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Reactions with hydrides

Digitoxigenin, structure of, 1097 Digitoxin, structure of, 989 Dihalide, alkynes from, 261 Dihedral angle, 94 Diiodomelhane. Simmons-Smith reaction with, 228-229 Diisobutylaluminum hydride, reaction with esters, 812 structure of, 699 Diisopropylamine, pK.d of, 923 1,3-Diketone, pfCa of, 852 Dimethyl disulfide, bond angles in, 20 structure of, 20 Dimethyl ether, electrostatic... [Pg.1294]

Lithium aluminum hydride, reaction with aldehydes, 610 reaction with carboxylic acids. 611-612... [Pg.1303]

Sodium cyanoborohydride. reductive ami nation with, 931 Sodium cyclamate, LP50 of, 26 Sodium hydride, reaction with alcohols, 605... [Pg.1315]

Tributyltin hydride, reaction with alkyl halides. 358 Tricarboxylic acid cycle, see Citric acid cycle... [Pg.1317]

Organotin Hydrides, Reactions with Organic Compounds, 1, 47... [Pg.510]

Lewis base adducts, 25 64, 68-69 metal exchange reactions, 25 57 NMR spectra, 25 93-95 pyrolysis, 25 107 silicide formation, 25 110 tetracarbonylsilyl hydride reaction with isoprene, 25 75 reductive elimination, 25 81 site, formation, ribonucleotide reductase, 43 372-375... [Pg.153]

Inorganic As(III) and As(V) were determined by atomic absorption spectrometry using the hydride technique. Total inorganic arsenic, As(III) + As(V), was measured after a prereduction reaction of As(V) to As(III) in acidic solution containing potassium iodide and ascorbic acid. For the selective hydride formation of As(III), samples were maintained at pH 5.0 during the hydride reaction (with 3% NaBH4, 1% NaOH) with a citrate-sodium hydroxide buffer solution (31). As(V) was determined by difference between total As and As(III). The detection limit of As(III) and As(V) was 0.1 nM. The selectivity of this method was checked by additions of As(III) and As(V) to lake water 95-100% recovery of As(III) and As(V) was found (32). [Pg.473]

Beryllium Hydride. Reaction with the ether-containing hydride is violent, even at -196°C.5... [Pg.354]

The sodium hydride reaction with water is pH limited and requires an additional reactant to force the reaction to completion. [Pg.135]

The 77 -bound benzo[/ ]thiophene and dibenzothiophene complexes of iridium undergo reduction to the corresponding 77-complexes by hydride reaction with 2 mol of Red-Al results in addition of two H to give the cyclohexadiene complexes (Scheme 78) <2000CCR63>. [Pg.830]

It has been involved in many industrial explosions. Explodes on contact with aluminum + barium nitrate + potassium nitrate + water. Forms explosive mixtures with aluminum powder + titanium dioxide, ethylene glycol (240°C), cotton lint (245°C), furfural (270°C), lactose, metal powders (e.g., aluminum, iron, magnesium, molybdenum, nickel, tantalum, titanium), sulfur, titanium hydride. Reaction with ethanol + heat forms the explosive ethyl perchlorate. Violent reaction or ignition under the proper conditions with aluminum + aluminum fluoride, barium chromate + mngsten or titanium, boron + magnesium + silicone rubber, ferrocenium diammine-tetrakis(thiocyanato-N) chromate(l —), potassium hexacyanocobaltate(3—), A1 +... [Pg.1166]


See other pages where Reactions with hydrides is mentioned: [Pg.511]    [Pg.113]    [Pg.137]    [Pg.413]    [Pg.318]    [Pg.469]    [Pg.231]    [Pg.232]    [Pg.233]    [Pg.234]   


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1- -3-methyl-6-phenylthiouracil, reaction with tin hydrides

2 piperidine, reaction with tin hydrides

Acid chlorides reaction with lithium aluminum hydride

Acyl compounds reaction with lithium aluminum hydride

Alcohols from lithium aluminum hydride reaction with

Alcohols reaction with complex hydrides

Alkyl halide reaction with tributyltin hydride

Alkyne, reaction with metal hydride

Aluminum hydrides reactions with

Anthracene hydride reaction with chalcone

Antimony hydrides reactions with

Arsenic hydrides reactions with

Boranes, reaction with hydride

Boron hydride, reaction with alkynes

Boron hydrides reactions with

Boron trifluoride reactions with hydrides

Butyltin hydride, reaction with

Butyltin hydride, reaction with halides

Camphor reaction with lithium aluminum hydride

Carbon dioxide reactions with hydride complexes

Carbon hydrides reactions with

Carbon-centered radical, reactions with silicon hydrides

Cobalt hydride complexes, reaction with

Diazonium salts reactions with hydride

Diisobutylaluminum hydride reaction with esters

Diisobutylaluminum hydride, reaction with

Diisobutylaluminum hydride, reaction with structure

Epoxides reaction with lithium aluminium hydrid

Ethanol reaction with sodium hydride

Gallium hydrides reactions with

Germanium hydrides reactions with

Group 13 hydrides reaction with, phosgene

Group 15 hydrides reaction with

Halides, alkyl reaction with aluminum hydride reagents

Hydride Ritter reaction with

Hydride anions reactions with

Hydride derivatives reaction with

Hydride reaction with epoxides

Hydride shift in reaction of alcohols with hydrogen

Hydride shifts reactions with carbonyl compounds

Hydride, diisobutylaluminum reaction with alkynes

Hydride, lithium reaction with

Hydrides reaction with amides

Hydrides reaction with esters

Hydrides reaction with organic halides

Hydrides reaction with water

Hydrides reactions with alkenes

Hydrides reactions with alkynes

Hydrides reactions with germyl halides

Hydrides reactions with metal germyls

Hydrides reactions with metal silyls

Hydrides reactions, with unsaturated organic compounds

Hydriding reaction

L-Arylsulfonyl-2- piperidines reaction with tin hydrides

Lithium aluminium hydride reaction with unsaturated ketones

Lithium aluminium hydride reaction with water

Lithium aluminum hydride reaction with

Lithium aluminum hydride reaction with amides

Lithium aluminum hydride reaction with ethylene

Lithium aluminum hydride reaction with organic halides

Lithium aluminum hydride reaction with protic solvents

Lithium aluminum hydride reaction with water

Lithium aluminum hydride reactions with esters

Lithium aluminum hydride, hazards reaction with 3,4-dichloro-l,2,3,4tetramethylcyclobutene

Lithium aluminum hydride, reaction with aldehydes

Lithium aluminum hydride, reaction with carboxylic acids

Lithium aluminum hydride, reduction reactions with

Lithium hydride reaction with ethylene

Magnesium carbonyl hydride reactions with

Metal hydrides, reaction with alkenes

Niobocene hydride, reactions with

Nitrogen hydrides reactions with

Nonmetal hydrides reactions with

Organoactinide reaction with hydrides

Organotin Hydrides, Reactions with Organic Compounds

Palladium hydride complex reaction with

Phosphorus hydrides reactions with

Radical Reactions of Organic Azides with Tributyltin Hydride

Radicals reaction with tributyltin hydride

Reaction of Esters with Lithium Aluminum Hydride

Reaction with Hydride Nucleophiles

Reaction with hydride reagents

Reaction with metal hydrides

Reaction with the Hydride Ion

Reactions hydrides

Reactions of Radicals with Germanium Hydrides

Reactions of Radicals with Silicon Hydrides

Reactions of Radicals with Tin Hydrides

Reactions of boron and aluminum hydrides with other coordinated ligands

Reactions trialkyltin hydride with halide

Reactions with calcium hydride

Reactions with complex hydrides

Ruthenium hydrides reactions with

Selenides, acyl phenyl reaction with tri-n-butyltin hydride

Silicon hydrides reactions with

Silver reactions with metal hydrides

Sodium hydride, reaction with

Sodium hydride, reaction with alcohols

Sodium hydride, reaction with malonates

Sodium hydride, reaction with phosphonate esters

Sodium hydride, reaction with phosphonium salts

Sulfonic esters reaction with lithium aluminum hydride

Sulfur hydrides reactions with

The Reactions of Carbonyl Compounds with Hydride Ion

Thorium hydride complex reaction with

Tin hydrides reactions with

Transition metal hydride complexes, reactions with dienes

Transition metal hydrides, reactions with

Tributyltin hydride, reaction with

Yttrium hydride complex reaction with

Zinc hydrides reactions with

Zinc, bis hydride donor reaction with phenyl isopropyl ketone

Zirconocene hydride reaction with

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