Oxidative Dehydrogenation of Propane over V\\r sub/2sub\\r O\\r sub/5sub\\r /MoO\\r sub/3sub\\r /Al\\r sub/2sub\\r O\\r sub/3sub\\r and V\\r sub/2sub\\r O\\r sub/5sub\\r /Cr\\r sub/2sub\\r O\\r sub/3sub\\r /Al\\r sub/2sub\\r O\\r sub/3sub\\r :  Structural Characterization and Catalytic Function

Effect of Bi\\r sub/2sub\\r O\\r sub/3sub\\r Addition on Electron Paramagnetic Resonance, Optical Absorption, and Conductivity in Vanadyl-Doped Li\\r sub/2sub\\r O−K\\r sub/2sub\\r O−Bi\\r sub/2sub\\r O\\r sub/3sub\\r −B\\r sub/2sub\\r O\\r sub/3sub\\r Glasses

Effect of Bi\\r sub/2sub\\r O\\r sub/3sub\\r content on properties of (Na\\r sub/2sub\\r O, K\\r sub/2sub\\r O)–SiO\\r sub/2sub\\r –CaO–Al\\r sub/2sub\\r O\\r sub/3sub\\r –B\\r sub/2sub\\r O\\r sub/3sub\\r glass system

Solid-State Coordination Chemistry:  Structural Influences of Copper−Phenanthroline Subunits on Oxovanadium Organophosphonate Phases. Hydrothermal Synthesis and Structural Characterization of the Two-Dimensional Materials [Cu(phen)(VO)(O\\r sub/3sub\\r PCH\\r sub/2sub\\r PO\\r sub/3sub\\r )(H\\r sub/2sub\\r O)], [{Cu(phen)}\\r sub/2sub\\r (V\\r sub/2sub\\r O\\r sub/5sub\\r )(O\\r sub/3sub\\r PCH\\r sub/2sub\\r CH\\r sub/2sub\\r PO\\r sub/3sub\\r )], and [{Cu(phen)}\\r sub/2sub\\r (V\\r sub/3sub\\r O\\r sub/5sub\\r )(O\\r sub/3sub\\r PCH\\r sub/2sub\\r CH\\r sub/2sub\\r CH\\r sub/2sub\\r PO\\r sub/3sub\\r )\\r sub/2sub\\r (H\\r sub/2sub\\r O)] and of the Three-Dimensional Phase [{Cu(phen)}\\r sub/2sub\\r (V\\r sub/3sub\\r O\\r sub/5sub\\r )(O\\r sub/3sub\\r PCH\\r sub/2sub\\r PO\\r sub/3sub\\r )\\r sub/2sub\\r (H\\r sub/2sub\\r O)]

Some Surface and Catalytic Properties of V\\r sub/2sub\\r O\\r sub/5sub\\r -Cr\\r sub/2sub\\r O\\r sub/3sub\\r /SiO\\r sub/2sub\\r , MoO\\r sub/3sub\\r -Cr\\r sub/2sub\\r O\\r sub/3sub\\r /SiO\\r sub/2sub\\r and NiO-Cr\\r sub/2sub\\r O\\r sub/3sub\\r /SiO\\r sub/2sub\\r Ternary Solid Catalysts

Syntheses, X-ray Structural Characterizations, and Thermal Stabilities of Two Nonclassical Trinuclear Vanadium(IV) Complexes, (V\\r sub/3sub\\r (μ\\r sub/3sub\\r -O)O\\r sub/2sub\\r )(μ\\r sub/2sub\\r -O\\r sub/2sub\\r P(CH\\r sub/2sub\\r C\\r sub/6sub\\r H\\r sub/5sub\\r )\\r sub/2sub\\r )\\r sub/6sub\\r (H\\r sub/2sub\\r O) and (V\\r sub/3sub\\r (μ\\r sub/3sub\\r -O)O\\r sub/2sub\\r )(μ\\r sub/2sub\\r -O\\r sub/2sub\\r P(CH\\r sub/2sub\\r C\\r sub/6sub\\r H\\r sub/5sub\\r )\\r sub/2sub\\r )\\r sub/6sub\\r (py), and Polymeric Complexes of Stoichiometry (VO(O\\r sub/2sub\\r PR\\r sub/2sub\\r )\\r sub/2sub\\r )\\r sub/∞sub\\r , R\\r sub/2sub\\r = Ph\\r sub/2sub\\r and\\r o-\\r (CH\\r sub/2sub\\r )\\r sub/2sub\\r (C\\r sub/6sub\\r H\\r sub/4sub\\r )

Absolute and Relative Rate Constants for the Reactions CH\\r sub/3sub\\r C(O)O\\r sub/2sub\\r + NO and CH\\r sub/3sub\\r C(O)O\\r sub/2sub\\r + NO\\r sub/2sub\\r and Thermal Stability of CH\\r sub/3sub\\r C(O)O\\r sub/2sub\\r NO\\r sub/2sub

Implications for the Thin-Film Densification of TiO\\r sub/2sub\\r from Carboxylic Acid-Modified Titanium Alkoxides. Syntheses, Characterizations, X-ray Structures of Ti\\r sub/3sub\\r (μ\\r sub/3sub\\r -O)(O\\r sub/2sub\\r CH)\\r sub/2sub\\r (ONep)\\r sub/8sub\\r , Ti\\r sub/3sub\\r (μ\\r sub/3sub\\r -O)(O\\r sub/2sub\\r CMe)\\r sub/2sub\\r (ONep)\\r sub/8sub\\r , Ti\\r sub/6sub\\r (μ\\r sub/3sub\\r -O)\\r sub/6sub\\r (O\\r sub/2sub\\r CCHMe\\r sub/2sub\\r )\\r sub/6sub\\r (ONep)\\r sub/6sub\\r , [Ti(μ-O\\r sub/2sub\\r CCMe\\r sub/3sub\\r )(ONep)\\r sub/3sub\\r ]\\r sub/2sub\\r , and Ti\\r sub/3sub\\r (μ\\r sub/3sub\\r -O)(O\\r sub/2sub\\r CCH\\r sub/2sub\\r CMe\\r sub/3sub\\r )\\r sub/2sub\\r (ONep)\\r sub/8sub\\r (ONep = OCH\\r sub/2sub\\r CMe\\r sub/3sub\\r )\\r 1

THE STRUCTURAL STUDY OF Fe\\r sub/2sub\\r O\\r sub/3sub\\r –TeO\\r sub/2sub\\r –B\\r sub/2sub\\r O\\r sub/3sub\\r –SrF\\r sub/2sub\\r GLASSES BY EPR AND IR SPECTROSCOPIES

Interactions in the Quaternary Systems H\\r sub/2sub\\r O–Er(NO\\r sub/3sub\\r )\\r sub/3sub\\r –La(NO\\r sub/3sub\\r )\\r sub/3sub\\r –Pr(NO\\r sub/3sub\\r )\\r sub/3sub\\r , H\\r sub/2sub\\r O–Er(NO\\r sub/3sub\\r )\\r sub/3sub\\r –La(NO\\r sub/3sub\\r )\\r sub/3sub\\r –Nd(NO\\r sub/3sub\\r )\\r sub/3sub\\r , and H\\r sub/2sub\\r O–Er(NO\\r sub/3sub\\r )\\r sub/3sub\\r –Pr(NO\\r sub/3sub\\r )\\r sub/3sub\\r –Nd(NO\\r sub/3sub\\r )\\r sub/3sub\\r to Very High Concentrations