Progress in Inorganic Chemistry, Tom 16Wiley, 1972 - 630 Progress in Inorganic Chemistry is a cornerstone of Wiley's inorganic chemistry program, providing a regular forum for carefully researched reports that review major developments in inorganic chemistry. With contributions from internationally renowned scientists, the series enables you to keep track and understand the significance of key discoveries in inorganic chemistry. Cutting-edge reviews are offered in such areas as chemical biology, bioinorganic chemistry, materials science, nanotechnology, and organometallic chemistry. Progress in Inorganic Chemistry mirrors the great diversity of mod. |
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HALIDES AND OXYHALIDES OF THE EARLY TRANSITION SERIES | 2 |
Halides Containing Clusters of Metal | 35 |
2 | 45 |
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1:1 adducts acac acetonitrile Acta Cryst adducts Allgem Amer amine anions Anorg assigned axial and equatorial axial bond bands bipy bond distances bond length carbene carbenoid carbenoid complexes carbon carbonyl CH3CN Chem chloride cluster cobalt compounds configuration containing coordination crystal field dimeric donor E. O. Fischer early transition series electronic energy level equatorial bonds Et4N F. A. Cotton five-coordinate fluorine formed G. W. A. Fowles halides and oxyhalides infrared Inorg isolated isomers Less-Common Metals ligand magnetic metal atom metal halides molecules molybdenum monomeric niobium nitrogen Nucl octahedral orbital oxidation oxygen parameters phosphine plexes polyhedron polymeric prepared pyramidal geometry pyridine R. A. Walton react reaction reactivity rhenium Schäfer solvent species spectra spectrum square pyramidal square pyramidal geometry stereochemistry stoichiometry studies symmetry temperature TiBr4 TiCl2 TiCl3 TiCl4 TiF4 tion titanium titanium(III transition metal trigonal bipyramidal vanadium x-ray ZrCl4