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Results: 1-25 | 26-28
Results: 1-25/28
MODELING OF 2-STAGE SELF-IGNITION OF LEAN METHANE-AIR MIXTURES
Authors: BASEVICH VY VEDENEEV VI ARUTYUNOV VS
Citation: Vy. Basevich et al., MODELING OF 2-STAGE SELF-IGNITION OF LEAN METHANE-AIR MIXTURES, Chemical physics reports, 17(4), 1998, pp. 713-728
OXIDATION OF METHANE-ETHANE MIXTURES INTO ALCOHOLS UNDER ENHANCED PRESSURES
Authors: ARUTYUNOV VS BASEVICH VY VEDENEEV VI PARFENOV YV SOKOLOV OV LEONOV VE
Citation: Vs. Arutyunov et al., OXIDATION OF METHANE-ETHANE MIXTURES INTO ALCOHOLS UNDER ENHANCED PRESSURES, Catalysis today, 42(3), 1998, pp. 241-245
OXIDATION OF METHANE-ETHANE MIXTURES TO ALCOHOLS AT ELEVATED PRESSURES
Authors: ARUTYUNOV VS BASEVICH VY VEDENEEV VI PARFENOV YV SOKOLOV OV LEONOV VE
Citation: Vs. Arutyunov et al., OXIDATION OF METHANE-ETHANE MIXTURES TO ALCOHOLS AT ELEVATED PRESSURES, Theoretical foundations of chemical engineering, 32(2), 1998, pp. 152-158
MODELING OF GAS-PHASE METHANE OXIDATION - A KINETIC LIMIT TO THE ETHANE AND ETHYLENE YIELDS IN OXIDATIVE METHANE CONDENSATION
Authors: VEDENEEV VI ARUTYUNOV VS BASEVICH VY
Citation: Vi. Vedeneev et al., MODELING OF GAS-PHASE METHANE OXIDATION - A KINETIC LIMIT TO THE ETHANE AND ETHYLENE YIELDS IN OXIDATIVE METHANE CONDENSATION, CHEMICAL PHYSICS REPORTS, 16(3), 1997, pp. 459-481
EXPERIMENTAL INVESTIGATION AND KINETIC MODELING OF THE NEGATIVE TEMPERATURE-COEFFICIENT OF THE REACTION-RATE IN RICH PROPANE-OXYGEN MIXTURES
Authors: VEDENEEV VI ROMANOVICH LB BASEVICH VY ARUTYUNOV VS SOKOLOV OV PARFENOV YV
Citation: Vi. Vedeneev et al., EXPERIMENTAL INVESTIGATION AND KINETIC MODELING OF THE NEGATIVE TEMPERATURE-COEFFICIENT OF THE REACTION-RATE IN RICH PROPANE-OXYGEN MIXTURES, Russian chemical bulletin, 46(12), 1997, pp. 2006-2010
CYCLIC OPERATION IN THE GAS-PHASE OXIDATION OF METHANE TO METHANOL
Authors: BASEVICH VY VEDENEEV VI ARUTYUNOV VS ROMANOVICH LB
Citation: Vy. Basevich et al., CYCLIC OPERATION IN THE GAS-PHASE OXIDATION OF METHANE TO METHANOL, Theoretical foundations of chemical engineering, 31(1), 1997, pp. 68-71
STUDY OF COOL-FLAME PHENOMENA DURING SELF-IGNITION OF METHANE-OXYGEN MIXTURES
Authors: SOKOLOV OV PARFENOV YV ARUTYUNOV VS BASEVICH VY VEDENEEV VI
Citation: Ov. Sokolov et al., STUDY OF COOL-FLAME PHENOMENA DURING SELF-IGNITION OF METHANE-OXYGEN MIXTURES, Russian chemical bulletin, 45(10), 1996, pp. 2316-2320
DEPENDENCE OF THE KINETICS OF GAS-PHASE METHANE OXIDATION AT HIGH-PRESSURES ON THE CONCENTRATION OF OXYGEN AND ON TEMPERATURE
Authors: ARUTYUNOV VS BASEVICH VY VEDENEEV VI PARFENOV YV SOKOLOV OV
Citation: Vs. Arutyunov et al., DEPENDENCE OF THE KINETICS OF GAS-PHASE METHANE OXIDATION AT HIGH-PRESSURES ON THE CONCENTRATION OF OXYGEN AND ON TEMPERATURE, Russian chemical bulletin, 45(1), 1996, pp. 45-48
DIRECT GAS-PHASE OXIDATION OF NATURAL-GAS TO METHANOL AND OTHER OXYGENATES AT HIGH-PRESSURES
Authors: ARUTYUNOV VS BASEVICH VY VEDENEEV VI
Citation: Vs. Arutyunov et al., DIRECT GAS-PHASE OXIDATION OF NATURAL-GAS TO METHANOL AND OTHER OXYGENATES AT HIGH-PRESSURES, Uspehi himii, 65(3), 1996, pp. 211-241
LATERAL AND AXIAL DIFFUSION IN THE GAS-PHASE OXIDATION OF METHANE TO METHANOL
Authors: BASEVICH VY VEDENEEV VI ARUTYUNOV VS
Citation: Vy. Basevich et al., LATERAL AND AXIAL DIFFUSION IN THE GAS-PHASE OXIDATION OF METHANE TO METHANOL, Theoretical foundations of chemical engineering, 30(6), 1996, pp. 579-584
STUDY OF PARTIAL OXIDATION OF HYDROCARBONS WITH REFERENCE TO THE PRODUCTION SYNTHESIS GAS
Authors: BASEVICH VY VEDENEEV VI ARUTYUNOV VS
Citation: Vy. Basevich et al., STUDY OF PARTIAL OXIDATION OF HYDROCARBONS WITH REFERENCE TO THE PRODUCTION SYNTHESIS GAS, Theoretical foundations of chemical engineering, 30(5), 1996, pp. 456-460
KINETIC MODELING OF DIRECT GAS-PHASE METHANE OXIDATION TO METHANOL ATHIGH-PRESSURES
Authors: ARUTYUNOV VS BASEVICH VY VEDENEEV VI ROMANOVICH LB
Citation: Vs. Arutyunov et al., KINETIC MODELING OF DIRECT GAS-PHASE METHANE OXIDATION TO METHANOL ATHIGH-PRESSURES, Kinetics and catalysis, 37(1), 1996, pp. 16-22
CONCERNING THE DEPENDENCE OF THE SELECTIVITY OF THE FORMATION OF ETHANE AND ETHYLENE ON THE DEGREE OF METHANE CONVERSION DURING ITS OXIDATIVE COUPLING
Authors: VEDENEEV VI ARUTYUNOV VS BASEVICH VY
Citation: Vi. Vedeneev et al., CONCERNING THE DEPENDENCE OF THE SELECTIVITY OF THE FORMATION OF ETHANE AND ETHYLENE ON THE DEGREE OF METHANE CONVERSION DURING ITS OXIDATIVE COUPLING, Russian chemical bulletin, 44(3), 1995, pp. 551-552
KINETIC LIMIT OF THE ETHANE AND ETHYLENE YIELD IN THE GAS-PHASE CONDENSATION OF METHANE
Authors: VEDENEEV VI ARUTYUNOV VS BASEVICH VY
Citation: Vi. Vedeneev et al., KINETIC LIMIT OF THE ETHANE AND ETHYLENE YIELD IN THE GAS-PHASE CONDENSATION OF METHANE, Russian chemical bulletin, 44(2), 1995, pp. 372-373
THE ROLE OF INITIATION IN OXIDATIVE COUPLING OF METHANE
Authors: VEDENEEV VI KRYLOV OV ARUTYUNOV VS BASEVICH VY GOLDENBERG MY BOIM MAT
Citation: Vi. Vedeneev et al., THE ROLE OF INITIATION IN OXIDATIVE COUPLING OF METHANE, Applied catalysis. A, General, 127(1-2), 1995, pp. 51-63
MODERN STATE OF DIRECT HIGH-PRESSURE PARTIAL OXIDATION OF NATURAL-GASTO METHANOL
Authors: ARUTYUNOV VS BASEVICH VY VEDENEEV VI
Citation: Vs. Arutyunov et al., MODERN STATE OF DIRECT HIGH-PRESSURE PARTIAL OXIDATION OF NATURAL-GASTO METHANOL, Industrial & engineering chemistry research, 34(12), 1995, pp. 4238-4243
EFFECT OF HYDROGEN, CARBON-MONOXIDE, AND NITROGEN ON PARTIAL OXIDATION OF METHANE
Authors: ARUTYUNOV VS VEDENEEV VI KLIMOVETSKAYA SY LEONOV VE PAVLII LV
Citation: Vs. Arutyunov et al., EFFECT OF HYDROGEN, CARBON-MONOXIDE, AND NITROGEN ON PARTIAL OXIDATION OF METHANE, Theoretical foundations of chemical engineering, 29(1), 1995, pp. 63-67
DISCOVERY OF THE NEGATIVE TEMPERATURE-COEFFICIENT IN THE REACTION OF METHANE OXIDATION
Authors: ARUTYUNOV VS BASEVICH VY VEDENEEV VI SOKOLOV OV
Citation: Vs. Arutyunov et al., DISCOVERY OF THE NEGATIVE TEMPERATURE-COEFFICIENT IN THE REACTION OF METHANE OXIDATION, Kinetics and catalysis, 36(4), 1995, pp. 458-459
OBSERVATION OF COOL-FLAME PHENOMENA DURING SELF-IGNITION OF METHANE-OXYGEN MIXTURES
Authors: SOKOLOV OV ARUTYUNOV VS BASEVICH VY VEDENEEV VI
Citation: Ov. Sokolov et al., OBSERVATION OF COOL-FLAME PHENOMENA DURING SELF-IGNITION OF METHANE-OXYGEN MIXTURES, Kinetics and catalysis, 36(2), 1995, pp. 290-291
ROLE OF PRESSURE IN HOMOGENEOUS AND OR CATALYTIC-OXIDATION OF METHANE/
Authors: VEDENEEV VI ARUTYUNOV VS BASEVICH VY GOLDENBERG MY TEITELBOIM MA KRYMOV NY
Citation: Vi. Vedeneev et al., ROLE OF PRESSURE IN HOMOGENEOUS AND OR CATALYTIC-OXIDATION OF METHANE/, Catalysis today, 21(2-3), 1994, pp. 527-532
MODELING THE LAMINAR FLAMES OF HYDROGEN-S ULFIDE AND CARBON-DISULFIDE
Authors: BASEVICH VY VEDENEEV VI ARUTYUNOV VS
Citation: Vy. Basevich et al., MODELING THE LAMINAR FLAMES OF HYDROGEN-S ULFIDE AND CARBON-DISULFIDE, Himiceskaa fizika, 13(8-9), 1994, pp. 137-145
THEORETICAL-STUDY OF COLD-FLAME PHENOMENA DUE TO SELF-COMBUSTION OF METHANE OXYGEN MIXTURES
Authors: BASEVICH VY VEDENEEV VI ARUTYUNOV VS
Citation: Vy. Basevich et al., THEORETICAL-STUDY OF COLD-FLAME PHENOMENA DUE TO SELF-COMBUSTION OF METHANE OXYGEN MIXTURES, Himiceskaa fizika, 13(8-9), 1994, pp. 157-163
RATE CONSTANTS OF GAS-PHASE REACTIONS WIT H PARTICIPATION OF SULFUR AND SULFUR-CONTAINING RADICALS AND MOLECULES IN S-H-O-C SYSTEM
Authors: CHERNYSHEVA AV ARUTYUNOV VS BASEVICH VY VEDENEEV VI
Citation: Av. Chernysheva et al., RATE CONSTANTS OF GAS-PHASE REACTIONS WIT H PARTICIPATION OF SULFUR AND SULFUR-CONTAINING RADICALS AND MOLECULES IN S-H-O-C SYSTEM, Himiceskaa fizika, 13(12), 1994, pp. 71-85
MODELING THE SELF-IGNITION OF METHANE - AIR MIXTURES IN INTERNAL-COMBUSTION ENGINES
Authors: BASEVICH VY VEDENEEV VI ARUTYUNOV VS
Citation: Vy. Basevich et al., MODELING THE SELF-IGNITION OF METHANE - AIR MIXTURES IN INTERNAL-COMBUSTION ENGINES, Combustion, explosion, and shock waves, 30(2), 1994, pp. 140-146
THE KINETICS OF SULFUR-DIOXIDE REDUCTION .8. INTERACTION OF SULFUR-DIOXIDE WITH HYDROGEN-SULFIDE (CLAUS REACTION)
Authors: ARUTYUNOV VS SOKOLOV OV
Citation: Vs. Arutyunov et Ov. Sokolov, THE KINETICS OF SULFUR-DIOXIDE REDUCTION .8. INTERACTION OF SULFUR-DIOXIDE WITH HYDROGEN-SULFIDE (CLAUS REACTION), Kinetics and catalysis, 34(6), 1993, pp. 870-870
Risultati: 1-25 | 26-28