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Oxygenated compound

Usually best choice for desiccation of gases (<3% water) such as argon, helium, hydrogen, chlorine, hydrogen chloride, sulfur dioxide, ammonia, air, and chemical classes such as aliphatics, aromatics, halogenated compounds, oxygenated compounds (siUca gel, zeoHtes, activated alumina all alternatives some regenerable, some not). [Pg.458]

Consequently, any association must decrease chain tendency to degradation. However, the existence of such intermediate particles at association, which possess lower height of the reaction barrier, may be probable. In this case, kinetic probabilities of the process performance increase. A sufficiently sharp increase of kinetic probabilities of the reaction must be observed in the case, if a low-molecular compound (oxygen, for example) participating in the reaction is highly stressed. But it is necessary to remember that even if kinetic probabilities of the process are increased, the reaction will also proceed in the case of its thermodynamic benefit. As association depends on macromolecule concentration, it should be taken into account at the calculation of kinetic and thermodynamic parameters of the process according to thermodynamics. [Pg.361]

A surgical implant is constantly bathed in extracellular tissue fluid. Basically water, this fluid contains electrolytes, complex compounds, oxygen and carbon dioxide. Electrolytes present in the largest amounts are sodium (Na ) and chloride (Cl ) ions. Most of the fluids existing in the body (such as blood, plasma and lymph) have a chloride content (and pH) somewhat similar to that of sea water (about 5 to 20g/l and pH about 8) . [Pg.472]

Hydrazine Methanol Fluoroethylene Deutero compounds Oxygen... [Pg.132]

Since the charge of any compound equals 0, the charge of Re is determined algebraically knowing that in most ionic compounds, oxygen has a -2 charge. [Pg.35]

With concentrated mineral acids azobenzene gives red salts, as may be shown by pouring hydrochloric acid on it. Addition of hydrogen leads to the re-formation of the hydrazo-compound. Oxygen is added on and the azoxy-compound formed by the action of hydrogen peroxide or nitric acid. The synthesis of asymmetrical aromatic azo-compounds from nitroso-compounds and primary amines was discussed above. [Pg.185]

TABLE A2 Thermochemical Data of Selected Chemical Compounds Oxygen, monatomic (O), ideal gas, molecular weight = 15.9994... [Pg.623]

Compound Oxygen perturbation (CHCI3 soln.) Phorsphorescence (low-temp, glass)... [Pg.36]

Trace impurity removal (e.g., sulfur compounds, nitrogen compounds, oxygen compounds, iodide, aromatics, metals). [Pg.174]

Only one phosphide mineral appears on the list. The tabulation contains twenty-six arsenate species but not a single arsenide. The fibrous minerals recorded reflect the limitations imposed by natural circumstances, and especially the opportunities for elements to be juxtaposed geochemically and able to produce a particular mineral compound. Oxygen containing compounds form by far the most prevalent natural fibers, but simple hydroxide and carbonate compounds are also prominent on the list. There are more oxyhalides and water-containing minerals than pure chloride minerals, al-... [Pg.79]

MgO This is another ionic compound. Oxygen will be -2 by rule 1, leaving the magnesium ion as +2. [Pg.123]

Previous studies have shown that water, iron (including iron-related compounds), oxygen, and carbon dioxide (all found in soil) have adverse effects on solvated electrons. According to Commodore, the SET process can be applied to soil successfully in the presence of these competing substances. Presently, Commodore has used the SET process in either bench-scale or field treatability study applications. [Pg.469]

The dioxides (and, in some measure, also the sesquioxides) are nonstoichiometric compounds oxygen-rich An02+x for light actinides An02 x from Pu (or Np) on the nonstoichiometry being related to the relatively close oxygen potentials of An and An or An" " in light actinides and of An " and An in heavy actinides. [Pg.238]

A significant portion of the sulfur- and nitrogen-containing species in crude oil can be found in heterocyclic form within the asphaltene, maltene, and resin compounds. Oxygen-containing heterocycles may also be present. Examples of high-molecular-weight aromatic, resinous, and polar compounds found in crude oil are provided in TABLE 3-1. [Pg.36]

Knock control compounds Oxygenates Help control predetonation and ignition delay See TABLE 3-7... [Pg.45]

In compounds, oxygen usually has an oxidation number of -2. An annoying exception is the peroxides, like H2O2, in which oxygen has an oxidation number of -1. [Pg.248]

Butane is used in the petrochemical industry to produce a variety of other compounds. Oxygenated products of n-butane include acetic acid (CH3COOH), methanol (CH3OH),... [Pg.47]

Fig. 4.4 Crystal structures of two more 1 2 compounds oxygen is the larger circle in both (a) unit cell of rutile, Ti02l tetragonal, space group Pd1fmmr, (b) unit cell of 0-crKtobaiite, SiO, [From Ladd. M. F C. Structure and Bonding in Solid State Chemistry, Wiley ... Fig. 4.4 Crystal structures of two more 1 2 compounds oxygen is the larger circle in both (a) unit cell of rutile, Ti02l tetragonal, space group Pd1fmmr, (b) unit cell of 0-crKtobaiite, SiO, [From Ladd. M. F C. Structure and Bonding in Solid State Chemistry, Wiley ...
Sulfur Compounds — Oxygen Compounds—Nitrogen Compounds — Organometallic Compounds Resins and Asphaltenes 40... [Pg.553]

Iodobenzene and some Related Compounds.—Aromatic iodo-compounds containing iodine in the nucleus unite with two atoms of chlorine to form iodochlorides (Preparation 469), the iodine becoming trivalent. Caustic soda converts the latter into iodoso-compounds, oxygen replacing the two chlorine atoms (Preparation 465.)... [Pg.428]

Reactivity of Oxygen In covalent compounds, oxygen generally achieves an octet configuration either... [Pg.588]

Fortunately, the continued developments of the hydrodesulfurization process over the last two decades has resulted in the production of catalysts that can tolerate substantial amounts of nitrogen compounds, oxygen compounds, and metals without serious losses in catalyst activity or in catalyst life (Chapter 5). Thus, it is possible to use the hydrodesulfurization process not only as a means of producing low-sulfur liquid products but also as a means of producing low-sulfur, low-nitrogen, low-oxygen, and low-metals streams that can be employed as feedstocks for processes where catalyst sensitivity is one of the process features. [Pg.169]

In most compounds, oxygen (O) atoms have an oxidation number of -2 and hydrogen (H) atoms have an oxidation number of +1. [Pg.139]


See other pages where Oxygenated compound is mentioned: [Pg.156]    [Pg.21]    [Pg.1568]    [Pg.472]    [Pg.4]    [Pg.3]    [Pg.399]    [Pg.69]    [Pg.478]    [Pg.22]    [Pg.429]    [Pg.185]    [Pg.243]    [Pg.67]    [Pg.60]    [Pg.22]    [Pg.1238]    [Pg.748]    [Pg.37]    [Pg.156]    [Pg.152]    [Pg.56]    [Pg.2201]    [Pg.2678]   


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All-oxygen crown compounds

Aluminum ionic compound with oxygen

Aluminum oxygen compounds

Ammonia catalyst poisons Oxygen compounds

Anionic Boron-Oxygen Compounds

Applications of Chlorine-Oxygen Compounds

Aromatic Compounds Containing Benzyl-Oxygen Linkages

Aromatic compound oxygen

Aryl Oxygen Compounds

Biological Effects of Reduced Oxygen Compounds

Boron Compounds with Oxygen Ligands

Boron, diboron compounds oxygen

Boron-oxygen compounds

Boron-oxygen compounds organic derivatives

Bromine-oxygen compounds

Caesium compounds with oxygen

Calcium ionic compound with oxygen

Carbon fluorinated oxygen compounds

Carbon-Oxygen Compounds

Carbon-hydrogen-oxygen compound

Carbon-hydrogen-oxygen compound combustion

Carbon-oxygen bonds compounds

Carbonyl and Oxygen-containing Compounds

Carbonyl compounds carbon-oxygen bond cleavage

Carbonyl compounds oxygenation

Carbonyl compounds, a-oxygenated

Carbonyl compounds, a-oxygenated Wittig reaction

Carbonyl compounds, a-oxygenated selectivity

Chemical Compound Fuel or Oxygen Rich

Chloroaromatic compounds, containing oxygen

Citrus oxygenated compounds

Compound iron-oxygen bond energy

Compounds Containing Oxygen Atoms

Compounds Containing Sulfur-Oxygen Bonds

Compounds containing nitrogen-oxygen bonds

Compounds of Oxygen

Coordination compounds oxygen transport

Digression on the Central Role of Silicon-Oxygen Compounds in Chromatography

Diorgano Oxygen Sulfur (or Selenium) Tellurium Compounds

Diorgano Oxygen X Tellurium Compounds

Eight-ring Oxygen Compounds

Electrochemical reductive cleavage a-oxygenated carbonyl compounds

Equilibrium oxygen pressure compounds

Exchange reactions, oxygen isotope organic compounds

Exchange reactions, oxygen isotope, of organic compounds

FUNCTIONAL COMPOUNDS CONTAINING OXYGEN, SULPHUR OR NITROGEN AND THEIR DERIVATIVES

Fluorine oxygen compounds with

Giving Oxygen Compounds

Group 13 elements oxygen compounds

Halogen compounds containing oxygen

Heterocyclic Oxygen Compounds with Three or More Rings

Heterocyclic compounds reactions with singlet oxygen

Iodine-oxygen compounds

Lead compounds oxygen-coordinated products

Lead/oxygen compounds

Liquid-Phase Oxidations with Hydrogen Peroxide and Molecular Oxygen Catalyzed by Polyoxometalate-Based Compounds

Lithium compounds with oxygen

Magnesium compounds oxygen complexes

Manufacture of Chlorine-Oxygen Compounds

Metal-aryl compounds, oxygenation

Michael oxygenated analogous compounds

Microdetermination of Oxygen in Phosphorus-containing Compounds

Molecular oxygen, oxidation organometallic compound

Nature of chemical bonds for oxygen in its compounds

Neutrophils reactions of reduced oxygen compounds

Niobium oxygen compounds

Nitrites, nitrogen-oxygen compounds

Nitro, nitrogen-oxygen compounds

Nitrogen and oxygen containing compounds

Nitrogen binary compounds with oxygen

Nitrogen oxygen compounds

Nitrogen, sulfur and oxygen compounds

Nitrogen-oxygen compounds behavior

Nitrogen-oxygen compounds generally

Nitrogen-oxygen compounds nitrate

Nitrogen-oxygen compounds nitroso

Nitrogen-oxygen compounds reaction with, phosgene

Nonaromatic compounds, containing oxygen

Nonmetals oxygen compounds

Of oxygenated aromatic compounds

Organic chemistry compounds with oxygen

Organic compounds Oxygen

Organic compounds biochemical oxygen demand

Organic compounds chemical oxygen demand

Organic compounds containing boron-oxygen bonds

Organic compounds containing oxygen

Organic compounds containing oxygen atoms

Organic compounds oxygen hybridization

Organo-Oxygen Compounds

Organoantimony oxygen compounds—

Organoarsenic oxygen compounds—

Organobismuth oxygen compounds—

Organogallium-oxygen compounds

Organolithium compounds with oxygen

Organomercury-oxygen compounds

Organometallic compounds oxygenation

Organometallic compounds with oxygen

Organozinc-oxygen compounds

Other Hydrogen-Oxygen Compounds

Other Oxygen Compounds

Oxidation of Oxygen-Containing Compounds

Oxidation of oxygenated compounds

Oxidation of unsaturated compounds with ozonized oxygen (ozonolysis)

Oxyfluorides oxygen compounds

Oxygen Compounds of Aluminum, Gallium and Indium

Oxygen Compounds of Nonmetallic Elements

Oxygen Compounds of Nonmetals

Oxygen Compounds of the Halogens

Oxygen Tellurium Compounds

Oxygen binary compounds

Oxygen chlorine compounds

Oxygen compounds

Oxygen compounds

Oxygen compounds Lewis acid catalysis

Oxygen compounds acetal substitution

Oxygen compounds carbonyl difluoride

Oxygen compounds elemental analysis

Oxygen compounds ester hydrolysis

Oxygen compounds intramolecular coordination

Oxygen compounds marine organic matter

Oxygen compounds of simocyclinon

Oxygen compounds phosgene

Oxygen compounds soil extractions

Oxygen compounds spectroscopy

Oxygen compounds structural properties

Oxygen compounds structure

Oxygen compounds synthesis

Oxygen compounds, crystal structures

Oxygen compounds, vapor pressure

Oxygen containing compounds

Oxygen containing compounds, protons

Oxygen coordination compounds

Oxygen crown ether compounds

Oxygen halogen compounds

Oxygen halogen compounds fluorinated peroxides

Oxygen halogen compounds reaction with

Oxygen halogen compounds reduction potentials

Oxygen heterocycles compounds

Oxygen heterocyclic compounds

Oxygen hydrogen compounds

Oxygen insertions into nitrogen-containing compounds

Oxygen nucleophiles allylic compounds

Oxygen organic compounds with

Oxygen organotin compounds

Oxygen oxidizable compound, reduction

Oxygen peroxo compounds

Oxygen reaction with organometallic compounds

Oxygen seven-coordinate compounds

Oxygen silicon compounds with

Oxygen with carbonaceous compounds

Oxygen, excited, reaction + unsaturated compounds

Oxygen, heterocyclic compounds 1,3-dioxolane

Oxygen, heterocyclic compounds 1,4-dioxane

Oxygen, heterocyclic compounds furan

Oxygen, heterocyclic compounds tetrahydrofuran

Oxygen, liquid, caution microdetermination in P compounds, 8:215

Oxygen, volatile inorganic compounds

Oxygen-, Sulphur-, and Selenium-bonded Compounds

Oxygen-Containing Heterocyclic Compounds

Oxygen-bonded Compounds

Oxygen-containing Compounds with More than One Ring

Oxygen-containing compounds hydroxyl radical reaction

Oxygen-containing compounds infrared spectra

Oxygen-containing compounds nitrate radical reaction

Oxygen-containing compounds preparation

Oxygen-containing compounds synthesis

Oxygen-containing compounds thermochemistry

Oxygen-containing compounds, dioxirane

Oxygen-containing compounds, dioxirane oxidation

Oxygen-containing compounds, evaluated

Oxygen-containing heterocycle synthesis compounds

Oxygen-deficient compounds

Oxygen-evolving complex model compounds

Oxygen-functionalized compounds

Oxygen-nitrogen bonds compounds

Oxygen-releasing compounds

Oxygen-sensitive compounds

Oxygen-substituted compounds - peroxomonophosphate

Oxygenate compounds

Oxygenate compounds

Oxygenated organic compounds

Oxygenated organic compounds, total oxidation

Oxygenated volatile organic compounds

Oxygenated volatile organic compounds OVOCs)

Oxygenation organic compounds having heteroatoms

Oxygenous compound

Oxygenous compound

Perovskite Materials and Related Compounds Oxygen Transport Parameters

Peroxide A compound containing oxygen

Petroleum oxygen compounds

Phosphorus-Oxygen-Nitrogen Compounds

Phosphorus-Oxygen-Sulphur Compounds

Photoreactions of Compounds containing Heteroatoms other than Oxygen

Potassium compounds with oxygen

Reaction with oxygen compounds

Reactions of molecular oxygen with nitrogen compounds

Reduced oxygen compounds, biological

Reduced oxygen compounds, biological effects

Rhenium complexes oxygen compounds

Rubidium compounds with oxygen

Selenium-Oxygen Compounds

Selenium-Oxygen-Halogen Compounds

Silicates oxygen compounds

Silicon compounds oxygen insertion

Silicon-oxygen bond formation compounds

Silicon-oxygen compounds

Singlet oxygen compounds

Sodium compounds with oxygen

Subject oxygen compounds

Sulfur-and oxygen-containing compounds

Sulfur-nitrogen-oxygen compounds

Sulfur-nitrogen-oxygen compounds amides

Sulfur-oxygen compounds

Sulfur-oxygen compounds reaction with, phosgene

Sulphur- or Oxygen-bonded Compounds

Sulphur-Oxygen Compounds

Sulphur-Oxygen-Halogen Compounds

Synthesis of Prenyl Oxygen Ring Phenolic Compounds

Tellurium oxygen halogen compounds

Temporary poisons oxygen compounds

Tetraorganolead Compounds Containing Oxygen and Sulfur

The Exchange of Other Organic Compounds containing Oxygen with Water

The Organosilicon-Oxygen Compounds

Total Oxidation of Oxygenated Organic Compounds

Unsaturated oxygen-containing compounds

Vinyl-Oxygen Compounds

Volatile oxygen compounds

Water and Other Oxygen-Containing Compounds

Xenon oxygen compounds

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