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Periodate, oxidant

The Halogen Group (Nonmetal Oxidizers) Periods 2 to 6, Group 17 (VIIA)... [Pg.245]

By the template technique using anodic oxide films and pyrolytic carbon deposition, one can prepare monodisperse carbon tubes. Since the length and the inner diameter of the channels in an anodic oxide film can easily be controlled by changing the anodic oxidation period and the current density during the oxidation, respectively, it is possible to control the length and the diameter of the carbon tubes. Furthermore, by changing the carbon deposition period, the wall thickness of the carbon tubes is controllable. This template method makes it possible to produce only carbon tubes that are not capped at both ends. Various features of the template method are summarized in Table 10.1.1 in comparison with the conventional arc-discharge method. [Pg.559]

By adjusting catalyst concentration from the higher value of Hay and Blanchard to that used in this study, we can direct the oxidation of aromatic hydrocarbons to increase the yields of alcohols and aldehydes. The oxidation period for optimum conversion can readily be determined by low voltage mass spectrometry. [Pg.413]

Ellis K. Fields We have found o-methylbenzyl bromide among the oxidation products of o-xylene. Even though this bromide persists during the oxidation period and appears to solvolyze somewhat more slowly than other benzyl bromides, it releases its bromine eventually to initiate and propagate free radical chains. [Pg.416]

Table 14.16 provides values of the kd, rjd, and kuv together with the overall percent TOC removal efficiencies obtained for 1-hr photocatalytic treatment of 15 times diluted reactive dye bath effluent at various reaction pH values (Alaton et al., 2002). At the end of the photocatalytic oxidation period, overall color removal ranged between 89.5 and 94.6% at varying pH values. In terms of TOC removal, pH 3 appeared to be the optimal condition for the UV/ Ti02 system. [Pg.567]

Potential/time relation informs about kinetics of antioxidant oxidation. Table 27.5 displays semi-oxidation periods and average constants of oxidation rate for main antioxidants. [Pg.660]

Semi-oxidation periods (ti/2) and average constants of oxidation rate (K) in antioxidant/mediator reaction (p — 0.95, re = 5)... [Pg.660]

The l-deoxy-D-cn7/iro-2,3-hexodiulose derivative 268 has been synthesized by ruthenium oxide-periodate-promoted oxidation of a D-glucofura-nose derivative, followed by an unusual rearrangement (Scheme 29).495... [Pg.278]

A novel method for oxidation of starch to starch dialdehyde has been presented. The oxidant (periodate) could be continuously recovered by electro-oxidation and the product was isolated on ion exchangers. The procedure permits full conversion (degree of oxidation = 1) of starch to starch dialdehyde .333,334... [Pg.319]

The temperature of the furnace is slowly raised to 350-450° over a period of 30 min then the furnace is held at this temperature in order to convert the lower technetium oxides to ditechnetium heptaoxide. This oxidizing period varies from sample to sample but is usually complete in about 30 min. The protective tube is now partially withdrawn from the furnace thus exposing the sealed tube holding the product. This produces a cold region at one end of the sealed tube into which the sample sublimes. The furnace is then allowed to cool to 230°. The clay plug is removed, and the protective tube is now pushed through the furnace to provide a cold region (at the opposite end of the product tube) into which the oxide sublimes. The furnace temperature is maintained at 230°. The time required for the final sublimation is ca. [Pg.157]

A stereospecific reduction of a pseudoglycal has been used to prepare the same isomer.23 Reduction of methyl 4,6-0-benzylidene-2,3-dideoxy-/3-D-erythro-hex-2-enopyranoside (6) with lithium aluminum deuteride led to the stereospecific synthesis of 4,6-0-benzylidene-3-deoxy-D-glucal-3(S)-d (7), which, after oxidation with osmium tetra-oxide-periodate followed by debenzylidenation, gave 2-deoxy-D-erythro-Tpentose-2(S)-d (2-deoxy-2-deuterio-D-arabinose) (8). Reduc-... [Pg.131]

Because the PPR is operated as an adiabatic reactor, the strongly exothermic oxidation reaction (iii) causes a temperature wave traveling through the bed, giving rise to a peak outlet temperature in the initial period of the acceptance cycle, as. shown in Fig. 26. In this figure, the temperature profile predicted by a mathematical model developed at the Shell laboratory in Amsterdam is compared with the profile measured in an industrial reactor to be described later. During the initial oxidation period, the copper is not yet active for reaction with sulfur oxides, so there is a slip of sulfur in the initial period, as can be seen in Fig. 27. It can be inferred that the sulfur dioxide concentration profile of the effluent of the industrial reactor is in close agreement with the profile predicted on the basis of a kinetic model developed at the Shell laboratory in Amsterdam. [Pg.345]


See other pages where Periodate, oxidant is mentioned: [Pg.266]    [Pg.164]    [Pg.20]    [Pg.49]    [Pg.266]    [Pg.85]    [Pg.425]    [Pg.198]    [Pg.197]    [Pg.535]    [Pg.356]    [Pg.136]    [Pg.402]    [Pg.641]    [Pg.40]    [Pg.59]    [Pg.315]    [Pg.56]    [Pg.97]    [Pg.354]    [Pg.70]    [Pg.660]    [Pg.246]    [Pg.253]    [Pg.257]    [Pg.193]    [Pg.210]    [Pg.314]    [Pg.489]    [Pg.2550]    [Pg.407]   
See also in sourсe #XX -- [ Pg.371 ]




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1,2,3-Triols, periodate oxidation

1,2-Diols, periodate oxidation

1,2-Diols, periodate oxidative degradation

6-phosphate periodate oxidation

Acetaldehyde periodate oxidation

Adenosine periodate oxidation

Affinity label periodate-oxidized nucleotides

Alcohols periodic acid oxidation

Alcohols, amino, periodate oxidation

Aldehydes periodate oxidation

Alginic acid, periodate oxidation

Alkali halides, oxidations, sodium periodate

Alkali metal halides, oxidations, sodium periodate

Amphoteric oxides and hydroxides periodic trends in properties

Amylose, periodate oxidation

Amyloses periodate oxidation

Antibodies periodate oxidation

Antibodies periodate oxidized

Based upon Periodate Oxidation

Bobbitt, J. M., Periodate Oxidation

Butane-2,3-Diol, Oxidation Periodate

Carbohydrates, periodate oxidation

Carbon monoxide oxidation periodic activity

Carcinoembryonic antigen periodate oxidation

Cell walls periodate oxidation

Cells periodate oxidation

Cellulose periodate-oxidized, structure

Cobalt oxide, commercial periodate

Cyclitols periodate oxidation

Cyclodextrin periodate oxidation

Cytosine periodate oxidation

Dextran periodate oxidation

Dextrans periodate oxidation

Dextrose from the periodate oxidation of carbohydrates

Dimethyl sulfoxide, periodate oxidation

Disaccharides periodate oxidation

Enzymes oxidation with periodate

Erythropoietin periodate oxidation

Ethylene glycol periodate oxidation

Food products, periodate oxidative

Formaldehyde periodate oxidation

Fructose periodate oxidation

Galactomannan, periodate oxidation

Galactopyranosides periodate oxidation

Glucan periodate oxidation

Glucitol periodate oxidation

Glucomannan, periodate oxidation

Gluconic acid periodate oxidation

Glucosamine periodate oxidation

Glucosaminic acid periodate oxidation

Glucose oxidase oxidation with periodate

Glucose oxidation with periodate

Glucose periodate oxidation

Glyceritol periodate oxidation

Glycogen periodate oxidation

Glycolic acid periodate oxidation

Glycolipids periodate oxidized

Glycols cyclic 1,2-, periodate oxidation

Glycols oxidation with periodate

Glycols periodic acid oxidation

Glycoproteins periodate oxidation

Glycoproteins periodate-oxidized

Glycosaminoglycans periodate oxidation

Glycosphingolipid periodate oxidation

Glycosphingolipids periodate oxidation

Glyoxal periodate oxidation

Glyoxylic acid periodate oxidation

Halogens periodic acid oxidations

Heparan sulfate periodate-oxidized, cleavage

Heparin, periodate oxidation

Hexacyanoferrate periodic oxidation

Hexitols, periodate oxidation

Hexopyranose periodate oxidation

Hexopyranoses periodate oxidation

Hyaluronic acid periodate oxidation

Hydrazide periodate-oxidized antibodies

Hydrazides periodate oxidized antibodies

Hydroxyamino acids, periodic acid oxidation

Indoles oxidations, sodium periodate

Induction period, oxidative addition

Inositols periodate oxidation

Inulin periodate oxidation

Ketones, periodate oxidation

Ketoses, periodate oxidation

Lemieux-von Rudloff oxidation with permanganate and periodate

Linkage analysis periodate oxidation

Lipids periodate oxidation

Lipoproteins periodate oxidation

Malonaldehyde, periodate oxidation

Malonic acid, periodate oxidation

Maltose periodate oxidation

Methanol, periodate oxidation

Methyl ethers periodate oxidation

Methyl glycosides, periodic acid oxidation

Methyl periodate oxidation

Methylene groups, activated periodate oxidation

Monoclonal periodate oxidation

Monosaccharides periodate oxidations

Of periodate oxidation

Oxidation acidic periodate

Oxidation by periodic acid

Oxidation induction period

Oxidation number periodic relationships

Oxidation numbers periodic trends

Oxidation numbers periodic variation

Oxidation of Sulfides to Sulfoxides and Sulfones Sodium Periodate-Silica

Oxidation periodate, of carbohydrates

Oxidation periodic relationships

Oxidation sodium periodate

Oxidation sodium periodate-silica

Oxidation state periodic trends

Oxidation with Sodium Periodate and Potassium Permanganate

Oxidation with sodium periodate

Oxidation with sodium periodate-ruthenium trichlorid

Oxidation, enzymic with periodate

Oxidations Using Nitrate and Periodate as Redox Catalysts

Oxidative cleavage sodium periodate

Oxidative with sodium periodate

Oxides and the Periodic Table

Oxides distribution through Periodic Table

Oxides, of Period 3 elements

Oxidizers periodates

Period 3 oxides

Period 3 oxides

Periodate Oxidation (Smith Degradation)

Periodate Oxidation Followed by Reductive Amination

Periodate Oxidation Techniques

Periodate Oxidation of Glycols and Carbohydrates

Periodate Oxidation of Glycoproteins Followed by Reductive Conjugation

Periodate Oxidation of Liposome Components

Periodate Oxidation of N-Terminal Serine or Threonine Residues

Periodate Oxidation of Polysaccharides

Periodate oxidation

Periodate oxidation

Periodate oxidation VOLUME

Periodate oxidation active methylene groups

Periodate oxidation anomeric configuration studies

Periodate oxidation description

Periodate oxidation electrolytic method

Periodate oxidation glycerol

Periodate oxidation glycol cleavage

Periodate oxidation glycosides

Periodate oxidation groups

Periodate oxidation histochemical oxidations

Periodate oxidation kinetics

Periodate oxidation labeled sugars

Periodate oxidation labeling

Periodate oxidation mechanism

Periodate oxidation of HRP

Periodate oxidation of glucoamylase

Periodate oxidation of thioanisole

Periodate oxidation oligosaccharides

Periodate oxidation resistant structure

Periodate oxidation spectrophotometric determination

Periodate oxidation structure determination

Periodate oxidation, determination

Periodate oxidation, effect

Periodate oxidation/borohydride

Periodate oxidation/borohydride reduction

Periodate oxidations glycol cleavage mechanisms

Periodate oxidations properties

Periodate oxidative degradation

Periodate, acidic, oxidation with

Periodate, acidic, oxidation with Subject

Periodate, osmium catalyzed oxidations

Periodate, oxidation with

Periodate-Oxidized Antibodies with Amine or Hydrazide Derivatives

Periodate-Oxidized HRP to Antibodies by Reductive Amination

Periodate-hypobromite oxidation

Periodate-oxidized cleavage

Periodate-oxidized polysaccharide

Periodate-oxidized, derivative

Periodates oxidants

Periodates oxidative cleavage of alkenes

Periodates, in oxidation

Periodic Acid Oxidation of Carbohydrates

Periodic Table oxidation states

Periodic acid as oxidant

Periodic acid dihydrate, oxidant

Periodic acid oxidant

Periodic acid oxidation

Periodic acid oxidation of fluoroalkenes

Periodic acid, analysis for oxidation

Periodic acid, oxidation with

Periodic acid, secondary oxidant

Periodic acid, tissue oxidation

Periodic operation, sulfur dioxide oxidation

Periodic operation, sulfur dioxide oxidation applications

Periodic relationships of oxidation

Periodic relationships of oxidation numbers

Periodic table of the elements oxidation numbers and

Periodicity II Valencies and Oxidation States

Periodicity IV Fluorides and Oxides

Permanganate-periodate oxidation

Polyhydroxy acids, periodic acid oxidation

Polysaccharide sodium periodate oxidation

Polysaccharides by periodate oxidation

Polysaccharides periodate oxidation

Polysaccharides periodic acid oxidation

Polysaccharides periodic oxidation

Potassium periodate oxidant

Preparation periodic acid oxidation

Properties of Oxides Within a Period

Raffinose periodate oxidation

Raffinose periodate-oxidized

Reductive amination periodate oxidation

Reductones periodate oxidation

Ruthenium oxide-Sodium periodate

Serine oxidation with periodate

Serine periodate oxidation

Sialic acids periodate oxidation

Sialic acids periodate oxidation/borohydride

Sodium periodate for oxidation of antibody

Sodium periodate oxidative cleavage of alkenes

Sodium periodate oxidative rearrangement

Stachyose periodate oxidation

Starch, periodic acid oxidation

Steroids, periodic acid oxidation

Sulfides, organic, periodate oxidation

Sulphide oxidation periodates

Tetrabutylammonium periodate oxidations

Threonine, periodate oxidation

Trehalose periodate oxidation

Tryptophan oxidation by periodate

Uridine periodate oxidation

Uses of Periodate-oxidized Carbohydrates

Variation in Properties of Oxides Within a Period

Whole periodate oxidation

Xylan periodate oxidation

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