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Results: 1-11 |
Results: 11
CRACKING OF HYDROCARBONS ON ZEOLITE CATALYSTS - DENSITY-FUNCTIONAL AND HARTREE-FOCK CALCULATIONS ON THE MECHANISM OF THE BETA-SCISSION REACTION
Authors: FRASH MV KAZANSKY VB RIGBY AM VANSANTEN RA
Citation: Mv. Frash et al., CRACKING OF HYDROCARBONS ON ZEOLITE CATALYSTS - DENSITY-FUNCTIONAL AND HARTREE-FOCK CALCULATIONS ON THE MECHANISM OF THE BETA-SCISSION REACTION, JOURNAL OF PHYSICAL CHEMISTRY B, 102(12), 1998, pp. 2232-2238
A QUANTUM-CHEMICAL STUDY OF THE FORMATION MECHANISM AND NATURE OF TERT-BUTYL CARBENIUM IONS IN 100-PERCENT SULFURIC-ACID
Authors: ZHURKO DA FRASH MV KAZANSKY VB
Citation: Da. Zhurko et al., A QUANTUM-CHEMICAL STUDY OF THE FORMATION MECHANISM AND NATURE OF TERT-BUTYL CARBENIUM IONS IN 100-PERCENT SULFURIC-ACID, Catalysis letters, 55(1), 1998, pp. 7-14
DENSITY-FUNCTIONAL AND HARTREE-FOCK CALCULATIONS ON THE CYCLOPROPANE RING INTERMEDIATES INVOLVED IN THE ZEOLITE-CATALYZED SKELETAL ISOMERIZATION OF HYDROCARBONS AND IN THE CARBON-ISOTOPE SCRAMBLING IN 2-PROPYLCATION
Authors: FRASH MV KAZANSKY VB RIGBY AM VANSANTEN RA
Citation: Mv. Frash et al., DENSITY-FUNCTIONAL AND HARTREE-FOCK CALCULATIONS ON THE CYCLOPROPANE RING INTERMEDIATES INVOLVED IN THE ZEOLITE-CATALYZED SKELETAL ISOMERIZATION OF HYDROCARBONS AND IN THE CARBON-ISOTOPE SCRAMBLING IN 2-PROPYLCATION, JOURNAL OF PHYSICAL CHEMISTRY B, 101(27), 1997, pp. 5346-5351
QUANTUM-CHEMICAL JUSTIFICATION OF THE ZEOLITE ACID STRENGTH MEASUREMENT BY INFRARED-SPECTROSCOPY
Authors: FRASH MV MAKAROVA MA RIGBY AM
Citation: Mv. Frash et al., QUANTUM-CHEMICAL JUSTIFICATION OF THE ZEOLITE ACID STRENGTH MEASUREMENT BY INFRARED-SPECTROSCOPY, JOURNAL OF PHYSICAL CHEMISTRY B, 101(12), 1997, pp. 2116-2119
AB-INITIO CALCULATIONS ON THE MECHANISMS OF HYDROCARBON CONVERSION INZEOLITES - SKELETAL ISOMERIZATION AND OLEFIN CHEMISORPTION
Authors: RIGBY AM FRASH MV
Citation: Am. Rigby et Mv. Frash, AB-INITIO CALCULATIONS ON THE MECHANISMS OF HYDROCARBON CONVERSION INZEOLITES - SKELETAL ISOMERIZATION AND OLEFIN CHEMISORPTION, Journal of molecular catalysis. A, Chemical, 126(1), 1997, pp. 61-72
A QUANTUM-CHEMICAL STUDY OF HYDRIDE TRANSFER IN CATALYTIC TRANSFORMATIONS OF PARAFFINS ON ZEOLITES - PATHWAYS THROUGH ADSORBED NONCLASSICALCARBONIUM-IONS
Authors: KAZANSKY VB FRASH MV VANSANTEN RA
Citation: Vb. Kazansky et al., A QUANTUM-CHEMICAL STUDY OF HYDRIDE TRANSFER IN CATALYTIC TRANSFORMATIONS OF PARAFFINS ON ZEOLITES - PATHWAYS THROUGH ADSORBED NONCLASSICALCARBONIUM-IONS, Catalysis letters, 48(1-2), 1997, pp. 61-67
A QUANTUM-CHEMICAL STUDY OF HYDRIDE TRANSFER FROM ALKANES TO CARBENIUM CATIONS IN THE GAS-PHASE - A COMPARISON WITH LIQUID-ACID AND SOLID-ACID CATALYTIC-SYSTEMS
Authors: FRASH MV SOLKAN VN KAZANSKY VB
Citation: Mv. Frash et al., A QUANTUM-CHEMICAL STUDY OF HYDRIDE TRANSFER FROM ALKANES TO CARBENIUM CATIONS IN THE GAS-PHASE - A COMPARISON WITH LIQUID-ACID AND SOLID-ACID CATALYTIC-SYSTEMS, Journal of the Chemical Society. Faraday transactions, 93(4), 1997, pp. 515-520
COMPARATIVE QUANTUM-CHEMICAL STUDIES IN THE FRAMEWORK OF GAUSSIAN APPROXIMATIONS OF THE ACIDIC CHARACTERISTICS OF THE SIMPLEST ZEOLITE CLUSTERS AND OF THE SULFURIC-ACID MOLECULE
Authors: SENCHENYA IN ZHURKO DA FRASH MV
Citation: In. Senchenya et al., COMPARATIVE QUANTUM-CHEMICAL STUDIES IN THE FRAMEWORK OF GAUSSIAN APPROXIMATIONS OF THE ACIDIC CHARACTERISTICS OF THE SIMPLEST ZEOLITE CLUSTERS AND OF THE SULFURIC-ACID MOLECULE, Russian chemical bulletin, 45(7), 1996, pp. 1551-1557
QUANTUMCHEMICAL STUDY OF THE ISOBUTANE CRACKING ON ZEOLITES
Authors: KAZANSKY VB FRASH MV VANSANTEN RA
Citation: Vb. Kazansky et al., QUANTUMCHEMICAL STUDY OF THE ISOBUTANE CRACKING ON ZEOLITES, Applied catalysis. A, General, 146(1), 1996, pp. 225-247
A QUANTUM-CHEMICAL STUDY OF ADSORBED NONCLASSICAL CARBONIUM-IONS AS ACTIVE INTERMEDIATES IN CATALYTIC TRANSFORMATIONS OF PARAFFINS .2. PROTOLYTIC DEHYDROGENATION AND HYDROGEN-DEUTERIUM HETERO-ISOTOPE EXCHANGE OF PARAFFINS ON HIGH-SILICA ZEOLITES
Authors: KAZANSKY VB FRASH MV VANSANTEN RA
Citation: Vb. Kazansky et al., A QUANTUM-CHEMICAL STUDY OF ADSORBED NONCLASSICAL CARBONIUM-IONS AS ACTIVE INTERMEDIATES IN CATALYTIC TRANSFORMATIONS OF PARAFFINS .2. PROTOLYTIC DEHYDROGENATION AND HYDROGEN-DEUTERIUM HETERO-ISOTOPE EXCHANGE OF PARAFFINS ON HIGH-SILICA ZEOLITES, Catalysis letters, 28(2-4), 1994, pp. 211-222
QUANTUM-CHEMICAL SIMULATION OF METHANOL-ADSORPTION COMPLEXES WITH LEWIS-ACID SITES AT THE OXIDE SURFACES AND THE MECHANISM OF HETEROLYTIC DISSOCIATION OF METHANOL
Authors: SENCHENYA IN FRASH MV KAZANSKY VB
Citation: In. Senchenya et al., QUANTUM-CHEMICAL SIMULATION OF METHANOL-ADSORPTION COMPLEXES WITH LEWIS-ACID SITES AT THE OXIDE SURFACES AND THE MECHANISM OF HETEROLYTIC DISSOCIATION OF METHANOL, Kinetics and catalysis, 35(1), 1994, pp. 54-60
Risultati: 1-11 |