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Results: 1-12 |
Results: 12
HYDROCARBON-AMMONIA MOLDING - A NEW TECHNOLOGY FOR PRODUCTION OF COMBUSTION CATALYSTS
Authors: ISMAGILOV ZR SHKRABINA RA KORYABKINA NA
Citation: Zr. Ismagilov et al., HYDROCARBON-AMMONIA MOLDING - A NEW TECHNOLOGY FOR PRODUCTION OF COMBUSTION CATALYSTS, The Korean journal of chemical engineering, 14(3), 1997, pp. 153-161
POROUS ALUMINA AS A SUPPORT FOR CATALYSTS AND MEMBRANES - PREPARATIONAND STUDY
Authors: ISMAGILOV ZR SHKRABINA RA KORYABKINA NA KIRCHANOV AA VERINGA H PEX P
Citation: Zr. Ismagilov et al., POROUS ALUMINA AS A SUPPORT FOR CATALYSTS AND MEMBRANES - PREPARATIONAND STUDY, Reaction kinetics and catalysis letters, 60(2), 1997, pp. 225-231
PREPARATION AND STUDY OF POROUS ALUMINA C ERAMICS AND SUPPORTED MEMBRANES
Authors: ISMAGILOV ZR SHKRABINA RA KORYABKINA NA ANDRIEVSKAYA IP RUDINA NA
Citation: Zr. Ismagilov et al., PREPARATION AND STUDY OF POROUS ALUMINA C ERAMICS AND SUPPORTED MEMBRANES, Zurnal fiziceskoj himii, 71(9), 1997, pp. 1560-1562
STUDY OF THE CATALYSTS OF FUEL COMBUSTION .17. EFFECT OF LANTHANUM AND CERIUM ON STRUCTURAL AND MECHANICAL-PROPERTIES OF ALUMINA
Authors: KORYABKINA NA SHKRABINA RA USHAKOV VA LAUSBERG M KEPTEIN F ISMAGILOV ZR
Citation: Na. Koryabkina et al., STUDY OF THE CATALYSTS OF FUEL COMBUSTION .17. EFFECT OF LANTHANUM AND CERIUM ON STRUCTURAL AND MECHANICAL-PROPERTIES OF ALUMINA, Kinetics and catalysis, 38(1), 1997, pp. 112-116
STUDY OF THE CATALYSTS FOR FUEL COMBUSTION REACTIONS .18. THERMAL-STABILITY OF A LA2O3-MGO-AL2O3 SYSTEM
Authors: USHAKOV VA SHKRABINA RA KORYABKINA NA ISMAGILOV ZR
Citation: Va. Ushakov et al., STUDY OF THE CATALYSTS FOR FUEL COMBUSTION REACTIONS .18. THERMAL-STABILITY OF A LA2O3-MGO-AL2O3 SYSTEM, Kinetics and catalysis, 38(1), 1997, pp. 117-123
SYNTHESIS OF A MECHANICALLY STRONG AND THERMALLY STABLE ALUMINA SUPPORT FOR CATALYSTS USED IN COMBUSTION PROCESSES
Authors: KORYABKINA NA SHKRABINA RA USHAKOV VA ISMAGILOV ZR
Citation: Na. Koryabkina et al., SYNTHESIS OF A MECHANICALLY STRONG AND THERMALLY STABLE ALUMINA SUPPORT FOR CATALYSTS USED IN COMBUSTION PROCESSES, Catalysis today, 29(1-4), 1996, pp. 427-431
CATALYTIC FUEL COMBUSTION, REACTIONS AND CATALYSTS .14. THERMAL-STABILITY OF THE LA2O3-AL2O3 SYSTEM
Authors: SHKRABINA RA KORYABKINA NA USHAKOV VA LAUSBERG M MOROZ EM ISMAGILOV ZR
Citation: Ra. Shkrabina et al., CATALYTIC FUEL COMBUSTION, REACTIONS AND CATALYSTS .14. THERMAL-STABILITY OF THE LA2O3-AL2O3 SYSTEM, Kinetics and catalysis, 37(1), 1996, pp. 109-116
INVESTIGATION OF THE CATALYSTS OF FUEL COMBUSTION .15. THERMAL-STABILITY OF THE CEO2-AL2O3 SYSTEM
Authors: KORYABKINA NA SHKRABINA RA USHAKOV VA MOROZ EM LANSBERG MF ISMAGILOV ZR
Citation: Na. Koryabkina et al., INVESTIGATION OF THE CATALYSTS OF FUEL COMBUSTION .15. THERMAL-STABILITY OF THE CEO2-AL2O3 SYSTEM, Kinetics and catalysis, 37(1), 1996, pp. 117-122
INVESTIGATION OF THE CATALYSTS OF FUEL COMBUSTION REACTIONS .16. THERMAL-STABILITY OF CU-CR LA2O3-AL2O3 AND CU-CR/CEO2-AL2O3 SYSTEMS/
Authors: USHAKOV VA KIRICHENKO OA SHKRABINA RA KORYABKINA NA LAUSBERG M MOROZ EM ISMAGILOV ZR
Citation: Va. Ushakov et al., INVESTIGATION OF THE CATALYSTS OF FUEL COMBUSTION REACTIONS .16. THERMAL-STABILITY OF CU-CR LA2O3-AL2O3 AND CU-CR/CEO2-AL2O3 SYSTEMS/, Kinetics and catalysis, 37(1), 1996, pp. 123-126
SYNTHESIS OF MECHANICALLY STRONG AND THERMALLY STABLE SPHERICAL ALUMINA CATALYST SUPPORTS FOR THE PROCESS OF METHANE DIMERIZATION IN A FLUIDIZED-BED
Authors: ISMAGILOV ZR SHKRABINA RA KORYABKINA NA KAPTEIJN F
Citation: Zr. Ismagilov et al., SYNTHESIS OF MECHANICALLY STRONG AND THERMALLY STABLE SPHERICAL ALUMINA CATALYST SUPPORTS FOR THE PROCESS OF METHANE DIMERIZATION IN A FLUIDIZED-BED, Catalysis today, 24(3), 1995, pp. 269-271
THE INVESTIGATION OF THE CATALYSTS OF FUEL COMBUSTION REACTIONS .13. THE STUDY OF AN ALUMINA MAGNESIA SYSTEM USING THE THERMAL-ANALYSIS METHOD
Authors: KORYABKINA NA LITVAK GS SHKRABINA RA ISMAGILOV ZR
Citation: Na. Koryabkina et al., THE INVESTIGATION OF THE CATALYSTS OF FUEL COMBUSTION REACTIONS .13. THE STUDY OF AN ALUMINA MAGNESIA SYSTEM USING THE THERMAL-ANALYSIS METHOD, Kinetics and catalysis, 34(5), 1993, pp. 820-821
STUDY OF REACTIONS AND CATALYSTS FOR FUEL COMBUSTION .11. EFFECT OF THE METHOD OF MODIFYING ALUMINUM-OXIDE ON THE FORMATION OF LOW-TEMPERATURE SOLID-SOLUTIONS IN ALUMINUM MAGNESIUM SYSTEMS
Authors: KORYABKINA NA ISMAGILOV ZR SHKRABINA RA MOROZ EM USHAKOV VA
Citation: Na. Koryabkina et al., STUDY OF REACTIONS AND CATALYSTS FOR FUEL COMBUSTION .11. EFFECT OF THE METHOD OF MODIFYING ALUMINUM-OXIDE ON THE FORMATION OF LOW-TEMPERATURE SOLID-SOLUTIONS IN ALUMINUM MAGNESIUM SYSTEMS, Kinetics and catalysis, 32(4), 1991, pp. 914-917
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