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Properties oxidation

For example, olefin sulfuri2ation products (Lubrizol, 1980), dithiophosphomolybdates (Mobil, 1980), or more simply the dithiophosphates of alcohol (Shell, 1980) whose anti-oxidant properties have been announced, are used in oil formulations for their anti-wear properties. [Pg.363]

Its powerful oxidizing properties result from the tight binding of its valence sheU 7-orbital electrons. No commercial source is available. [Pg.235]

Hydrogen peroxide is used in many applications throughout a wide variety of industries. The principal use areas are shown in Table 9. Most ate based on the oxidizing properties of hydrogen peroxide. Some are derived from substitution, decomposition, or the formation of perhydrates. [Pg.480]

Heterogeneous Catalysis. The main discovery of the 1980s was the use of titanium sihcaUte (TS-1) a synthetic zeoHte from the ZSM family containing no aluminum and where some titanium atoms replace siUcon atoms in the crystalline system (Ti/Si = 5%) (33). This zeoHte can be obtained by the hydrolysis of a siUcate and an alkyl titanate in the presence of quaternary ammonium hydroxide followed by heating to 170°C. Mainly studies have been devoted to the stmcture of TS-1 and its behavior toward H2O2 (34). The oxidation properties of the couple H2O2/TS-I have been extensively developed in... [Pg.488]

Oxidizing Properties. Nitric acid is a powerful oxidizing agent (electron acceptor) that reacts violentiy with many organic materials (eg, turpentine, charcoal, and charred sawdust) (19,20). The concentrated acid may react explosively with ethanol (qv). Such oxidizing properties have had military appHcation nitric acid is used with certain organics, eg, furfuryl alcohol and aniline, as rocket propellant (see Explosives AND PROPELLANTS). [Pg.39]

The many industrial uses for sodium nitrite primarily are based on its oxidizing properties or its Hberation of nitrous acid in acidic solutions. [Pg.200]

H. E. Brown, Zinc Oxide, Properties and Applications, International Lead Zinc Organization, Inc., New York, 1976, pp. 56—59. [Pg.424]

Diaziridines, discovered in 1958, six years after the oxaziridines, were almost immediately realized to be structural analogs of oxaziridines. Like these they showed oxidizing properties unexpected for other classes of organic nitrogen compound. Properties in common with oxaziridines include the rearrangement to open chain isomers on heating above 100 °C (for several diaziridines), and their hydrolytic behavior in acidic media, which leads to carbonyl compounds with conservation of the hetero-hetero bond. [Pg.212]

Materials that demonstrate unusual reactivity with water are identified as and materials that possess oxidizing properties shall be identified by the letters Z. Other special hazard symbols may be used to identify radioactive hazards, corrosive hazards, substances that are toxic to fish, and so on. [Pg.2274]

The oxidizing properties of positive halogen precursors have been reviewed by Filler. Compounds which have been used in steroid hydroxyl oxidations are Wbromosuccinimide Wbromoacetamide (NBA), A-bro-... [Pg.232]

The oxidizing properties of MnOy are utilized in the oxidation of aniline for the preparation of hydroquinone which is important as a photographic developer and also in the production of dyes and paints. [Pg.1048]

All the anhydrous - -3 and +2 halides of iron are readily obtained, except for iron(III) iodide, where the oxidizing properties of Fe and the reducing properties of 1 lead to thermodynamic instability. It has, however, been prepared in mg quantities by the following reaction, with air and moisture rigorously excluded,... [Pg.1084]

Flash point Flammability Explosivity Autoflammability Oxidizing properties... [Pg.321]

Bruce-Keller AJ, Barger SW, Moss Nl, Pham JT, Keller JN, Nath A (2001) Pro-inflammatory and pro-oxidant properties of the HIV protein Tat in a microglial cell line attenuation by 17 beta-estradiol. J Neurochem 78 1315-1324... [Pg.367]

In the majority of cases both the primary and the induced reactions are oxidation-reduction reactions. In such reactions the actor can have either reducing or oxidizing properties. The chemical characteristics of the inductor and acceptor are always identical and opposite to that of the actor. When the latter is a reducing agent the acceptor and inductor are oxidants and vice versa. [Pg.510]

El-Agamey, A., Carotenoid radical chemistry and antioxidant/pro-oxidant properties. Arch. Biochem. Biophys., 430, 37, 2004. [Pg.143]

Superoxide anion scavenging activity of the enzymatically synthesized poly(catechin) was evaluated. Poly(catechin), synthesized by HRP catalyst, greatly scavenged superoxide anion in a concentration-dependent manner, and almost completely scavenged at 200 p.M of a catechin unit concentration. The laccase-catalyzed synthesized poly(catechin) also showed excellent antioxidant property. Catechin showed pro-oxidant property in concentrations lower than 300 jlM. These results demonstrated that the enzymatically synthesized poly(catechin) possessed much higher potential for superoxide anion scavenging, compared with intact catechin. [Pg.241]


See other pages where Properties oxidation is mentioned: [Pg.120]    [Pg.285]    [Pg.25]    [Pg.481]    [Pg.119]    [Pg.360]    [Pg.504]    [Pg.132]    [Pg.199]    [Pg.522]    [Pg.489]    [Pg.458]    [Pg.138]    [Pg.471]    [Pg.861]    [Pg.1007]    [Pg.1008]    [Pg.1044]    [Pg.1050]    [Pg.1118]    [Pg.471]    [Pg.964]    [Pg.582]    [Pg.368]    [Pg.314]    [Pg.242]    [Pg.268]    [Pg.90]    [Pg.393]    [Pg.555]    [Pg.220]    [Pg.242]   
See also in sourсe #XX -- [ Pg.25 ]

See also in sourсe #XX -- [ Pg.175 ]

See also in sourсe #XX -- [ Pg.77 , Pg.199 ]




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Acid-Base Properties of Amorphous Metal Oxides

Acid-Base Properties of Salts and Oxides

Acid-Base Properties of Vanadium Oxide Catalysts

Acid-Base and Redox Properties of Mixed Oxides

Acid-base properties amorphous metal oxides

Acid-base properties mixed oxides

Acid-base properties of oxides

Acid-base properties of oxides and hydrides

Acid-base properties oxide surfaces

Acid-base properties pure oxides

Actinides oxidation states, 442 --- atomic properties

Aluminium oxide, properties

Aluminum oxide mechanical properties

Aluminum oxide thermal properties

Amphoteric oxides and hydroxides periodic trends in properties

Anodic oxides electric properties

Anodic oxides physical properties

Barium oxide properties

Barium oxide thermal properties

Basic Properties of Zinc Oxide

Basic properties oxidation

Beneficial Micro Reactor Properties for Arsenous Acid Oxidation

Beneficial Micro Reactor Properties for Br(OAc)2- Oxidations of Alcohols

Beneficial Micro Reactor Properties for Electrochemical Oxidations of Arylmethanes

Beneficial Micro Reactor Properties for Ethylene Oxide Formation

Beneficial Micro Reactor Properties for Oxidation of Aldehydes to Carboxylic Acids

Beneficial Micro Reactor Properties for Oxidations

Beneficial Micro Reactor Properties for Sulfite Oxidation

Beneficial Micro Reactor Properties for the Oxidation of Ammonia

Beneficial Micro Reactor Properties for the Oxidation of Propene to Acrolein

Beryllium oxide thermal properties

Binary metal oxides acid-base properties

Binary oxides surface acidic properties

Boron oxide melts properties

Cadmium oxide properties

Cadmium oxide thermal properties

Calcium oxide properties

Calcium oxide thermal properties

Catalytic Properties of the Lanthanide Higher Oxides

Cerium oxides acid-base properties

Chemical Bonding in Cyclic-cluster Model Local Properties of Composite Crystalline Oxides

Chemical Properties and Oxidation of Boron Carbide

Chemical Properties of Magnesium Oxide

Chemical properties Oxidation

Chemical properties, inorganic zinc oxide

Chemistry and Magnetic Properties of Layered Metal Oxides

Chromium based oxides acid-base properties

Cobalt oxide magnetic properties

Complex oxides magnetic properties

Complex oxides physical properties

Complex oxides thermodynamic properties

Complex oxides, properties responsible

Copper salts oxidizing properties

Current oscillation oxide properties

Deuterium oxide , thermodynamic properties

Deuterium oxide physical properties

Deuterium oxide, properties

Electrical properties higher oxides

Electrical properties lower oxides

Electronic Properties of Zinc Oxide

Electronic properties, layer anodic oxide layers

Electronic properties, passive layers oxide layer

Ethylene oxide physical properties

Ethylene oxide thermodynamic properties

Fibers, plasma oxidation, surface properties

Films, oxide passive, oxidizing properties

Graphene nanosheet oxide thermal properties

Greases oxidation properties

Ground State Properties of Transition Metal Oxides

High-Pressure Investigations of Magnetic Properties (Examples Laves Phases and Iron Oxides)

Hydrogen oxidation reaction electrocatalytic properties

Intermediate oxides electrical properties

Intermediate oxides magnetic properties

Intermediate oxides optical properties

Intermediate oxides properties

Iron oxide magnetic properties

Iron oxide pigments properties

Iron oxide, polymorphs properties

Iron oxide, precipitation properties

Iron oxides and the adsorption properties on catalyst

Lead oxide physical properties

Lead oxides properties

Lead tetraacetate oxidations properties

Ligand properties lower oxides

Ligand properties oxidation states

Ligand properties oxides

Lower oxides magnetic properties

Lower oxides optical properties

Magnesium oxide magnetic properties

Magnesium oxide properties Dissolution

Magnesium oxide properties Hydration

Magnesium oxide properties Surface structures

Magnesium oxide thermal properties

Magnesium oxide, properties

Magnetic Properties of Iron Oxides

Magnetic properties higher oxides

Manganese oxide properties

Mechanical properties oxides

Mechanical properties polyethylene oxide

Mercury oxide properties

Mercury oxide thermal properties

Metal Oxides magnetic properties

Metal Oxides redox properties

Metal oxide charges interface properties

Metal oxide charges mechanical properties

Metal oxide gels properties

Metal oxide properties

Metal oxide-mica pigments functional properties

Metal oxides acid-base properties

Metal oxides catalytic properties

Metal oxides photoanodes properties

Metal oxides semiconductor properties

Metal oxides surface properties

Metal oxides transport properties

Metal oxides, photocatalytic properties

Metal oxides, physico-chemical propertie

Metal oxides, physico-chemical properties

Mixed metal oxides magnetic properties

Mixed oxides redox properties

Mixed oxides textural properties

Mixed oxides, electrical properties

Modified polyphenylene oxide properties

Nickel oxide electronic properties

Nickel oxide magnetic properties

Niobium oxide coatings properties

Nitric oxide physical properties

Nitric oxide synthase properties

Nitric oxide thermodynamic properties

Nitric oxide, properties

Nitrogen oxides properties

Nitrous oxide chemical properties

Nitrous oxide physical properties

Nitrous oxide thermodynamic properties

Optical properties binary oxides

Oscillation of Anodic Oxide Thickness and Properties

Oxidation of Methane on Supported Palladium Under Lean Conditions Kinetics, Structure and Properties

Oxidation states comparison of properties

Oxidation thermal, biological properties

Oxidation-Reduction Properties (General)

Oxidation-reduction properties

Oxidative stress destructive properties

Oxidative-addition ligand steric properties

Oxidatively-heating property

Oxide Morphology, Chemical Composition and Electrical Properties

Oxide chemical properties

Oxide copper ores properties

Oxide electrical properties

Oxide fibers properties

Oxide films electrical properties

Oxide films properties

Oxide fluoride glasses optical properties

Oxide magnetic properties

Oxide photoelectronic properties

Oxide preparation and properties

Oxide scales mechanical properties

Oxide zinc ores properties

Oxides acid-base properties

Oxides catalytic properties

Oxides electronic properties

Oxides properties

Oxides redox properties

Oxides structural properties

Oxides thermal properties

Oxides transport properties

Oxides, bulk properties

Oxides, surface properties

Oxides, thermodynamic properties

Oxidized silicon nanocrystals optical properties

Oxidizing properties

Oxidizing properties, reactivity testing

Periodate oxidations properties

Peroxides oxidizing properties

Phenols anti-oxidant properties

Phosphorus oxide, properties

Photocatalysts, titanium oxide semiconductor properties

Photoelectrochemical Properties of Oxide Layers

Physical Properties of Magnesium Oxide

Physical and Chemical Properties of Magnesium Oxide

Physical properties 1,2-butylene oxide

Physical properties magnesium oxide

Physical properties oxides

Physical properties zinc oxide

Polymer modification oxidation-reduction properties

Polymer modified oxide surfaces properties

Polyphenylene oxide dielectric properties

Polyphenylene oxide electrical properties

Polyphenylene oxide mechanical properties

Polyphenylene oxide properties

Polyphenylene oxide, physical properties

Polypropylene oxide electrical properties

Preparation and Properties of Rare-earth-Containing Oxide Fluoride Glasses

Preparation and Properties of Red Lead Oxide (Minium)

Preparation and Properties of Selenium(IV) Oxide

Preparation and Properties of Tellurium(IV) Oxide

Preparation and Properties of Tin (II) Oxide

Properties and Applications of Chromium(III) Oxide

Properties cationic oxidation states

Properties highly dispersed metal oxide catalyst

Properties of Iron Oxides

Properties of Mesityl Oxide

Properties of Oxide Surfaces

Properties of Oxides Within a Period

Properties of Pyrazine A-Oxides and their C-Alkyl Derivatives

Properties of metal oxides

Properties oxide catalysts

Properties superacidic metal oxides

Propylene oxide physical properties

Propylene oxide, properties

Radical oxidizing properties

Radiolytic oxidation of graphite effect on properties

Redox properties of oxides

Redox properties, of metal oxides

Roland, The Structure and Properties of Mixed Metal Oxides

Semiconducting properties transition metal oxides

Semiconductor properties of iron oxides

Sodium oxide properties

Solid Oxide Fuel Cells: Materials Properties and Performance

Spectroscopic Property of the Passive Oxide

Strontium oxide properties

Strontium oxide thermal properties

Structural Properties of Thermally Activated Mixed Oxides

Structural properties oxide catalysts

Structure and Physical Properties of Nitrous Oxide

Structure and Properties of Perovskite Oxides

Structure and Surface Properties of Oxidic Supports

Structure and properties of poly-(2,6-dimethyl-p-phenylene oxide) (PPO)

Structure—property correlations copper oxides

Sulfur oxides properties

Surface Properties of Metal Oxides

Surface chemical properties of oxides

Synthesis Methods and Properties of Mixed Oxides Electrolytes

Ternary oxide dielectric properties

Testing oxidizing properties

Textural Properties of Mixed Oxides

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

Thermal oxide electrical properties

Thermal oxide physical properties

Thermodynamic Properties of Deuterium Oxide (Heavy Water)

Thermodynamic Properties of Nitrous Oxide

Thermodynamic properties intermediate oxides

Thermodynamic properties of oxides

Thermodynamic properties oxidation-reduction reactions

Thermodynamic properties rare earth oxides

Titanium oxide electronic properties

Transition metal oxides ground state properties

Transition-metal oxides properties

Vanadium oxide aerogels properties

Vanadium oxide electrical properties

Vanadium oxidizing/reducing properties

Variation in Properties of Oxides Within a Period

Zinc oxide electrical properties

Zinc oxide optical properties

Zinc oxide properties

Zinc oxide thermal properties

Zinc oxide thin films piezoelectric properties

Zinc oxide whiskers properties

Zirconium oxide properties

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