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Monoxide oxides

Stampfl C and Scheffler M 1997 Mechanism of efficient carbon monoxide oxidation at Ru(OOOI) J. Vac. Sci. Technoi. A 15 1635... [Pg.2236]

Oxidation. Carbon monoxide can be oxidized without a catalyst or at a controlled rate with a catalyst (eq. 4) (26). Carbon monoxide oxidation proceeds explosively if the gases are mixed stoichiometticaHy and then ignited. Surface burning will continue at temperatures above 1173 K, but the reaction is slow below 923 K without a catalyst. HopcaUte, a mixture of manganese and copper oxides, catalyzes carbon monoxide oxidation at room temperature it was used in gas masks during World War I to destroy low levels of carbon monoxide. Catalysts prepared from platinum and palladium are particularly effective for carbon monoxide oxidation at 323 K and at space velocities of 50 to 10, 000 h . Such catalysts are used in catalytic converters on automobiles (27) (see Exhaust CONTHOL, automotive). [Pg.51]

Emissions from foundry cupolas are relatively small but stiU significant, in some areas. An uncontrolled 2-m cupola can be expected to emit up to 50 kg of dust, fumes, smoke, and oil vapor per hour. Carbon monoxide, oxides of nitrogen, and organic gases may also be expected. Control is... [Pg.87]

Carbon Monoxide Oxidation and Related Reactions on a Highly Divided Nickel Oxide... [Pg.426]

Lithium, promotion of carbon monoxide oxidation, 74, 293 Long range effects, 189... [Pg.571]

Oscillatory reactions carbon monoxide oxidation, 388 electrochemical promotion of, 389 Overpotential activation, 124 anodic, 122 cathodic, 122 cell, 123... [Pg.571]

Carbon Monoxide Oxidation on Platinum Coverage Dependence of the Product Internal Energy... [Pg.464]

Meyer O, HG Schlegel (1983) Biology of aerobic carbon monoxide-oxidizing bacteria. Annu Rev Microbiol 37 277-310. [Pg.85]

Rich JJ, GM King (1998) Carbon monoxide oxidation by bacteria associated with the roots of freshwater macrophytes. Appl Environ Microbiol 64 4939-4943. [Pg.617]

Figure 8. Rate of carbon monoxide oxidation on calcined Pt cube monolayer as a function of temperature [27]. The square root of the SFG intensity as a function of time was fit with a first-order decay function to determine the rate of CO oxidation. Inset is an Arrhenius plot for the determination of the apparent activation energy by both SFG and gas chromatography. Reaction conditions were preadsorbed and 76 Torr O2 (flowing). (Reprinted from Ref. [27], 2006, with permission from American Chemical Society.)... Figure 8. Rate of carbon monoxide oxidation on calcined Pt cube monolayer as a function of temperature [27]. The square root of the SFG intensity as a function of time was fit with a first-order decay function to determine the rate of CO oxidation. Inset is an Arrhenius plot for the determination of the apparent activation energy by both SFG and gas chromatography. Reaction conditions were preadsorbed and 76 Torr O2 (flowing). (Reprinted from Ref. [27], 2006, with permission from American Chemical Society.)...
CARBON MONOXIDE OXIDATION 6.2.1 Carbon Monoxide Oxidation on Platinum... [Pg.161]

Garcia G, Koper MTM. 2008. Stripping voltammetry of carbon monoxide oxidation on stepped platinum single-crystal electrodes in alkaline solution. Phys Chem Chem Phys 10 3802-3811. [Pg.201]

Watanabe M, Shibata M, Motoo S. 1985. Electrocatalysis hy ad-atoms. PartXn. Enhancement of carbon monoxide oxidation on platinum electrodes by oxygen adsorbing ad-atoms (Ge, Sn, Pb, As, Sb and Bi). J Electroanal Chem 187 161-174. [Pg.340]

Brankovic SR, Marinkovic NS, Wang JX, Adzic RR. 2002b. Carbon monoxide oxidation on bare and Pt-modified Ru(lOlO) and Ru(OOOl) single crystal electrodes. J Electroanal Chem 532 57-66. [Pg.368]

Yoshimi K, Song MB, Ito M. 1996. Carbon monoxide oxidation on a Pt(lll) electrode studied by in-situ IRAS and STM Coadsorption of CO with water on Pt(lll). Surf Sci 368 389-395. [Pg.410]

Carbon corrosion, 300 Carbon monoxide adsorption, 248,250,255, 325-327, 347, 386-391,528-532 Carbon monoxide oxidation... [Pg.694]

Tafel plots and Tafel slopes Eor carbon monoxide oxidation, 164-166, 175... [Pg.696]

Zheng X-C, Wu S-Fl, Wang S-P, Wang S-R, Zheng S-M, Huang W-P (2005) The preparation and catalytic behavior of copper-cerium oxide catalysts for low-temperature carbon monoxide oxidation. Appl Catal A 283(l-2) 217-223... [Pg.313]

Selective transformations Selective styrene ring opening [103] One-pot domino process for regioselective synthesis of a-carbonyl furans [104] Tandem process for synthesis of quinoxalines [105] Atmospheric oxidation of toluene [106] Cyclohexane oxidation [107] Synthesis of imines from alcohols [108] Synthesis of 2-aminodiphenylamine [109] 9H-Fluorene oxidation [110] Dehydrogenation of ethane in the presence of C02 [111] Decomposition of methane [112] Carbon monoxide oxidation [113]... [Pg.228]

Fig. 33. Reaction yield as a function of time for carbon monoxide oxidation at room temperature on pure and doped nickel oxides. NiO (200), A NiO(Li) (250), O NiO (250) X NiO(Ga) (250). Reprinted from (8) with permission. Copyright 1969 by Academic Press, Inc., New York. Fig. 33. Reaction yield as a function of time for carbon monoxide oxidation at room temperature on pure and doped nickel oxides. NiO (200), A NiO(Li) (250), O NiO (250) X NiO(Ga) (250). Reprinted from (8) with permission. Copyright 1969 by Academic Press, Inc., New York.

See other pages where Monoxide oxides is mentioned: [Pg.165]    [Pg.511]    [Pg.2073]    [Pg.465]    [Pg.467]    [Pg.469]    [Pg.161]    [Pg.163]    [Pg.165]    [Pg.167]    [Pg.169]    [Pg.171]    [Pg.173]    [Pg.173]    [Pg.175]    [Pg.175]    [Pg.176]    [Pg.707]    [Pg.2]    [Pg.112]    [Pg.30]   
See also in sourсe #XX -- [ Pg.224 , Pg.225 ]




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1 monoxide 4-4 oxidation state

1 monoxide lower oxidation states

1 monoxide mixed metal oxides

Base metal catalyst, oxidation carbon monoxide over

Carbon monoxide CO oxidation

Carbon monoxide and nitric oxide

Carbon monoxide and nitrous oxide

Carbon monoxide anodic oxidation

Carbon monoxide carbonate oxidation

Carbon monoxide catalytic oxidation

Carbon monoxide coordinated, oxidation

Carbon monoxide electricity from oxidation

Carbon monoxide electrochemical oxidation

Carbon monoxide fuel oxidation within SOFC

Carbon monoxide gold-catalyzed oxidation

Carbon monoxide metal oxides

Carbon monoxide nickel oxide

Carbon monoxide nitrous oxide, reaction with

Carbon monoxide on nickel oxide

Carbon monoxide oxidation acidic supports

Carbon monoxide oxidation active centers

Carbon monoxide oxidation adsorption

Carbon monoxide oxidation basic oxides

Carbon monoxide oxidation behavior system

Carbon monoxide oxidation catalyst

Carbon monoxide oxidation catalytic kinetics

Carbon monoxide oxidation chromium oxide catalyst

Carbon monoxide oxidation cobalt oxide catalyst

Carbon monoxide oxidation conclusions

Carbon monoxide oxidation copper oxide catalyst

Carbon monoxide oxidation effect

Carbon monoxide oxidation flow rate

Carbon monoxide oxidation impurities effect

Carbon monoxide oxidation intermediates

Carbon monoxide oxidation introduction

Carbon monoxide oxidation iron oxide catalysts

Carbon monoxide oxidation manganese dioxide catalyst

Carbon monoxide oxidation mechanism

Carbon monoxide oxidation metal-support interaction

Carbon monoxide oxidation nickel oxide catalysts

Carbon monoxide oxidation nitrous oxide oxidized

Carbon monoxide oxidation overall reaction

Carbon monoxide oxidation oxygen concentration effect

Carbon monoxide oxidation oxygen oxidized

Carbon monoxide oxidation palladium oxide catalyst

Carbon monoxide oxidation particle size effect

Carbon monoxide oxidation periodic activity

Carbon monoxide oxidation promoters

Carbon monoxide oxidation rate constant

Carbon monoxide oxidation rate expression

Carbon monoxide oxidation reactant-pair” mechanism

Carbon monoxide oxidation reaction mechanism

Carbon monoxide oxidation reactor cell

Carbon monoxide oxidation room temperature catalysts

Carbon monoxide oxidation silver oxide catalyst

Carbon monoxide oxidation survey

Carbon monoxide oxidation, on platinum

Carbon monoxide oxidation, platinum supported

Carbon monoxide oxidation, platinum supported catalyst preparation

Carbon monoxide oxidation, platinum supported catalysts

Carbon monoxide oxidation, platinum supported catalytic activity

Carbon monoxide oxidation, role

Carbon monoxide oxidation— analysis

Carbon monoxide oxidation— experiments

Carbon monoxide oxidation— kinetics

Carbon monoxide oxidation— oxygen effect

Carbon monoxide oxidation— reaction rate

Carbon monoxide oxidation— steady-state

Carbon monoxide oxidation— temperature effect

Carbon monoxide oxidation— transient kinetics

Carbon monoxide preferential oxidation

Carbon monoxide reaction with nitric oxide

Carbon monoxide selective oxidation

Carbon monoxide voltammetric oxidation

Carbon monoxide, from oxidation

Carbon monoxide, oxidation

Carbon monoxide, oxidative reactions

Catalytic oxidation of carbon monoxide

Cobalt oxide carbon monoxide concentration

Copper oxide, reaction with carbon monoxide

Diesel carbon monoxide oxidation

Dinitrogen monoxide oxide

Electro-oxidation of carbon monoxide

Electrochemical Oxidation of Carbon Monoxide

Energy diagrams carbon monoxide oxidation, 134

Explosion limits and oxidation characteristics of carbon monoxide

For carbon monoxide oxidation

Further oxidation reactions of carbon monoxide in homogeneous systems

Halogen oxides chlorine monoxide

Hopcalite catalysts carbon monoxide oxidation

Inorganic oxides monoxides

Integral reactor carbon monoxide oxidation

Iron oxide, reaction with carbon monoxide

Kinetics of carbon monoxide oxidation

Mechanisms of Carbon Monoxide Oxidation

Model catalysts carbon monoxide oxidation

Monoxide Oxidation on Modified Nickel Oxide Catalysts

Nanoparticles carbon monoxide oxidation

Nitric oxide by carbon monoxide

Nitric oxide reaction with carbon monoxide over

Nitric oxide reduction by carbon monoxide

Nitric oxide reduction carbon monoxide effect

Nitric oxide reduction with carbon monoxide

Nitrogen Monoxide and Nitrous Oxide

Nitrogen monoxide oxide

Nitrogen monoxide. See Nitric oxide

Nitrogen oxides and carbon monoxide oxidation

Nitrogen oxides monoxide Nitrous oxide

Nitrous oxide monoxide

Oxidation carbon monoxide, ethylene

Oxidation monoxide

Oxidation nitrogen monoxide

Oxidation of carbon monoxide

Oxidation of carbon monoxide in flames and other high temperature flow systems

Oxidation over platinum, carbon monoxide

Oxidation reactions of carbon monoxide

Oxidation reactions with carbon monoxide

Oxidation, acetaldehyde carbon monoxide

Oxides Halogen monoxides Zinc oxide

Oxygen oxidized carbon monoxide

Palladium catalysts carbon monoxide oxidation

Platinum catalysts carbon monoxide oxidation

Preferential oxidation of carbon monoxide

Propylene oxide carbon monoxide

REACTIONS OF HALOGEN COMPOUNDS WITH NITRIC OXIDE AND CARBON MONOXIDE

Reduction of nitric oxide by carbon monoxide

Reduction of nitrogen oxides with carbon monoxide

Ruthenium catalysts carbon monoxide oxidation

Selective oxidation of carbon monoxide

Selective oxidation of carbon monoxide in hydrogen

Sulfur dioxide carbon monoxide oxidation poisoning

The Adsorption and Oxidation of Carbon Monoxide

The Oxidation of Carbon Monoxide

The Selective Oxidation of Carbon Monoxide in Hydrogen

The oxidation of carbon monoxide on platinum

The slow oxidation of carbon monoxide

Transient method carbon monoxide oxidation

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