Pyridine-metal complexes

著者

書誌事項

Pyridine-metal complexes

authors, Piotr Tomasik, Zbigniew Ratajewicz ; editors, George R. Newkome, Lucjan Strękowski

（The chemistry of heterocyclic compounds : a series of monographs, v. 14, pt. 6）

Wiley, c1985

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注記

"An Interscience publication."

Includes bibliographies

内容説明・目次

内容説明

Complexes of pyridine and its derivatives are a cornerstone to diverse chemical reactions. The understanding and appreciation of the pyridine N-electrons have enormous long-range ramifications in the future design of industrial catalysts and drugs. This book is a review of the coordination compounds of pyridine, pyridine N-oxide, and their ring-substituted derivatives with known metals capable of forming such complexes. The topics discussed are: a brief theoretical overview, preparative methods, structural aspects including x-ray diffraction data, physical methods of analysis, as well as chemical and physicochemical properties, and biological acitivity. Applications of these complexes are also noted, such as: catalysts in organic and polymer synthesis, analytical chemistry of metals, separation and isolation of metals, bright deposition of metals, and miscellaneous academic and industrial applications. All complexes are compiled in tables according to the metal providing direct access to the key references. The analytical applications of the ligands are also tabulated. Eleven thousand references are provided, thus affording interested researchers access to nearly a century of information on this topic.

目次

  • Essentials of Coordination Chemistry.
  • Sigma Pyridine Coordination Compounds with Nontransition Metals.
  • Sigma Pyridine Coordination Compounds with Transition Metals.
  • Coordination Compounds of Metals with Pyridine--l----Oxides.
  • Pi--Coordination Compounds of Pyridine with Metals.
  • Pyridine Intercalation Compounds.
  • Clathrates.
  • References.
  • Oscillators (J. Papp and Y. Koyano).
  • Coupling of Circuit Structures to Magnetostatic Modes.
  • Magnetic Circuit, Hysterisis Effects, Switching Characteristics, Temperature (W. Alton).
  • Single Crystal Growth (R. Belt).

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