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Results: 1-10 |
Results: 10
INFLUENCE OF CONDITIONS OF PLATINUM-VANADIUM-ALUMINA CATALYST PREPARATION ON THE ACTIVITY AND SELECTIVITY IN DEHYDROGENATION AND HYDROGENOLYSIS OF LOWER ALKANES
Authors: BARKOVA AP FURMAN DB
Citation: Ap. Barkova et Db. Furman, INFLUENCE OF CONDITIONS OF PLATINUM-VANADIUM-ALUMINA CATALYST PREPARATION ON THE ACTIVITY AND SELECTIVITY IN DEHYDROGENATION AND HYDROGENOLYSIS OF LOWER ALKANES, Kinetics and catalysis, 39(1), 1998, pp. 137-143
PROMOTING EFFECT OF IRON ON LOW-PERCENTAGE ALUMINA-RHENIUM AND ALUMINA-TECHNETIUM CATALYSTS FOR DEHYDROGENATION OF HIGHER PARAFFINS
Authors: FURMAN DB BARKOVA AP KAZANSKII VB
Citation: Db. Furman et al., PROMOTING EFFECT OF IRON ON LOW-PERCENTAGE ALUMINA-RHENIUM AND ALUMINA-TECHNETIUM CATALYSTS FOR DEHYDROGENATION OF HIGHER PARAFFINS, Kinetics and catalysis, 38(3), 1997, pp. 381-383
UNUSUAL INFLUENCE OF THE CONDITIONS OF THERMAL-TREATMENT ON THE EFFICIENCY OF PLATINUM-VANADIUM ALUMINA CATALYSTS FOR ALKANE DEHYDROGENATION/
Authors: FURMAN DB BARKOVA AP
Citation: Db. Furman et Ap. Barkova, UNUSUAL INFLUENCE OF THE CONDITIONS OF THERMAL-TREATMENT ON THE EFFICIENCY OF PLATINUM-VANADIUM ALUMINA CATALYSTS FOR ALKANE DEHYDROGENATION/, Kinetics and catalysis, 37(4), 1996, pp. 542-544
EFFICIENCY OF PT-FE AL2O3 CATALYSTS FOR ACTIVATION OF C-H BONDS IN PROPANE/
Authors: BARKOVA AP FURMAN DB KAZANSKY VB
Citation: Ap. Barkova et al., EFFICIENCY OF PT-FE AL2O3 CATALYSTS FOR ACTIVATION OF C-H BONDS IN PROPANE/, Kinetics and catalysis, 37(4), 1996, pp. 591-595
CONTROL OF THE EFFICIENCY OF LOW-PERCENTAGE PT-CU AL2O3 CATALYSTS IN THE ACTIVATION OF C-H AND C-C BONDS IN LIGHT ALKANES/
Authors: FURMAN DB BARKOVA AP
Citation: Db. Furman et Ap. Barkova, CONTROL OF THE EFFICIENCY OF LOW-PERCENTAGE PT-CU AL2O3 CATALYSTS IN THE ACTIVATION OF C-H AND C-C BONDS IN LIGHT ALKANES/, Kinetics and catalysis, 36(6), 1995, pp. 805-809
IR-SPECTROSCOPIC STUDY OF THE STATE OF CU AND PT IN COPPER-PLATINUM-ALUMINA CATALYSTS FOR PARAFFIN DEHYDROGENATION SUBJECTED TO DIFFERENT REDUCTIVE AND OXIDATIVE TREATMENTS
Authors: SOKOLOVA NA BARKOVA AP FURMAN DB BOROVKOV VY KAZANSKY VB
Citation: Na. Sokolova et al., IR-SPECTROSCOPIC STUDY OF THE STATE OF CU AND PT IN COPPER-PLATINUM-ALUMINA CATALYSTS FOR PARAFFIN DEHYDROGENATION SUBJECTED TO DIFFERENT REDUCTIVE AND OXIDATIVE TREATMENTS, Kinetics and catalysis, 36(3), 1995, pp. 434-440
THE INFLUENCE OF THE PREPARATION PROCEDURE AND THE THERMAL-TREATMENT CONDITIONS ON THE MODIFYING EFFECT OF CU IN ALUMINUM PLATINUM CATALYSTS OF N-DODECANE DEHYDROGENATION
Authors: FURMAN DB BARKOVA AP
Citation: Db. Furman et Ap. Barkova, THE INFLUENCE OF THE PREPARATION PROCEDURE AND THE THERMAL-TREATMENT CONDITIONS ON THE MODIFYING EFFECT OF CU IN ALUMINUM PLATINUM CATALYSTS OF N-DODECANE DEHYDROGENATION, Kinetics and catalysis, 35(6), 1994, pp. 857-860
INFLUENCE OF THE CU PT RATIO ON THE EFFICIENCY OF ALUMINUM PLATINUM COPPER-CATALYSTS IN THE N-DODECANE DEHYDROGENATION REACTION/
Authors: BARKOVA AP FURMAN DB
Citation: Ap. Barkova et Db. Furman, INFLUENCE OF THE CU PT RATIO ON THE EFFICIENCY OF ALUMINUM PLATINUM COPPER-CATALYSTS IN THE N-DODECANE DEHYDROGENATION REACTION/, Kinetics and catalysis, 35(6), 1994, pp. 861-864
IR-SPECTRAL STUDY OF THE METAL STATE IN LOW-PERCENTAGE ALUMINA-RHENIUM AND ALUMINA-TECHNETIUM CATALYSTS FOLLOWING HIGH-TEMPERATURE REDUCTIVE TREATMENT
Authors: BOROVKOV VY BARKOVA AP DOROKHINA TS ZAITSEV AV FURMAN DB BRAGIN OV KAZANSKII VB
Citation: Vy. Borovkov et al., IR-SPECTRAL STUDY OF THE METAL STATE IN LOW-PERCENTAGE ALUMINA-RHENIUM AND ALUMINA-TECHNETIUM CATALYSTS FOLLOWING HIGH-TEMPERATURE REDUCTIVE TREATMENT, Russian chemical bulletin, 42(4), 1993, pp. 624-627
ACTIVATION OF LOW-PERCENTAGE RE-AL2O3 AND TC-AL2O3 CATALYSTS FOR THE DEHYDROGENATION OF PARAFFINS
Authors: BARKOVA AP BRAGIN OV FURMAN DB
Citation: Ap. Barkova et al., ACTIVATION OF LOW-PERCENTAGE RE-AL2O3 AND TC-AL2O3 CATALYSTS FOR THE DEHYDROGENATION OF PARAFFINS, Russian chemical bulletin, 42(3), 1993, pp. 436-440
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