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Structure oxides

The structure of these solid compounds is not known with certainty but an approximate formula might be NaAlOj.xHjO. Many aluminates occur in minerals, for example the spinels of general formula M (A102)2 where M may be Mg, Zn or Fe these have a mixed oxide structure, i.e. consist essentially of M AF and O ions. [Pg.152]

Red lead is insoluble in water. Like lead(II) oxide it can readily be reduced to lead. The structure of the solid, as the systematic name suggests, consists of two interpenetrating oxide structures, in which each Pb atom is surrounded octahedrally by six oxygen atoms, and each Pb" by three (pyramidal) oxygen atoms, the oxygen atoms being shared between these two units of structure. With dilute nitric acid the lead(ll) part dissolves, and the lead(IV) part precipitates as lead(IV) oxide ... [Pg.195]

Figure 7.2 The structural changes of zirconia as a function of temperature. The placement of the ions is shown only in the cubic oxide structure... Figure 7.2 The structural changes of zirconia as a function of temperature. The placement of the ions is shown only in the cubic oxide structure...
Fig. 16. Top High-rcsolution stereo SEM micrograph of the PAA oxide on 2024 aluminum. Bottom Schematic drawing of the oxide structure. Diagram from Refs. [9,59]. Fig. 16. Top High-rcsolution stereo SEM micrograph of the PAA oxide on 2024 aluminum. Bottom Schematic drawing of the oxide structure. Diagram from Refs. [9,59].
Because of their greater thickness, CAA oxides serve to protect the metal surface from corrosion better than thinner oxides but the important factor for bond durability is the stability of the outer oxide structure when water diffuses to the oxide-polymer interphase. Accordingly, it would be expected that the performance of CAA treated adherends would be similar, although no better, than that of PAA, or BSAA. The wedge test data shown in Fig. 20 and other work [29,77,97,98] support this and demonstrate that when these processes are done correctly the wedge test crack will be forced to propagate entirely within the adhesive. Similar arguments are likely with BSAA adherends, also. [Pg.975]

Earlier studies of 4-aminopyridine 1-oxide were less conclusive. The solid-state infrared spectrum could be interpreted to indicate the existence of both the imino structure and/or, more probably, the amino structure. Comparison of the actual pKa value of 4-aminopyridine 1-oxide wdth the value calculated using the Hammett equation was considered to indicate that the compound existed as such or as an equilibrium mixture with l-hydroxypyrid-4-onimine, the latter possibility being considered the less likely on the basis of resonance and bond energies/ Resonance energy and ultraviolet spectral considerations have been advanced to support the 4-aminopyridine 1-oxide structure/ The presence of an infrared absorption band at... [Pg.411]

Electronic spectral considerations were invoked by Boyer et in favor of the i/i-o-dinitroso- structure and by Mallory and Wood against an oxaziridine formulation for the jV-oxide structure. The spectra of some nitrobenzofuroxans have been reported. [Pg.7]

Thermolysis of 3-oxaquadricyclanes in which the bond between Cl and C2 is part of a cyclohexane structure gives a,/J-annulated oxepins 11 in good yield.133 The enlargement of the an-nulated ring favors the arene oxide structure.134... [Pg.13]

When the valence tautomeric mixture of oxepin and benzene oxide is treated with singlet oxygen, the primary product is the 1,4-endoperoxide 3 which has proven to be too labile for isolation.219 Its formation can be rationalized by a 1,4-addition across the diene system of the benzene oxide structure 3 then rearranges to ba s-3,6,9-trioxatetracyclo[6.1.0.02 4.05 ]nonane (transbenzene trioxide, 4). [Pg.48]

The equilibrium between oxepin and benzene oxide created interest in performing Diels-Alder reactions trapping one or both isomeric structures.1 The reaction of maleic anhydride or maleic imide with oxepin and substituted derivatives gives products 1 derived from the addition of the dienophile to the benzene oxide structure.2-l4-126 14 9 156 158 228 231-259... [Pg.50]

Lithium-ion cells operate during charge and discharge by a mechanism that involves the electrochemical insertion of lithium into, and extraction from, positive and negative electrode host structures. For example, in the well known Li tC6 / Li, tCo02 system, which is assembled in the discharged state, lithium ions are extracted from the metal oxide structure and... [Pg.293]

Thorium, tetrakis(4,4,4-trifluoro-l-thienyl-l, 3-butanedione)(trioctylphosphine oxide)-structure, 1, 98 Thorium, triaquatetranitrato-structure, 1, 99... [Pg.235]

Uranium. tetrathiocyanatotetrakis[tris-(dimethylamino)phosphine oxide]-structure, 1.87 Uranium carbide nuclear fuels dissolution, 6, 928 Uranium complexes, 3,1131-1215 carbamic acid... [Pg.241]

Chemisorption of oxygen at Ag(110) at 300 K forms added rows of-Ag-O-extending along the [001] direction much like those observed with Cu(110). At saturation the monolayer, as with Cu(110), has a (2 x 1)0 structure.16 On exposure to ammonia at 300 K, Guo and Madix established17 that this oxide structure undergoes extensive restructuring where the added silver atoms in the monolayer are released to form nanoscale islands with the formation of... [Pg.84]

C. N. R. Rao, B. Raveau, Transition Metal Oxides Structures, Properies, and Synthesis of Ceramic Oxides. Wiley, 1998. [Pg.255]

The surface phase diagram of vanadium oxides on Rh(l 11) has been investigated in a series of papers of our group [4, 18, 19, 90, 101-103]. It is characterized by pronounced polymorphism and many different oxide structures have been detected as a function of coverage and growth temperature. The vanadium oxide structures for coverages up to the completion of the first monolayer formed on Rh(l 11) under the different preparation conditions may be subdivided into highly oxidized phases... [Pg.160]


See other pages where Structure oxides is mentioned: [Pg.223]    [Pg.606]    [Pg.855]    [Pg.885]    [Pg.265]    [Pg.4]    [Pg.236]    [Pg.274]    [Pg.1332]    [Pg.3]    [Pg.11]    [Pg.17]    [Pg.294]    [Pg.315]    [Pg.132]    [Pg.155]    [Pg.194]    [Pg.247]    [Pg.507]    [Pg.398]    [Pg.85]    [Pg.48]    [Pg.15]    [Pg.149]    [Pg.156]    [Pg.156]    [Pg.161]    [Pg.162]    [Pg.167]    [Pg.175]    [Pg.257]   
See also in sourсe #XX -- [ Pg.129 , Pg.130 , Pg.131 , Pg.132 ]




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2- Substituted 1,2,3-triazole 1-oxides structure

3-Methyl-5-phenyl-tetrazole 1 -oxide structure

A-D-Glucofuranose: structure oxidation

Acceptor Doping in Perovskite Structure Oxides

Active Ensemble Structures for Selective Oxidation Catalyses at Surfaces

Alcohol oxidation structure

Alcohol oxidation structure/reactivity relationships

Alkaline earth oxides cubic structure

Allylic oxidation 14-membered ring structures

Aluminum oxide crystal structure

Aluminum oxides structure

Amine oxide, structure

Anatase structures, titanium oxides

Anodic oxides structure

Approaches to the Improvement of Metal Oxide Structure Stability

Arene oxides structure

Arsenic oxide fluorides structure

Arsine oxides structure

Baccharis oxide structure

Band structure calculations oxide materials

Barium oxide, structure

Basic oxide crystal structures

Binary oxides electronic band structures

Bismuth oxides, band structure

Boron oxide structure

Bulk electronic structure of simple oxides

Bulk metal oxides structures

Butylene oxide treatment structure

Calcium oxide structure, data

Calcium oxide, structure determination

Carbonyl oxides electronic structure

Cellulose periodate-oxidized, structure

Ceramic oxides spinel-type structure

Cerium oxide electronic structure models

Cerium oxides crystal structure

Cerium oxides structure-bonding

Chemical structure of oxidized

Chlorine trifluoride oxide molecular structure

Chromium based oxides crystal structures

Chromium oxides, structure

Cobalt oxide structure

Complex Structures with Oxides of Mo, W, V, Nb, Ta, Ti

Copper oxide superconductors structure

Corundum structure, oxides

Crystal Structures of Halides, Oxides, Chalcogenides, Pnictides

Crystal structure oxide film

Crystal structure, thin films changes with oxidation

Crystal structures mixed oxides

Crystal structures, of oxides

Defect Structures of Proton-conducting Oxides

Defect structures of iron oxides

Dipole structures nitrile oxides

Dislocation-Dissociation in Oxides with the Fluorite Structure

Double oxides, structures, thermal

Duplex oxide structure

Effect of Oxide Structure

Electron backscatter diffraction (EBSD) analyses of oxide scale structure

Electronic Configuration, Oxidation States, Structures

Electronic Structure of Copper Oxide Superconductors

Electronic Structure of Oxide Surfaces

Electronic structure indium oxide film

Electronic structure nitrous oxide

Electronic structure of oxide

Electronic structure oxidation

Electronic structure oxidation states

Ethylene oxide structure

FTIR determination of carbonyl structures in oxidized polyethylenes

Fluorite structure oxides

Further complex oxide structures

Germanium oxide , crystal structure

Germanium oxides structure

Gold oxides, structure

Hair Pigment Structure and Chemical Oxidation

Hexagonal structure, oxides

Hexagonal structured oxides

Hierarchically structured porous materials oxides

Hollandites oxides with tunnel structures

Hydrocarbon Reforming 1 Micro Structured Monoliths for Partial Methane Oxidation

Hydrous oxides structural aspects

Hydroxamic acids oxidation structures

Intermediate oxides structural

Iridium-catalyzed water oxidation electronic structure

Iron oxide , defect structure

Iron oxide , structure

Iron oxide crystal structure

Iron oxide sols structure

Iron oxide, polymorphs crystal structures, magnetic

Iron oxides electronic structure

Iron oxides high pressure electronic structure

Iron oxides, surface structures

Is CO Oxidation a Structure-insensitive Reaction

Lanthanum oxide structures

Layered Oxide Structures as Interfaces

Layered Structured Hexagonal Oxide

Layered structure oxides

Lead oxide nano-structure

Lead oxide structure

Lead oxide, crystal structure

Limonene oxide structure

Lithium oxides, layered structures

Lithium-rich layered oxide structures

Magnesium oxide properties Surface structures

Manganese oxide crystal structure

Manganese oxide structure

Manganese oxides with layer structures

Manganese oxides with tunnel structures

Manganese-catalyzed water oxidation structures

Mechanism of lithographic mask chrome structure oxidation

Mesoporous, Macroporous, and Hierarchical Metal Oxide Structures

Metal oxide clusters electronic structures

Metal oxide electronic structures

Metal oxide with modulated structures

Metal oxide-based compounds porous structure

Metal oxides of rocksalt structure

Metal oxides structures

Metal-oxide-semiconductor structures

Metal-oxide-semiconductor structures capacitance

Mixed Oxides Perovskite Structures Perovskites

Mixed metal oxides pyrochlore structure

Mixed oxides structure

Mixed oxides, structure types

Mixed oxides, structure types fluorite

Mixed oxides, structure types perovskite

Mixed oxides, structure types phases

Mixed oxides, structure types pyrochlore

Mixed oxides, structure types sesquioxide

Moderate temperature oxidation protection using nanocrystalline structures

Molecular Structures of Surface Metal Oxides

Molybdenum oxide based structure

Molybdenum oxides, bulk structure

Molybdenum oxides, surface structure

Nano-structured lead oxide

Naphthalene, Electrochemical Oxidation structure

Nickel oxide structure

Nickel oxide surface structure

Niobium oxide related structures

Nitric oxide Lewis structure for

Nitric oxide crystal structure

Nitric oxide synthase dimeric structure

Nitric-oxide synthase structure

Nitride-oxide-semiconductor structures

Nitrile oxide, cycloaddition structure

Nitrile oxides structural chemistry

Nitrogen oxides Lewis structure

Nitrogen oxides structures

Nitrous oxide chemical structure

Non-Oxide Ceramics Structure, Technology, and Applications

Olivine Structured Oxide

Other Structure-Sensitive Oxidation Reactions

Oxidation nanocrystalline structures

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

Oxidation potentials structural effects

Oxidation quinoline structures

Oxidation reaction, structure-sensitive

Oxidation reactions xanthate structures

Oxidation structural motifs

Oxidative Modifications of Protein Structures

Oxidative activation catalyst structure-activity correlation

Oxidative activation electronic structure

Oxidative activation structural data

Oxidative activation structural motif

Oxidative metabolites arachidonic acid, structure

Oxide Ceramics Structure, Technology, and Applications

Oxide Layer Structure

Oxide catalysts, surface structure

Oxide cathodes structures)

Oxide ceramic materials, perovskite crystal structure

Oxide crystal structure

Oxide electrocatalysts band structure

Oxide electrocatalysts crystal structures

Oxide electronic structures

Oxide geometric structure

Oxide scales structure

Oxide support effect molecular structure

Oxide valence electronic structure

Oxide-bridged dinuclear complexes structural parameters

Oxides TiO2 structure

Oxides Wurtzite structure

Oxides crystal structure data for

Oxides perovskite structure

Oxides pyrochlore structure

Oxides rhenium oxide like structures

Oxides rock salt structure

Oxides structural chemistry

Oxides structural properties

Oxides structure and

Oxides structure types

Oxides with Other Structures

Oxides with Spinel Structure

Oxides with the Corundum Structure

Oxides with the Cubic Rare-Earth Sesquioxide Structure

Oxidic superconductors, crystal structure

Oxidized Poly structural changes

Oxidized flavins, structures

Oxidized graphite, structure

Oxidized phospholipids chemical structures

Particular Wurtzite structure, oxides

Particular fluorite structure, oxides

Particular perovskite structure, oxides

Particular rock-salt structure, oxides

Particular rutile structure, oxides

Periodate oxidation resistant structure

Periodate oxidation structure determination

Perovskite structure binary oxides

Perovskite structured mixed metal oxides

Perovskite-Related Copper Oxide Structures

Perovskite-related structures, oxide

Perovskite-related structures, oxide systems

Perovskite-type oxide structure

Phosphine oxide, structure

Phosphorus oxide structure model

Phosphorus oxides crystal structure

Phosphorus oxides molecular structure

Photo-initiated oxidation, treatment structure of intermediary products

Polyethylene oxide crystal structure

Polyethylene oxide nanocomposite structure

Polyethylene oxide) chemical structure

Polypropylene oxide crystal structure

Pyrochlore structured oxides

Ring structures bromine oxidation

Rocksalt oxides, structure

Rocksalt-structured oxides

Roland, The Structure and Properties of Mixed Metal Oxides

Ruthenium-catalyzed water oxidation structural features

Rutile structure oxides

Selective oxidation crystal structure, role

Selenium oxide structure

Shear planes oxide structure

Silicon oxide structure

Silver oxides, structure

Simple oxides, structural and electronic phase transitions

Solid binary oxides, structure-bonding

Solid mixed oxides, structure-bonding

Solid oxide fuel cells structure

Solid oxides structures

Some simple structures for oxides and other ionic compounds

Spinel Structured Oxide

Spinel structure ternary metal oxides

Spinel-structured 3d-metal oxides

Spinel-type structure oxides

Squalene oxide structure

Structural Characteristics of the Lanthanide Higher Oxides

Structural Insight into Transition Metal Oxide Containing Glasses by Molecular Dynamic Simulations

Structural Properties of Thermally Activated Mixed Oxides

Structural disorder of oxide

Structural during formic acid oxidation

Structural properties oxide catalysts

Structural stabilities of Mn(IV) oxides

Structurally Ordered Oxides

Structure and Energetics Calcium Oxide

Structure and Physical Properties of Nitrous Oxide

Structure and Properties of Perovskite Oxides

Structure and Reactivity of Lithiated Phosphine Oxide Anions

Structure and Surface Properties of Oxidic Supports

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

Structure lanthanide oxides

Structure of Bulk Oxides

Structure of Nitric Oxide Synthase

Structure of Oxide Glasses

Structure of Vanadium Oxide Monolayers

Structure of oxides

Structure of the Electrical Double Layer on HTSC Oxides

Structure prototypes rhenium oxide (ReO

Structure studies metal oxides

Structured Catalytic Reactors for Selective Oxidations

Structures and diffusion in metal oxides

Structures bulk oxides

Structures copper oxides

Structures for Oxides Glasses

Structures metal oxide catalysts

Structures of the individual iron oxides

Structures uranium oxides

Structure—property correlations copper oxides

Studies of Superconducting Oxides with the Sodium Chloride Structure

Studies of Superconducting Oxides with the Spinel Structure

Supported metal oxides molecular structures

Surface metal oxide species molecular structures

Surface metal oxide species structure

Surface metal oxide species structure studies

Surface structure oxidized alloys, correlation

Ternary metal oxides with spinel structure

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

The structure of hydrated metal oxide surfaces from X-ray diffraction studies

The structures of binary oxides

Thermal-Oxidation of Network Structures

Thianthrene 5-oxide, structure

Titanium oxide electronic structure

Titanium oxide shear structure

Transition manganese oxide structures

Transition metal oxides structure

Tributyltin oxide structure

Tungsten oxide shear structure

Tungsten oxide various structures

Tungsten oxides, structure

Tunnel structures oxides with

Uranium oxide crystal structure

Vanadium oxide , crystal structure

Vanadium oxide structure

Vanadium oxides, bulk structure

Water oxide structure

Yttrium oxide , crystal structure

Yttrium oxide structures

Zinc oxide crystal structure

Zinc oxide defect structures

Zinc oxide structure-activity relationship

Zinc oxide surface structures

Zirconium Oxide and Other Oxides with the Fluorite Structure

Zirconium oxide structure

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