Solids oxidation states

T. Akrmoto, S. (1984) Mossbauer study on the high pressure phase ofiron(III) oxide. Solid State Commun. 50 97—100 Szczypa, J. Matysiak, J. Kosmilski, M. (1994) Standard enthalpies of proton adsorption on hematite in various solvent systems. Abstracts of 8 Int. Conf. Colloid Surf. Chem. Adelaide... 

Helmut Ullmann, Nikolai Trofimenko, Composition, structure and transport properties of perovskite-type oxides , Solid State Ionics 119,1-8 (1999). 

Greaves, C. (1983) A powder neutron diffraction investigation of vacancy and covalencein y-ferric oxide. Solid State Comm., 30, 257-63. 

Carlino, S., Hudson, M. J., Husain, S. W. and Knowles, J. A. (1996). The reaction of molten phenylphosphonic acid with a layered double hydroxide and its calcined oxide. Solid State Ionics 84, 117. 

Gas-solid reactive sintering can also be used in the oxidation of most metals or, more important, mixtures of metals. After oxidation, solid state sintering takes place. With mixtures of metals, a mixed oxide is produced which can be sintered by either solid state or liquid phase sintering. One example of alloy oxidation to produce a ceramic is in the synthesis of the superconductor YBa2Cu3Q. ... 

The elementary forms, hydroxides, carbonates, bicarbonates, oxides, and peroxides of the gronp 2 elements all are highly interrelated (eqnations 17 - 24) and hence are discnssed together see Oxides Solid-state Chemistry and Chalco-genides Solid-state Chemistry) ... 

Electronic Structure of Solids Fluorides Solid-state Chemistry Halides Solid-state Chemistry Macrocyclic Ligands Metallic Materials Deposition Metal-organic Precursors Oxides Solid-state Chemistry Periodic Table Trends in the Properties of the Elements Sol-Gel Synthesis of Solids Sohds Characterization by Powder Diffraction Structure Property Maps for Inorganic Solids Superconductivity Thin Film Synthesis of Solids. 

Oxides Solid-state Chemistry Sol-Gel Synthesis of Solids. 

Diffraction Methods in Inorgaitic Chemistry Electronic Structure of Solids Mixed Valence Compounds Oxides Solid-state Chemistry Solids Computer Modeling. 

Complex metal hahdes with the inverse spinel stmcture (see Oxides Solid-state Chemistry), Li2MCLi with M = Mg, Cr, Mn, Fe, Co, and Cd, are also examples of halide-type Li+ conductors these materials have conductivities of the order of 10 2 s cm at 300°C. i... 

Fast anionic conduction is found mainly in sohds of the fluorite (CaF2) and fluorite-related structures. It is also observed in sohds with the perovskite, YF3, tysonate (LaFs), and simple cubic structures (for these structures, see Oxides Solid-state Chemistry aoA Fluorides Solid-state Chemistry). The smaller anions (r 1.4 A) and F (r 1.2 A) show the fastest conduction however, good anionic conductivity is also found for Cl (r 1.7 A), Br (r 1.8 A), I (r 2.1 A), and for (r 1.7 A). 

Most of the catalysis using iridium compounds has typically exploited iridium with neutral, soft donor ligands such as phosphines, arsines, olefins, and carbon monoxide. Recent investigations into the chemistry of iridium in atypical environments has shown that oxygen ligand environments can support some very active iridium catalysts and may actually be more akin to the environment that exists around a metal when it is supported on an oxide support (see Water 0-donor Ligands and Oxides Solid-state Chemistry). 

---