AAAAAA

   
Results: 1-25 | 26-32 |
Results: 26-32/32
SYNTHESIS, ISOLATION AND SPECTROSCOPIC CHARACTERIZATION OF TRIVANADIUM POLYOXOANION-SUPPORTED (C5H5)TI3- (BU4N)4[CPTI-CENTER-DOT-SIW9V3O40]AND (BU4N)6[CPTI-CENTER-DOT-P2W15V3O62]( )
Authors: RAPKO BM POHL M FINKE RG
Citation: Bm. Rapko et al., SYNTHESIS, ISOLATION AND SPECTROSCOPIC CHARACTERIZATION OF TRIVANADIUM POLYOXOANION-SUPPORTED (C5H5)TI3- (BU4N)4[CPTI-CENTER-DOT-SIW9V3O40]AND (BU4N)6[CPTI-CENTER-DOT-P2W15V3O62]( ), Inorganic chemistry, 33(17), 1994, pp. 3625-3634
NOVEL POLYOXOANION-STABILIZED AND BU(4)N(-STABILIZED, ISOLABLE, AND REDISSOLVABLE, 20-30-ANGSTROM IR-SIMILAR-TO(300)-(900) NANOCLUSTERS - THE KINETICALLY CONTROLLED SYNTHESIS, CHARACTERIZATION, AND MECHANISM OF FORMATION OF ORGANIC SOLVENT-SOLUBLE, REPRODUCIBLE SIZE, AND REPRODUCIBLE CATALYTIC ACTIVITY METAL NANOCLUSTERS())
Authors: LIN Y FINKE RG
Citation: Y. Lin et Rg. Finke, NOVEL POLYOXOANION-STABILIZED AND BU(4)N(-STABILIZED, ISOLABLE, AND REDISSOLVABLE, 20-30-ANGSTROM IR-SIMILAR-TO(300)-(900) NANOCLUSTERS - THE KINETICALLY CONTROLLED SYNTHESIS, CHARACTERIZATION, AND MECHANISM OF FORMATION OF ORGANIC SOLVENT-SOLUBLE, REPRODUCIBLE SIZE, AND REPRODUCIBLE CATALYTIC ACTIVITY METAL NANOCLUSTERS()), Journal of the American Chemical Society, 116(18), 1994, pp. 8335-8353
CHARACTERIZATION OF LARGE, POLYANIONIC INORGANIC MOLECULES - FAST-ATOM-BOMBARDMENT MASS-SPECTROMETRY OF P2W15NB3O62(9)- AND OF THE SUPPORTED ORGANOMETALLIC CATALYST PRECURSOR (1,5-COD)IR-CENTER-DOT P2W15NB3O62(8)-
Authors: TROVARELLI A FINKE RG
Citation: A. Trovarelli et Rg. Finke, CHARACTERIZATION OF LARGE, POLYANIONIC INORGANIC MOLECULES - FAST-ATOM-BOMBARDMENT MASS-SPECTROMETRY OF P2W15NB3O62(9)- AND OF THE SUPPORTED ORGANOMETALLIC CATALYST PRECURSOR (1,5-COD)IR-CENTER-DOT P2W15NB3O62(8)-, Inorganic chemistry, 32(26), 1993, pp. 6034-6039
POLYOXOANIONS AS SOLUBLE METAL-OXIDE ANALOGS - SYNTHESIS AND CHARACTERIZATION OF THE POLYOXOANION-SUPPORTED IRIDIUM(I) COMPLEX (1,5-COD)IR-CENTER-DOT-SIW9NB3O406-
Authors: LIN Y NOMIYA K FINKE RG
Citation: Y. Lin et al., POLYOXOANIONS AS SOLUBLE METAL-OXIDE ANALOGS - SYNTHESIS AND CHARACTERIZATION OF THE POLYOXOANION-SUPPORTED IRIDIUM(I) COMPLEX (1,5-COD)IR-CENTER-DOT-SIW9NB3O406-, Inorganic chemistry, 32(26), 1993, pp. 6040-6045
POLYOXOANIONS DERIVED FROM A-BETA-SIW9O(34)10- - SYNTHESIS, SINGLE-CRYSTAL STRUCTURAL DETERMINATION, AND SOLUTION STRUCTURAL CHARACTERIZATION BY 183W NMR AND IR OF A-BETA-SI2W18TI6O(77)14-
Authors: LIN Y WEAKLEY TJR RAPKO B FINKE RG
Citation: Y. Lin et al., POLYOXOANIONS DERIVED FROM A-BETA-SIW9O(34)10- - SYNTHESIS, SINGLE-CRYSTAL STRUCTURAL DETERMINATION, AND SOLUTION STRUCTURAL CHARACTERIZATION BY 183W NMR AND IR OF A-BETA-SI2W18TI6O(77)14-, Inorganic chemistry, 32(23), 1993, pp. 5095-5101
ADOCOBALAMIN (ADOCBL OR COENZYME B-12) CO-C BOND HOMOLYSIS RADICAL-CAGE EFFECTS - PRODUCT, KINETIC, MECHANISTIC, AND CAGE EFFICIENCY FACTOR(FC) STUDIES, PLUS THE POSSIBILITY THAT COENZYME B-12-DEPENDENT ENZYMES FUNCTION AS ULTIMATE RADICAL CAGES AND ULTIMATE RADICAL TRAPS
Authors: GARR CD FINKE RG
Citation: Cd. Garr et Rg. Finke, ADOCOBALAMIN (ADOCBL OR COENZYME B-12) CO-C BOND HOMOLYSIS RADICAL-CAGE EFFECTS - PRODUCT, KINETIC, MECHANISTIC, AND CAGE EFFICIENCY FACTOR(FC) STUDIES, PLUS THE POSSIBILITY THAT COENZYME B-12-DEPENDENT ENZYMES FUNCTION AS ULTIMATE RADICAL CAGES AND ULTIMATE RADICAL TRAPS, Inorganic chemistry, 32(20), 1993, pp. 4414-4421
NEOPENTYLCOBALAMIN (NEOPENTYLB12) COBALT-CARBON BOND THERMOLYSIS PRODUCTS, KINETICS, ACTIVATION PARAMETERS, AND BOND-DISSOCIATION ENERGY - A CHEMICAL-MODEL EXHIBITING 10(6) OF THE 10(12) ENZYMATIC ACTIVATION OF COENZYME-B12S COBALT-CARBON BOND
Authors: WADDINGTON MD FINKE RG
Citation: Md. Waddington et Rg. Finke, NEOPENTYLCOBALAMIN (NEOPENTYLB12) COBALT-CARBON BOND THERMOLYSIS PRODUCTS, KINETICS, ACTIVATION PARAMETERS, AND BOND-DISSOCIATION ENERGY - A CHEMICAL-MODEL EXHIBITING 10(6) OF THE 10(12) ENZYMATIC ACTIVATION OF COENZYME-B12S COBALT-CARBON BOND, Journal of the American Chemical Society, 115(11), 1993, pp. 4629-4640
Risultati: 1-25 | 26-32 |