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Iron + reactions

Iron, reaction with nitroarenes, 928 lron(lll) bromide, aromatic bromination and, 548 Iron sulfate, LD5q of, 26 Isoamyl group, 89 lsobutane, molecular model of, 80 lsobutyl group, 84... [Pg.1302]

It should be noted that the choice of Fe0 950 (wustite) rather than FeO in the preceding reactions is not arbitrary [10]. The steam-iron reaction would produce very little hydrogen at these temperatures if magnetite were reduced to FeO instead of Fe095O. Hacker et al. [55] determined that the activation energy of magnetite reduction with H2 and CO is equal to 95 and 98 kj/mol, respectively. The energy of activation of wustite oxidation with steam was found to be 29 kj/mol. [Pg.62]

Fukase, S. and Suzuka, T., Residual oil cracking with generation of hydrogen Deactivation of iron oxide catalyst in the steam-iron reaction, Appl. Catal. A General, 100,1,1993. [Pg.98]

Wurtzite semiconductors, 22 141, 152 Wurtz reaction, in tetraorganotin preparation, 24 812 Wustite-iron reactions, 14 501-503 Wyodak (SB) coal... [Pg.1026]

To calculate the voltage at the equivalence point, we add the Nernst equations for Reactions B and C, as we did for the cerium and iron reactions in Section 16-1. Before doing so, however, multiply the permanganate equation by 5 so that we can add the log terms ... [Pg.332]

In the cracker, heavy oil cracking and the steam-iron reaction take place simultaneously under conditions similar to thermal cracking. Any unconverted feedstock is recycled to the cracker from the bottom of the scrubber. The scrubber effluent is separated into hydrogen gas, liquefied petroleum gas (LPG), and liquid products that can be upgraded by conventional technologies to priority products. [Pg.331]

It is shown that with the model system [38, 59] heme iron reaction with hydrogen peroxide is promoted by acidic catalytic sites, which are replaced by distal amino acid group bound to heme [60], Here experimentally observed two-electron oxidation substrate in one stage and corresponded hydride-ion transfer is confirmed [61, 62], In the example of catalase reaction the transfer mechanism of two electrons simultaneously was discussed above... [Pg.240]

The concentration of Fe2+, however, is governed by all of the processes involving iron (reactions (1) through (6)) as well as other reactions that may control the concentration of free radical species in the system. Furthermore, the second-order rate constant k1 is dependent on the coordination chemistry... [Pg.173]

Return to the Fe dissolution experiment discussed above, altering the solution to contain 5 pM M Fe2+. In addition, allow hydrogen evolution to occur on the iron surface with an exchange current density of 1(T5 A/cm2, whereas the exchange current density for the iron reaction is 1CT6 A/cm2. Assume that both reactions have Tafel slopes of 100 mV/decade. These conditions are illustrated graphically in the Evans diagram, named in honor of its creator, U. R. Evans, shown in Fig. 25. The lines represent the reaction kinetics of the two reactions considered. [Pg.41]

Short-lived iron isotopes, such as 8.9-minute Fe- produced by the Cr °(a,n) reaction (l6o), and the iron reaction products in arsenic bombarded by 190 Mev deuterons (120), can be extracted into ether as the chloride from 6 N hydrochloric acid solution. The 2.6-minute Ga produced by the Zn (p,n) reaction is also separated as the chloride in ether from 6 N hydrochloric acid solution (50). [Pg.35]

Cast iron reaction tettle with stirrer for use at pressures up to 2 atm. 177... [Pg.14]

The apparatus employed by Pope and Turner for the preparation of triphenyl arsine consists essentially of an iron reaction cylinder closed by an iron cover in which are fitted a thermometer, a mechanical agitator, a funnel, a condenser and a pipe connected with a vessel containing the sodium, which is covered with xylene. [Pg.304]

Morris, B.A. Fletcher, I.A. (1987) Increased solubility of quartz following ferrous-ferric iron reactions. Nature 330, 558-561. [Pg.90]

COCIF may be prepared by the passage of a gas stream of chlorine(I) fluoride and an excess of carbon monoxide at -18 C into an iron reaction vessel, with the exclusion of air and moisture. The gaseous reaction product is then condensed into a quartz vessel and the crude product distilled through, and from, antimony powder. The yield was found to vary between 85 and 90% (based upon CIF), and was greater if the reaction was performed more slowly the main contaminants were COF and COClj [1194]. Only a ten percent yield of COCIF was obtained by reaction of CIF 3 and CO (diluted with dinitrogen) at -180 C over activated charcoal [1196a],... [Pg.693]


See other pages where Iron + reactions is mentioned: [Pg.1096]    [Pg.533]    [Pg.417]    [Pg.331]    [Pg.533]    [Pg.276]    [Pg.59]    [Pg.261]    [Pg.548]    [Pg.631]    [Pg.185]    [Pg.533]    [Pg.495]    [Pg.223]    [Pg.610]    [Pg.417]    [Pg.860]    [Pg.860]    [Pg.202]    [Pg.204]    [Pg.610]    [Pg.2086]    [Pg.62]    [Pg.185]    [Pg.322]    [Pg.74]    [Pg.923]    [Pg.117]   
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See also in sourсe #XX -- [ Pg.29 , Pg.30 , Pg.31 , Pg.32 ]

See also in sourсe #XX -- [ Pg.2 , Pg.146 , Pg.219 ]

See also in sourсe #XX -- [ Pg.122 ]




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1.2.5- Thiadiborolene, reaction with iron

1.3- Cyclohexadienes iron complexes: coupling reactions

1.3- Dienes reactions with iron carbene complexes

2- Butyne reaction with iron carbene complexes

4- pyridine, reaction with iron carbonyls

4- pyridine, reaction with iron complexes

Adriamycin reaction with iron

Allyl halides, reaction with iron carbonyls

Aluminum iron oxide reaction with

Ammonia reaction with iron clusters

Barbier-type reactions iron salt catalysts

Bimolecular reaction iron

Bis methanes, formation reaction with iron complexes

Carbon monoxide reaction with ferrous iron

Carbon—iron bonds reactions with

Cascade Reactions Catalyzed by Ruthenium, Iron, Iridium, Rhodium, and Copper

Cascade reactions iron-catalyzed

Chromate reactions with iron

Chromium hexacarbonyl, reaction with iron

Chromium hexacarbonyl, reaction with iron complexes

Cobalt-, manganese-, and iron-catalyzed cross-coupling reactions

Copper sulfate reaction with iron

Coupling reactions Grignard reagents/iron salts

Crystalline iron catalyst, reaction rates

Cyclopropenes reactions with iron carbonyls

Dienes reaction with iron pentacarbonyl

Dioxygen reactions with dinuclear iron

Diphenylacetylene, reaction with iron

Diphenylacetylene, reaction with iron complexes

Electrophilic reactions iron carbonyl complexes

Enantioselective reactions iron-catalyzed

Equilibrium Potentials of Reactions with Iron at

Ethane, reaction with iron

Fenton reaction, iron-catalyzed

Friedel-Crafts reactions iron chloride

Germanium—iron bonds reactions with

Gif reactions, iron

Halogenation reactions, iron-catalyzed

Hemoproteins reaction with iron

Hydrogen peroxide reaction with iron

Hydrogen peroxide reaction with iron porphyrins

Hydrogen sulfide, reaction with iron clusters

Ionic iron reactions

Iron -dichromate reaction

Iron -mediated radical reaction

Iron -nitric acid reaction

Iron 2]2+, reaction with ozone

Iron alkyls, carbonylation reactions with nucleophiles

Iron anodic reaction

Iron carbonyl complexes reactions with Lewis bases

Iron carbonyl complexes reduction reactions

Iron carbonyls reactions

Iron carbonyls, exchange reactions

Iron carbonyls, reaction with thiophenes

Iron catalysis cyclic ether reactions

Iron catalysts cross-coupling reactions

Iron catalysts reaction products

Iron catalysts reactions

Iron catalytic reaction

Iron chloride reaction with organoboranes

Iron chloride, radical reactions with organic

Iron chloride, reaction with lithium

Iron chloride, reaction with water

Iron clusters catalytic reactions involving

Iron clusters reaction with

Iron complexes Diels-Alder reaction

Iron complexes ligand exchange reactions

Iron complexes ligand substitution reactions

Iron complexes outer-sphere redox reactions

Iron complexes oxidized reaction products

Iron complexes reaction summary

Iron complexes reaction with peroxides

Iron complexes self-exchange reactions

Iron complexes substitution reactions

Iron complexes water exchange reaction

Iron complexes, allenyl cycloaddition reactions

Iron complexes, carbene reactions with alkenes

Iron complexes, electron-transfer reactions

Iron complexes, electron-transfer reactions carbonyls

Iron complexes, electron-transfer reactions clusters

Iron complexes, tricarbonyl cycloaddition reactions

Iron compounds addition reactions

Iron compounds reactions with alkynes

Iron compounds reactions with olefins

Iron cross-coupling reaction

Iron cyanide inversion reaction

Iron diimine complexes substitution reactions

Iron energy from reaction

Iron enolates aldol reaction

Iron flame reactions

Iron fundamental reaction

Iron halides reactions with

Iron ions reactions

Iron nitrate, reaction with sodium

Iron nitrate, reaction with sodium chloride

Iron oxide photoredox reactions

Iron oxide reaction

Iron oxide reaction with hydrogen sulfide

Iron oxide reaction with, phosgene

Iron oxide, precipitation hydrolysis reactions

Iron oxide, reaction with carbon

Iron oxide, reaction with carbon monoxide

Iron pentacarbonyl, reaction with

Iron pentacarbonyl, reaction with pentaphenylphosphole

Iron pentacarbonyl-promoted reaction

Iron photochemical reaction, effects

Iron photochemical reactions

Iron porphyrins electron-transfer reactions

Iron protein electron transfer reactions

Iron protein other biochemical reactions

Iron reaction intermediates (

Iron reaction with carbon monoxide

Iron reaction with catechol

Iron reaction with nitrous acid

Iron reaction with sodium azide

Iron redox reactions

Iron redox reactions hemerythrin

Iron redox reactions hexacyanoferrates

Iron redox reactions self exchange

Iron removal from reaction vessels

Iron salt-mediated Polonovski reaction

Iron substitution reactions

Iron sulfide, reaction with

Iron tricarbonyl, reaction with

Iron vapor-toluene reaction

Iron vinylidenes reaction with alcohols

Iron vinylidenes reactions

Iron, acyl complexes aldol reactions

Iron, carbonyl compounds reaction with base

Iron, carbonylcyclopentadienylmethoxycarbonyl ketone-imine reactions

Iron, dicarbonylcycloheptadienyl hexafluorophosphate synthesis and reactions

Iron, dicarbonylcyclopentadienylalkene complexes reactions with nucleophiles

Iron, pentacarbonylcatalyst pinacol coupling reactions

Iron, reaction with alkyl halides

Iron, reaction with nitric oxide

Iron, reaction with nitroarenes

Iron, tricarbonyl acylation electrophilic reactions

Iron, tricarbonyl reaction with tetracyanoethylene

Iron, tricarbonyl reaction with tetracyanoethylene synthesis

Iron, tricarbonyl reactions with carbanions

Iron, tricarbonyl reactions with carbon electrophiles

Iron-, Copper-, Nickel-, and Cobalt-Catalyzed Carbonylative Domino Reactions

Iron-based catalysts reaction testing

Iron-catalysed reactions

Iron-catalyzed CDC reactions

Iron-catalyzed Carbometallation Reactions

Iron-catalyzed cross-coupling reaction

Iron-catalyzed reactions

Iron-catalyzed reactions Grignard reagents

Iron-catalyzed reactions acylation

Iron-catalyzed reactions alkenylation

Iron-catalyzed reactions alkylation

Iron-catalyzed reactions allylic substitution

Iron-catalyzed reactions carbometalation

Iron-catalyzed reactions carbonyl compounds

Iron-catalyzed reactions homocoupling

Iron-catalyzed reactions organic synthesis

Iron-catalyzed reactions radical cyclization

Iron-catalyzed reactions substitution

Iron-cyclam-catalyzed reactions

Iron-induced reactions

Iron-mediated allylation reactions

Iron-mediated reactions

Iron-mediated reactions sulfones

Iron-molybdenum-sulfur clusters reactions

Iron-sulfur clusters oxidation-reduction reactions

Iron-sulfur clusters substitution reactions

Iron-sulfur reaction center

Iron—chlorine bonds reactions with

Iron—titanium bonds reactions with

Ligand substitution reactions iron

Lithium 1,2-diphospholide reaction with iron

Lithium 1,2-diphospholide reaction with iron complexes

Lithium 1,3-diphospholides, reaction with iron complexes

Methane, reaction with iron clusters

Methyl acrylate reaction with iron carbonyl

Methylenecyclopropanes, reactions with iron

Methylenecyclopropanes, reactions with iron carbonyls

Modern Alchemy Replacing Precious Metals with Iron in Catalytic Alkene and Carbonyl Hydrogenation Reactions

Oxidation-reduction reactions nonheme iron proteins

Oxidation-reduction reactions of iron

Oxidation-reduction reactions of iron-sulfur clusters

Pentaphenylphosphole, reaction with iron

Phosphate reactions with iron oxides

Phthalocyanine iron , reaction with

Porphyrins iron substitution reactions

Precipitation of Iron Oxides by Hydrolysis Reactions

Ptopanoyl-iron complexes asymmetric aldol reactions

Reaction between Nitric Oxide and the Surface of Iron

Reaction between iron(II) and chromium(VI)

Reaction center iron sulfur-type

Reaction mechanisms into iron complexes

Reaction with iron

Reaction with iron, kinetics

Reactions Involving Rhodium, Iron, and Cobalt

Reactions of Iron(m)

Redox reactions iron chloride

Reduction reaction kinetics iron porphyrins

Removal of Iron Oxides from Reaction Vessels

Self exchange reactions iron

Silicon—iron bonds reactions with

Sodium azide, reaction with iron oxide

Sulfides, organic reaction with iron

Sulfur reaction with iron

Thallium , reaction with iron complexes

The Iron Oxides: Structure, Properties, Reactions, Occurences and Uses. R. M. Cornell, U. Schwertmann

The Specific Reactions of Iron in Some Hemoproteins Philip George

Transition metals iron cross-coupling reactions

Tris borate, reaction with iron

Tris borate, reaction with iron chloride

Vinylcyclopropanes reactions with iron carbonyls

Water reaction with alkene-iron

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