citation: Ir. Harkness et al., ETHYLENE OXIDATION OVER PLATINUM - IN-SITU ELECTROCHEMICALLY CONTROLLED PROMOTION USING NA-BETA ALUMINA AND STUDIES WITH A PT(111) NA MODELCATALYST/, Journal of catalysis, 160(1), 1996, pp. 19-26
NON-FARADAIC ELECTROCHEMICAL MODIFICATION OF CATALYTIC ACTIVITY .9. ETHYLENE OXIDATION ON PT DEPOSITED ON TIO2
Authors: PLIANGOS C YENTEKAKIS IV LADAS S VAYENAS CG
Citation: C. Pliangos et al., NON-FARADAIC ELECTROCHEMICAL MODIFICATION OF CATALYTIC ACTIVITY .9. ETHYLENE OXIDATION ON PT DEPOSITED ON TIO2, Journal of catalysis, 159(1), 1996, pp. 189-203
NON-FARADAIC ELECTROCHEMICAL MODIFICATION OF CATALYTIC ACTIVITY .8. RH-CATALYZED C2H4 OXIDATION
Authors: PLIANGOS C YENTEKAKIS IV VERYKIOS XE VAYENAS CG
Citation: C. Pliangos et al., NON-FARADAIC ELECTROCHEMICAL MODIFICATION OF CATALYTIC ACTIVITY .8. RH-CATALYZED C2H4 OXIDATION, Journal of catalysis, 154(1), 1995, pp. 124-136
IN-SITU CONTROLLED PROMOTION OF CATALYST SURFACES VIA SOLID ELECTROLYTES - THE NEMCA EFFECT
Authors: VAYENAS CG YENTEKAKIS IV BEBELIS SI NEOPHYTIDES SG
Citation: Cg. Vayenas et al., IN-SITU CONTROLLED PROMOTION OF CATALYST SURFACES VIA SOLID ELECTROLYTES - THE NEMCA EFFECT, Berichte der Bunsengesellschaft fur Physikalische Chemie, 99(11), 1995, pp. 1393-1401
NON-FARADAIC ELECTROCHEMICAL MODIFICATION OF CATALYTIC ACTIVITY - SOLID ELECTROLYTES AS ACTIVE CATALYST SUPPORTS
Authors: VAYENAS CG BEBELIS S YENTEKAKIS IV KARAVASILIS C YI J
Citation: Cg. Vayenas et al., NON-FARADAIC ELECTROCHEMICAL MODIFICATION OF CATALYTIC ACTIVITY - SOLID ELECTROLYTES AS ACTIVE CATALYST SUPPORTS, Solid state ionics, 72, 1994, pp. 321-327
METHANE TO ETHYLENE WITH 85-PERCENT YIELD IN A GAS RECYCLE ELECTROCATALYTIC REACTOR-SEPARATOR
Authors: JIANG Y YENTEKAKIS IV VAYENAS CG
Citation: Y. Jiang et al., METHANE TO ETHYLENE WITH 85-PERCENT YIELD IN A GAS RECYCLE ELECTROCATALYTIC REACTOR-SEPARATOR, Science, 264(5165), 1994, pp. 1563-1566
IN-SITU CONTROLLED PROMOTION OF PT FOR CO OXIDATION VIA NEMCA USING CAF2, AS THE SOLID-ELECTROLYTE
Authors: YENTEKAKIS IV VAYENAS CG
Citation: Iv. Yentekakis et Cg. Vayenas, IN-SITU CONTROLLED PROMOTION OF PT FOR CO OXIDATION VIA NEMCA USING CAF2, AS THE SOLID-ELECTROLYTE, Journal of catalysis, 149(1), 1994, pp. 238-242
POTENTIAL-PROGRAMMED REDUCTION - A NEW TECHNIQUE FOR INVESTIGATING THE THERMODYNAMICS AND KINETICS OF CHEMISORPTION ON CATALYSTS SUPPORTED ON SOLID ELECTROLYTES
Authors: JIANG Y YENTEKAKIS IV VAYENAS CG
Citation: Y. Jiang et al., POTENTIAL-PROGRAMMED REDUCTION - A NEW TECHNIQUE FOR INVESTIGATING THE THERMODYNAMICS AND KINETICS OF CHEMISORPTION ON CATALYSTS SUPPORTED ON SOLID ELECTROLYTES, Journal of catalysis, 148(1), 1994, pp. 240-251
IN-SITU CONTROLLED PROMOTION OF CATALYST SURFACES VIA NEMCA - THE EFFECT OF NA ON THE PT-CATALYZED CO OXIDATION
Authors: YENTEKAKIS IV MOGGRIDGE G VAYENAS CG LAMBERT RM
Citation: Iv. Yentekakis et al., IN-SITU CONTROLLED PROMOTION OF CATALYST SURFACES VIA NEMCA - THE EFFECT OF NA ON THE PT-CATALYZED CO OXIDATION, Journal of catalysis, 146(1), 1994, pp. 292-305
ELECTROCHEMICAL PROMOTION IN CATALYSIS - NON-FARADAIC ELECTROCHEMICALMODIFICATION OF CATALYTIC ACTIVITY
Authors: VAYENAS CG LADAS S BEBELIS S YENTEKAKIS IV NEOPHYTIDES S YI J KARAVASILIS C PLIANGOS C
Citation: Cg. Vayenas et al., ELECTROCHEMICAL PROMOTION IN CATALYSIS - NON-FARADAIC ELECTROCHEMICALMODIFICATION OF CATALYTIC ACTIVITY, Electrochimica acta, 39(11-12), 1994, pp. 1849-1855
Risultati: 1-19 |